url: =ANALYSIS OF NUTRIENT QUALITY OF SESAME AND SCREENING FOR PROMINENT GERMPLASM--《》1992年01期\nANALYSIS OF NUTRIENT QUALITY OF SESAME AND SCREENING FOR PROMINENT GERMPLASM\nLiu Jiarong Zheng Yongzhan Xu Ruqiang (Henan Sesame Research Center)\n410 sesame germplasm lines were analysed biochemistrically.The average fat content was 53.13% with a C.V.of 5.13%.The average protein content was 26.39% with a C.V.of 7 03%.The amount of both oleic and linoleic acids was more than 80% of the total six fatty acids analysed.Oleic and linoleic acids played a positively significant effect on fat content of sesame,their direct path cofficients were 0.6907 and 0.9322 respectively.19 sesame germplasm lines with more than two prominent trairs were identified.Their fat,protein,oleic and linoleic acids contents were over 56%,21%,42% and 37% respectively.\n1 Zhang Taiping(Oil Crops Institute,Guizhou Academy of Agricultural Sciences,Guiyang 550006);QUALITY ANALYSIS AND CORRELATION ON LOCAL VARIETIES OF SESAME,PEANUT,SUNFLOWER AND RAPE IN QIANNAN MOUNTAINOUS AREA[J];GUIZHOU AGRICULTURAL SCIENCES;1995-S1\n2 ZHENG Yong-zhan,LIU Yan-yang,ZHANG Hai-yang,MEI Hong-xian(Sesame Research Center,Henan Academy of Agricutural Sciences,Zhengzhou 450002,China);Research Advances and Prospect of Sesame Germplasm Resources in China[J];Journal of Henan Agricultural Sciences;2011-06\n3 Zhu Yizhang & Wang Jianqing (Institute of Crop Science, Zhejiang Academy of Agricultural Sciences, Hangzhou 310021);Determining fatty acids component of main oil crops by gas chromatograph[J];ACTA AGRICULTURAE ZHEJIANGENSIS;1995-04\n4 GUO Yuan-xin,JIA Hong-tao(Auhui Technical Normal College,233100 Anhui Fengyang,China);Development of producing powder sesame oil by microencapsulation technique[J];China Oils and Fats;2005-04\n1 LI Feng,SONG Yi-xian(Rizhao Academy of Agricultural Sciences,Rizhao 276800,China);Classification,Characteristics,Evaluation and Utilization of Sesame Germplasm Resources in Shandong Province[J];Shandong Agricultural Sciences;2010-03\n2 Zhang Lan~(1)) Jia Hanchao~(1)) Fang Tian~(1)) Su Ying~(2)) Zhou Yunlong~(1))(1)College of Life Sciences;2)Institude of Low Energy Nuclear Physics: Beijing Normal University,100875,Beijing,China);A STUDY ON THE BIOLOGICAL EFFECTS OF LOW ENERGY C ION IMPLANTATION ON WHITE SESAME (SESAMUMINDICUM L.)[J];Journal of Beijing Normal University(Natural Science);2006-01\n3 PIAO Xiang-shu,LI De-fa,DAI Jian-guo,SONG Guo-long,WU Yu-bo(MAFIC,China Agricultural University,Beijing 100094,China);EFFECTS OF FAT SOURCES ON PERFORMANCE OF EARLY WEANED PIGLETS[J];Acta Zoonutrimenta Sinica;2001-04\n4 Tao Guixiang ;Yang Xiao; Chen Jing(Oil Crops Institute,Guizhau Academy of Agricultural Sciences,Guiyang550006);STUDY ON QUALITY CHARACTERISTICS OF INDIGENOUS PAPE VARIETIES IN GUIZHOU[J];GUIZHOU AGRICULTURAL SCIENCES;1994-05\n5 XU Qiang 1, LIU Han lin 2, WANG Xiao ying 2 (1.Guangxi Nanning Chemical Engineering School,Guangxi Nanning 530001,China; 2.College of Chemistry & Chemical Engineering,Guangxi University,Guangxi Nanning 530004,China);Study on Microencapsulated Character of Papain[J];GUANGXI CHEMICAL INDUSTRY;1999-03\n6 Li Zuxian (Institute of Agricultural Sciences of Qianxinan Prefecture, Xinyi 562400);IDENTIFICATION AND EVALATION ON MAIN CHARACTERS OF SESAME VARIETIAL RESOURCES OF GUIZHOU[J];Guizhou Agricultural Sciences;1993-01\n7 ZHANG Hai yang,WEI Shuang ling,WEI Wen xing, ZHANG Ti de,LU Feng yin,DING Fa yuan (Cotton and Oil Crops Research Institute,Henan Academy of Agricultural Sciences,Zhengzhou 450002,China);Induction and Identification of Autotetraploid in Sesame (Sesamum indicum L.)[J];Acta Agriculturae Boreall—sinica;2001-02\n8 Wei Wenxing;Zhang Hong;Lu Fengyin;Wei Shuangliug(Sesame Research Centre,Henan Academy of Agricultural Sciences,Zhengzhou 450002);Applications of Principal components Analysis and Genetic Distance Estimation in Sesame Breeding Programme[J];ACTA AGRICULTURAE BOREALL—SINICA;1994-03\n9 WEI Shuang ling,ZHANG Hai yang,WEI Wen xing,ZHANG Ti de,LU Feng yin,JIAO Hong ting (Cotton and Oil Crops Research Institute,Henan Academy of Agricultural Sciences,Zhengzhou Henan 450002,China);A Study on Characteristics of Autotetraploid in Sesame(Sesamum indicum L.)[J];Journal of Henan Agricultural Sciences;2002-02\n10 Chen Kuanghui He Yuyong Wu Zhili(Feed Science Research Institute, JAU, Nanchang 330045);A Study on the Utilization of Different Kinds of Oils For Early Weaned Piglets[J];ACTA AGRICULTURAE UNIVERSITIS JIANGXIENSIS;1997-04\n1 CHEN Shao-dong,CHEN Fu-bei,YANG Bang-le,ZHANG Yu-mei,MENG jie (Department of Petrolchemical Engineerling,Guangxi Vocational & Technical Institute of Industry,Nanning 530001,China);Determination of Unsaturated Fatty Acid and Saponification Value of Different Edible Oil[J];Technology & Development of Chemical Industry;2011-10\n2 LI Ming~1 GAO Hong-yan~2 CHEN Wei-dong~1 ZHANG Lian-fu~2 1.Technique Center of Shanghai Liangyou Group,Shanghai 200136, China; 2.School of Food Science and Technology,Southern Yangtze University,Jiangsu Wuxi 214036,China;Study on Microencapsulation of Conjugated Linoleic Acid with Wall Material of HI-CAP 100[J];Cereals & Oils;2006-12\n3 YIN Geng-ming, MA Xiao-ou, KANG Si-qi (Dept. of Chem. & Envi. Eng., Wuyi Univ., Jiangmen 529000, China);Discrimination of Fatty Acids in Vegetable Oils by GC-MS[J];Journal of Wuyi University(Natural Science Edition);2003-03\n4 HUANG Ling,LIU Su-fang (Shaanxi University of Science and Technology,Xi'an 710021,China);Characterization and determination of microcapsule[J];Dyeing & Finishing;2007-22\n5 LI Hui-jing,XU Li-qiang,ZHAO Yan-yan,ZHANG An-yan(Food Science and Technology College,Agricultural University of Hebei,071001 Hebei Baoding,China);Microencapsulation of corn germ oil with gliadin[J];China Oils and Fats;2007-08\n6 LI Jianing,ZHOU Huiming,ZHU Kexue(School of Food Science and Technology,Jiangnan University,Wuxi 214122,Jiangsu,China);Preparation and characteristics of microencapsulated black sesame oil[J];China Oils and Fats;2009-09\n7 LIANG Shaohua,BI Yanlan,WANG Xuede,YANG Guolong(College of Grain,Oil & Food,Henan University of Technology,Zhengzhou 450052,China);Research status of the processing technology and application of sesame in China:a review[J];China Oils and Fats;2010-12


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url: =1 林佳慧(Chia-Hui Lin)、林峻邦(Chun-Pang Lin)、黃升騰(Sheng-Teng Huang)*，Successful intervention with Chinese herbal medicine for hyperthyroidism: Two case reports and a literature review，Explore-The Journal of Science and Healing，2020 Oct，-(): 2020 . 10\n3 鄭惟仁(Wei-Zen Cheng)、林筠嵐(Lin Yun-Lan)、蘇元智(Su Yuan-Chih)、林美辰(Mei-Chen Lin)、曾政興(Tseng Chang-Hsing)、林瑞模(Ruey-Mo Lin)、黃升騰(Sheng-Teng Huang)*，Post‑surgery cholecystectomy, hepatectomy, and pancreatectomy patients increase the risk of osteoporotic vertebral fracture，JOURNAL OF BONE AND MINERAL METABOLISM，2020 Aug，2020(): 2020 . 08\n4 許碩珉(Hsu, Sheng-Min)、林宏任(Hung-jen Lin)、林美辰(Mei-Chen Lin)、黃升騰(Sheng-Teng Huang)*，Increased incidence and recurrence rates of acute diverticulitis in patients with irritable bowel syndrome，Colorectal Disease，2020 Aug，2020(): 2020 . 08\n5 黃升騰(Sheng-Teng Huang)、賴香君(Hsiang-Chun Lai)、林幼淳(Yu-Chun Lin)、黃維德(Wei-Te Huang)、洪皓脩(Hao-Hsiu Hung)、歐世宸(Shi-Chen Ou)、林宏任(Hung-jen Lin)、洪明奇(Mien-Chie Hung)*，Principles and treatment strategies for the use of Chinese herbal medicine in patients at different stages of coronavirus infection，American Journal of Cancer Research，2020 Jul，10(7):2010-2031 2020 . 07\n6 賴香君(Hsiang-Chun Lai)、林宏任(Hung-jen Lin)、高翊偉(Kao Yi-Wei)、汪開勛(Wang Kai-Hsun)、周仁偉(Jen-Wei Chou)、謝邦昌(Shia Ben-Chang)、黃升騰(Sheng-Teng Huang)*，Irritable bowel syndrome increases the risk of chronic obstructive pulmonary disease: A retrospective cohort study，Scientific Reports，2020 Jun，10(1):10008 2020 . 06\n7 黃維德(Wei-Te Huang)、洪皓脩(Hao-Hsiu Hung)、高翊偉(Kao Yi-Wei)、歐世宸(Ou Shi Chen)、林于娟(Ling yu chuan)、鄭惟仁(Wei-Zen Cheng)、顏子榮(Yen Zi-Rong)、李艦(Li Jian)、陳銘芷(Chen Ming-Chih)、謝邦昌(Shia Ben-Chang)*、黃升騰(Sheng-Teng Huang)*，Application of Neural Network and Cluster Analyses to Differentiate TCM Patterns in Patients With Breast Cancer，Frontiers in Pharmacology，2020 May，11():670 2020 . 05\n8 張正杰(Chang, Cheng-Chieh)、尤慧玲(You Huey-Ling)、黃升騰(Sheng-Teng Huang)*，Catechin inhibiting the H1N1 influenza virus associated with the regulation of autophagy.，Journal of the Chinese Medical Association，2020 Apr，83(4):386-393 2020 . 04\n11 張哲彬(Che-Pin Chang)、蘇元智(Yuan-Chih Su)、林美辰(Lin, Mei-Chen)、黃升騰(Sheng-Teng Huang)*，Chinese herbal medicine ameliorated the development of chronic kidney disease in patients with chronic hepatitis C - A retrospective population-based cohort study，Evidence-based Complementary and Alternative Medicine，2019 Oct，(): 2019 . 10\n12 林祖功(Lin Tsu-Kung)、張永義(Chang Yung-Yee)、林宏昱(Lin Hung-Yu)、劉嘉為(Liou Chia-Wei)、王佩文(Wang Pei-Wen)、莊錦豪(Chuang Jiin-Haur)、陳尚德(Chen Shang-Der)、莊曜聰(Chuang Yao-Chung)、黃升騰(Sheng-Teng Huang)、許德耀(Hsu Te-Yao)、(Peng Cheng-Huei)、藍旻瑜(Lan Min-Yu)*，Mitochondrial dysfunctions in leukoencephalopathy with brainstem and spinal cord involvement and lactate elevation (LBSL)，PLoS One，2019 Oct，14(10): 2019 . 10\n13 林彩蕙(Tsai-Hui Lin)、陳書怡(Shu-I Chen)、蘇圓智(Su Yuan-Chih)、林美辰(Mei-Chen Lin)、林宏任(Hung-jen Lin)、黃升騰(Sheng-Teng Huang)*，Conventional Western Treatment Combined With Chinese Herbal Medicine Alleviates the Progressive Risk of Lung Cancer in Patients With Chronic Obstructive Pulmonary Disease: A Nationwide Retrospective Cohort Study，Frontiers in Pharmacology，2019 Sep，10():987 2019 . 09\n14 黃升騰(Sheng-Teng Huang)*、許偉帆(Wei-Fan Hsu)、黃紘森(Huang Hung-Sen)、顏加豪(Jia-hau Yen)、林美辰(Mei-Chen Lin)、彭成元(Cheng-Yuan Peng)、顏宏融(Hung-Rong Yen)*，Improved Survival in Hepatocellular Carcinoma Patients with Cardiac Arrhythmia by Amiodarone Treatment through Autophagy，INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES，2019 Aug，20(16):3978 2019 . 08\n15 林祖功(Lin Tsu-Kung)、陳尚德(Chen Shang-Der)、莊曜聰(Chuang Yao-Chung)、藍旻瑜(Lan Min-yu)、莊錦豪(Chuang Jiin-Haur)、王佩文(Wang Pei-Wen)、許德耀(Hsu Te-Yao)、王逢興(Wang Feng-Sheng)、蔡孟翰(Tsai Meng-Han)、黃升騰(Sheng-Teng Huang)、王筱玟(Wang Xiao-Wen)、蔡伯鑫(Tsai Po-Chin)、林宏昱(Lin Hung-Yu)、劉嘉為(Liou Chia-Wei)*，Mitochondrial Transfer of Wharton’s Jelly Mesenchymal Stem Cells Eliminates Mutation Burden and Rescues Mitochondrial Bioenergetics in Rotenone-Stressed MELAS Fibroblasts，Oxidative Medicine and Cellular Longevity，2019 May，2019():9537504-9537521 2019 . 05\n16 張家禎(Chia-Chen Chang)、(Kuo-Wei Bi,)、林宏任(Hung-jen Lin)、王玟玲(Wen-Ling Wang)、林振源(Lin, Chen-Yuan)、丁俊夫(Chun-Fu Ting)、孫茂峰(Mao-Feng Sun)、黃升騰(Sheng-Teng Huang)*，Conventional western treatment associated with Chinese herbal medicine ameliorates the incidence of head and neck cancer among patients with esophageal cancer，INTEGRATIVE CANCER THERAPIES，2019 Mar，18(): 2019 . 03\n17 黃維德(Wei-Te Huang)、涂慶業(Chin-Yeh Tu)、王芬郁(Fen-Yu Wang)、黃升騰(Sheng-Teng Huang)*，Literature review of liver injury induced by Tinospora crispa associated with two cases of acute fulminant hepatitis，COMPLEMENTARY THERAPIES IN MEDICINE，2019 Feb，42(2019):286-291 2019 . 02\n18 江坤俊(Chiang Kun-Chun)、黃升騰(Sheng-Teng Huang)、吳仁欽(Wu Ren-Chin)、黃仁聖(Huang Shih-Chiang)、葉大森(Yeh Ta-Sen)、陳明晃(Chen Ming-Huang)、徐潤德(Hsu Jun-Te)、陳立偉(Chen Li-Wei)、郭昇鋒(Kuo Sheng-Fong)、闕河晏(Chueh Ho-Yen)、莊宏亨(Juang Horng-Heng)、洪舜郁(Hung Shuen-Lu)、葉俊男(Yeh Chun-Nan)*、蘇中慧(S. Pang Jong-Hwei)，Interferon α-inducible protein 27 is an oncogene and highly expressed in cholangiocarcinoma patients with poor survival，Cancer Management and Research，2019 Feb，2019(): 2019 . 02\n19 林于娟(Ling yu chuan)、黃維德(Wei-Te Huang)、歐世宸(Ou Shi Chen)、洪皓脩(Hao-Hsiu Hung)、鄭惟仁(Wei-Jen Cheng)、林聖興(Sheng-Shing Lin)、林宏任(Hung-jen Lin)、黃升騰(Sheng-Teng Huang)*，Neural network analysis of Chinese herbal medicine prescriptions for patients with colorectal cancer，COMPLEMENTARY THERAPIES IN MEDICINE，2019 Feb，42(2019):279-285 2019 . 02\n20 顏加豪(Jia-hau Yen)、黃紘森(Huang Hung-Sen)、莊家如(CHUANG CHIA-JU)、黃升騰(Sheng-Teng Huang)*，Activation of dynamin-related protein 1-dependent mitochondria fragmentation and suppression of osteosarcoma by cryptotanshinone，JOURNAL OF EXPERIMENTAL & CLINICAL CANCER RESEARCH，2019 Jan，38(42):1-15 2019 . 01\n21 王禎佑(Chen-Yu Wang)、黃紘森(Huang Hung-Sen)、(Yuan-Chih Su)、涂智彥(Chih-Yen Tu)、夏德椿(Te-Chun Hsia)、黃升騰(Sheng-Teng Huang)*，Conventional treatment integrated with Chinese herbal medicine improves the survival rate of patients with advanced non-small cell lung cancer，COMPLEMENTARY THERAPIES IN MEDICINE，2018 Oct，40():29-36 2018 . 10\n22 黃國欽(Huang, Kuo-Chin)、(Yuan-Chih Su)、孫茂峰(Mao-Feng Sun)、黃升騰(Sheng-Teng Huang)*，Chinese Herbal Medicine Improves the Long-Term Survival Rate of Patients With Chronic Kidney Disease in Taiwan: A Nationwide Retrospective Population-Based Cohort Study.，Frontiers in Pharmacology，2018 Oct，9(1117):1-10 2018 . 10\n23 顏加豪(Jia-hau Yen)、黃升騰(Sheng-Teng Huang)*、黃紘森(Huang Hung-Sen)、(Yi-Chin Fong)、(Yi-Ying Wu)、(Jen-Huai Chiang)、(Yuan-Chih Su)，HGK-sestrin 2 signaling-mediated autophagy contributes to antitumor efficacy of Tanshinone IIA in human osteosarcoma cells，Cell Death & Disease，2018 Sep，2018(9):1003-1019 2018 . 09\n24 黃升騰(Sheng-Teng Huang)*、(Cheng-Chieh Chang)、(Jong-Hwei S. Pang)、(Hung-Sen Huang)、周聖杰(Shen-Chieh Chou)、高銘欽(Ming-Ching Kao)、(Huey-Ling You)，Drynaria fortunei Promoted Angiogenesis Associated With Modified MMP-2/TIMP-2 Balance and Activation of VEGF Ligand/Receptors Expression，Frontiers in Pharmacology，2018 Sep，9(): 2018 . 09\n25 陳暐棣(Wei-Di Chen)、黃紘森(Huang Hung-Sen)、(Yuan-Chih Su)、周聖杰(Shen-Chieh Chou)、何文照、高銘欽(Ming-Ching Kao)、林宏任(Hung-jen Lin)、黃升騰(Sheng-Teng Huang)*，The characteristics and prescription patterns of Chinese herbal medicine in clinical practice for the treatment of anemia，Taiwanese Journal of Obstetrics & Gynecology，2018 Aug，54(7):570-577 2018 . 08\n26 尤慧玲(Huey-Ling You)、(Chao Chun Huang)、(Chung-Jen Chen)、(Cheng-Chin Chang)、(Pei-Lin Liao)、黃升騰(Huang, Sheng-Teng)*，Anti-pandemic influenza A (H1N1) virus potential of catechin and gallic acid，Journal of the Chinese Medical Association，2018 May，81(5):458-468 2018 . 05\n27 李俐雯(Li-Wen Lee)、林宏任(Lin, Hung-Jen)、黃升騰(Huang, Sheng-Teng)*，Management of IFN-beta-induced flu-like symptoms with Chinese herbal medicine in a patient with multiple sclerosis: A case report，COMPLEMENTARY THERAPIES IN MEDICINE，2018 Jan，36(2018):123-128 2018 . 01\n28 賴香君(Lai, Hsiang-Chun)、林宏任(Lin, Hung-Jen)、黃升騰(Huang, Sheng-Teng)*，Chinese herbal medicine to treat urolithiasis in a patient with right flank pain and hematuria: A case report，COMPLEMENTARY THERAPIES IN MEDICINE，2017 Dec，36(): 2017 . 12\n29 黃國欽(Huang, kuo-Chin)、顏宏融(Yen, Hung-Rong)、蔣仁槐(Chiang, Jen-Huai)、(Yuan-Chih Su)、孫茂峰(Sun, Mao-Feng)、張恒鴻(Chang, Hen-Hong)、黃升騰(Huang, Sheng-Teng)*，Chinese Herbal Medicine as an Adjunctive Therapy Ameliorated the Incidence of Chronic Hepatitis in Patients with Breast Cancer: A Nationwide Population-Based Cohort Study，Evidence-based Complementary and Alternative Medicine，2017 Oct，2017(2017):1-9 2017 . 10\n30 (Jong-Hwei S. Pang)、顏加豪(Jia-hau Yen)、(Hsiao-Ting Wu)、黃升騰(Huang, Sheng-Teng)*，Gallic Acid Inhibited Matrix Invasion and AP-1/ETS-1-Mediated MMP-1 Transcription in Human Nasopharyngeal Carcinoma Cells，INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES，2017 Jun，18(7):1354-1367 2017 . 06\n31 林彩蕙(Tsai-Hui Lin)、顏宏融(Hung-Rong Yen)、蔣仁槐(Chiang, Jen-Huai)、孫茂峰(SUN, MAO-FENG)、張恒鴻(CHANG,HEN-HONG)、黃升騰(Huang, Sheng-Teng)*，The use of Chinese herbal medicine as an adjuvant therapy to reduce incidence of chronic hepatitis in colon cancer patients: A Taiwanese population-based cohort study，JOURNAL OF ETHNOPHARMACOLOGY，2017 Apr，202():225-233 2017 . 04\n32 黃升騰(Huang, Sheng-Teng)*、(Chao-Chun Huang)、黃紘森(Huang Hung-Sen)、(Tsu-Kung Lin)、(Pei-Lin Liao)、(Pei-Wen Wang)、(Chia-Wei Liou)、(Jiin-Haur Chuang)，Tanshinone IIA induces intrinsic apoptosis in osteosarcoma cells both in vivo and in vitro associated with mitochondrial dysfunction，Scientific Reports，2017 Jan，7(40382):1-14 2017 . 01\n33 (Chun-Ting Liu)、(Kuo-Wei Bi)、(Chao-Chun Huang)、(Hsiao-Ting Wu)、(Hui-Ya Ho)、(Jong- Hwei S. Pang)*、黃升騰(Huang, Sheng-Teng)*，Davallia bilabiata exhibits anti-angiogenic effect with modified MMP-2/ TIMP-2 secretion and inhibited VEGF ligand/receptors expression in vascular endothelial cells，JOURNAL OF ETHNOPHARMACOLOGY，2017 ，196(2017):213-2016接受 2017 .\n34 黃升騰(Huang, Sheng-Teng)*、(Chao-Chun Huang)、(Jer-Ming Sheen)、(Tsu-Kung Lin)、(Pei-Lin Liao)、黃紘森(Huang Hung-Sen)、(Pei-Wen Wang)、(Chia-Wei Liou)、(Jiin-Haur Chuang)，Phyllanthus urinaria’s Inhibition of Human Osteosarcoma Xenografts Growth in Mice is Associated with Modulation of Mitochondrial Fission/Fusion Machinery，AMERICAN JOURNAL OF CHINESE MEDICINE，2016 Oct，44(7):1-17 2016 . 10\n35 (Woung-Ru Tang)*、(Sien-Hung Yang)、(Chih-Teng Yu)、(Chin-Chou Wang)、黃升騰(Huang, Sheng-Teng)、(Tzu-Hsin Huang)、(Ming-Chu Chiang)、(Yue-Cune Chang)，Long-Term Effectiveness of Combined Treatment with Traditional Chinese Medicine and Western Medicine on the Prognosis of Patients with Lung Cancer，JOURNAL OF ALTERNATIVE AND COMPLEMENTARY MEDICINE，2016 Mar，22(3):212-222 2016 . 03\n36 (Tun-Pin Hsueh)、(Jer-Ming Sheen)、(Jong-Hwei S. Pang)、(Kuo-Wei Bi)、(Chao-Chun Huang)、(Hsiao-Ting Wu)、黃升騰(Huang, Sheng-Teng)*，The Anti-Atherosclerotic Effect of Naringin Is Associated with Reduced Expressions of Cell Adhesion Molecules and Chemokines through NF-κB Pathway.，MOLECULES，2016 Feb，21(2):195 2016 . 02\n37 (Hsin-Ning Chang)、黃升騰(Huang, Sheng-Teng)、(Yuan-ChiehYeh)、(Hsin-ShihWang)、(Tzu-Hao Wang)、(Yi-Hong Wu)、(Jong-HweiS.Pang)*，Indigo naturalis and its component tryptanthrin exert anti-angiogenic effect by arresting cell cycle and inhibiting Akt and FAK signaling in human vascular endothelial cells，JOURNAL OF ETHNOPHARMACOLOGY，2015 Nov，4(174):474-481 2015 . 11\n38 (Hung-Yu Lin)、(Chia-Wei Liou)、(Shang-Der Chen)、(Te-Yao Hsu)、(Jiin-Haur Chuang)、(Pei-Wen Wang)、黃升騰(Huang, Sheng-Teng)、(Mao-Meng Tiao)、(Jin-Bor Chen)、(Tsu-Kung Lin)*、(Yao-Chung Chuang)，Mitochondrial transfer fromWharton's jelly-derived mesenchymal stem cells to mitochondria-defective cells recaptures impaired mitochondrial function，MITOCHONDRION，2015 May，22():31-44 2015 . 05\n39 鄭宇眞、沈哲民*、盧政男、黃升騰(Huang, Sheng-Teng)，針藥併施治療偏頭痛經驗－病例報告，J Chin Med，2015 Jan，26(1):83-91 2015 . 01\n40 黃博裕、吳清源、洪裕強、黃升騰(Huang, Sheng-Teng)、鄧雪妹、高照為、蔡明諺(Tsai, Ming-Yen)*，南臺灣偏遠地區中醫醫療服務滿意度及病患就診特性之研究，J Chin Med，2015 Jan，26(1):33-44 2015 . 01\n41 (Rong-Chi Yang)、(Cheng-Chieh Chang)、(Jer-Ming Sheen)、(Hsiao-Ting Wu)、(Jong-Hwei S. Pang)、黃升騰(Huang, Sheng-Teng)*，Davallia bilabiata Inhibits TNF-α-Induced Adhesion Molecules and Chemokines by Suppressing IKK/NF-kappa B Pathway in Vascular Endothelial Cells，AMERICAN JOURNAL OF CHINESE MEDICINE，2014 Dec，42(6):1-19 2014 . 12\n42 (Ming-Yen Tsai)、(Chun-Ting Liu)、(Cheng-Chieh Chang)、(Shih-Yu Chen)、黃升騰(Huang, Sheng-Teng)*，Overview of the relevant literature on the possible role of acupuncture in treating male sexual dysfunction，Acupuncture in Medicine，2014 Oct，32(5):406-410 2014 . 10\n43 黃升騰(Huang, Sheng-Teng)*、(Kuo-Wei Bi)、(Hsiao-Mei Kuo)、(Tsu-Kung Lin)、(Pei-Lin Liao)、(Pei-WenWang)、(Jiin-Haur Chuang)、(Chia-Wei Liou)，Phyllanthus urinaria induces mitochondrial dysfunction in human osteosarcoma 143B cells associated with modulation of mitochondrial fission/fusion proteins，MITOCHONDRION，2014 Jul，17():22-33 2014 . 07\n44 (Cheng-Chieh Chang)、(Chen-Fu Chu)、(Chao-Nin Wang)、(Hsiao-Ting Wu)、(Kuo-Wei Bi)、(Jong-Hwei S. Pang)*、黃升騰(Huang, Sheng-Teng)*，The anti-atherosclerotic effect of tanshinone IIA is associated with theinhibition of TNF-α-induced VCAM-1, ICAM-1 and CX3CL1 expression，PHYTOMEDICINE，2014 Feb，21(3):207-216 2014 . 02\n45 沈哲民*、李冠東、黃升騰(Huang, Sheng-Teng)、盧政男、賴英秀(Lay Ing Shiow)、徐堅銘(HSU CHIEN MING)、何宗融(Tsung-Jung Ho)，張仲景經方用藥一味差異影響治病範疇之研究，J Chin Med，2014 Jan，25(1):59-72 2014 . 01\n46 (Tsu-Kung Lin)、(Shang-Der Chen)、(Yao-Chung Chuang)、(Hung-Yu Lin)、(Chi-Ren Huang)、(Jiin-Haur Chuang)、(Pei-Wen Wang)*、黃升騰(Huang, Sheng-Teng)、(Mao-Meng Tiao)、(Jin-Bor Chen)、(Chia-Wei Liou)，Resveratrol Partially Prevents Rotenone-Induced Neurotoxicity in Dopaminergic SH-SY5Y Cells through Induction of Heme Oxygenase-1 Dependent Autophagy，INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES，2014 Jan，15(1):1625-1646 2014 . 01\n47 鄭宇真、胡文龍、蔡明諺、黃升騰(Huang, Sheng-Teng)、陳志文、洪裕強*，南部某醫學中心中醫常見疾病與處方用藥探討，J Chin Med，2014 Jan，25(1):83-96 2014 . 01\n48 薛敦品、蔡明諺、胡文龍、黃升騰(Huang, Sheng-Teng)、洪裕強*，中醫系學生執業考試與實習表現相關性評估－以南部某醫學中心為例，J Chin Med，2014 Jan，25(1):73-81 2014 . 01\n49 (Huey-Ling You)、(Chung-Jen Chen)、(Hock-Liew Eng)、(Pei-Lin Liao)、黃升騰(Huang, Sheng-Teng)*，The Effectiveness and Mechanism of Toona sinensis Extract Inhibit Attachment of Pandemic Influenza A (H1N1) Virus，Evidence-based Complementary and Alternative Medicine，2013 Jul，2013():1-12 2013 . 07\n50 (Tsu-Kung Lin)、(Hung-Yu Lin)、(Shang-Der Chen)、(Yao-Chung Chuang)、(Jiin-Haur Chuang)、(Pei-WenWang)、黃升騰(Huang, Sheng-Teng)、(Mao-Meng Tiao)、(Jin-Bor Chen)、(Chia-Wei Liou)*，The Creation of Cybrids Harboring Mitochondrial Haplogroups in the Taiwanese Population of Ethnic Chinese Background: An Extensive In Vitro Tool for the Study of Mitochondrial Genomic Variations，Oxidative Medicine and Cellular Longevity，2012 Oct，2012():1-13 2012 . 10\n51 薛敦品、朱建福、黃升騰(Huang, Sheng-Teng)*，重症肌無力合併眼瞼下垂案例報告，J Chin Med，2012 Jul，24(1):167-174 2012 . 07\n52 (Jiin-Haur Chuang)、(Tsu-Kung Lin)、(Ming-Hong Tai)、(Chia-Wei Liou)、黃升騰(Huang, Sheng-Teng)、(Chia-Ling Wu)、(Hung-Yi Lin)、(Pei-Wen Wang)*，Preferential involvement of mitochondria in Toll-like receptor 3 agonist-induced neuroblastoma cell apoptosis, but not in inhibition of cell growth，APOPTOSIS，2012 Apr，17(4):335-348 2012 . 04\n53 (Hsin-Yi Wu)、(Tsu-Kung Lin)、(Hsiao-Mei Kuo)、(Ya-Ling Huang)、(Chia-Wei Liou)、(Pei-WenWang)、(Jiin-Haur Chuang)、黃升騰(Huang, Sheng-Teng)*，Phyllanthus urinaria Induces Apoptosis in Human Osteosarcoma 143B Cells via Activation of Fas/FasL- and Mitochondria-Mediated Pathways，Evidence-based Complementary and Alternative Medicine，2012 ，2012():1-13 2012 .\n54 (Ming-Yen Tsai)、(Rong-Chi Yang)、(Hsiao-Ting Wu)、(Jong-Hwei S. Pang)、黃升騰(Huang, Sheng-Teng)*，Anti-angiogenic effect of Tanshinone IIA involves inhibition of matrix invasion and modification of MMP-2/TIMP-2 secretion in vascular endothelial cells，CANCER LETTERS，2011 Nov，310(2):198-206 2011 . 11\n55 (Hsei-Wei Wang)、(Kuo-Tong Liou)、(Yea-Hwey Wang)、(Chung-Kuang Lu)*、(Yun-Lian Lin)、(I-Jung Lee)、黃升騰(Huang, Sheng-Teng)、(Yuan-Hau Tsai)、(Yi-Chieh Cheng)、(Hung-Jui Lin)、(Yuh-Chiang Shen)，Deciphering the neuroprotective mechanisms of Bu-yang Huan-wu decoction by an integrative neurofunctional and genomic approach in ischemic stroke mice，JOURNAL OF ETHNOPHARMACOLOGY，2011 Oct，138(1):22-33 2011 . 10\n56 黃升騰(Huang, Sheng-Teng)*、(Rong-Chi Yang)、(Hsiao-Ting Wu)、(Chao-Nin Wang)、(Jong-Hwei S. Pang)，Zinc-Chelation Contributes to the Anti-Angiogenic Effect of Ellagic Acid on Inhibiting MMP-2 Activity, Cell Migration and Tube Formation，PLoS One，2011 May，6(5):e18986 2011 . 05\n57 李冠東、黃升騰(Huang, Sheng-Teng)、(盧政男)、(洪裕強)、(沈哲民)*，胃食道逆流合併慢性胃炎中醫治療經驗－病例報告，J Chin Med，2011 Mar，22(3):231-237 2011 . 03\n58 (Cheng-Chieh Chang)、黃升騰(Huang, Sheng-Teng)*，Is Traditional Chinese medicine effective for reducing hyperthyroidism?，JOURNAL OF ALTERNATIVE AND COMPLEMENTARY MEDICINE，2010 Nov，16(11):1217-1220 2010 . 11\n59 林芸薇、黃升騰(Huang, Sheng-Teng)、(朱建福)*，小兒手術後腸沾黏之中醫治療經驗－案例報告，J Chin Med，2010 Oct，21(3):157-163 2010 . 10\n60 黃升騰(Huang, Sheng-Teng)*、(Jong-Hwei S. Pang)、(Rong-Chi Yang)，Anti-cancer effects of Phyllanthus urinaria and relevant mechanisms，Chang Gung Medical Journal，2010 Sep，33(5):477-487 2010 . 09\n61 黃升騰(Huang, Sheng-Teng)*、(Chen-YuWang)、(Rong-ChiYang)、(Chih-JuChu)、(Hsiao-TingWu)、(Jong-HweiS.Pang)，Wogonin, an active compound in Scutellaria baicalensis, induces apoptosis and reduces telomerase activity in the HL-60 leukemia cells，PHYTOMEDICINE，2010 Jan，17(1):47-54 2010 . 01\n62 黃升騰(Huang, Sheng-Teng)、(Chen-Yu Wang)、(Rong-Chi Yang)、(Hsiao-Ting Wu)、(Su-Hui Yang)、(Yung-Chi Cheng)、(Jong-Hwei S. Pang)*，Ellagic Acid, the Active Compound of Phyllanthus urinaria, Exerts In Vivo Anti-Angiogenic Effect and Inhibits MMP-2 Activity，Evidence-based Complementary and Alternative Medicine，2009 Dec，2011():1-11 2009 . 12\n63 黃升騰(Huang, Sheng-Teng)*、(Chen-Yu Wangb)、(Rong-Chi Yang)、(Chih-Ju Chu)、(Hsiao-Ting Wu)，Phyllanthus urinaria increases apoptosis and reduces telomerase activity in human nasopharyngeal carcinoma cells，FORSCHENDE KOMPLEMENTARMEDIZIN，2009 Feb，16(1):34-40 2009 . 02\n64 黃升騰(Huang, Sheng-Teng)、(Yashang Lee)、(Elizabeth A. Gullen)、(Yung-Chi Cheng)*，Impacts of baicalein analogs with modification of the 6th position of A ring on the activity toward NF-kappaB-, AP-1-, or CREB-mediated transcription，BIOORGANIC & MEDICINAL CHEMISTRY LETTERS，2008 Sep，18(18):5046-5049 2008 . 09\n65 黃升騰(Huang, Sheng-Teng)*、(Gau-Yang Chen)、(Chien-Hui Wu)、(Cheng-Deng Kuo)，Effect of disease activity and position on autonomic nervous modulation in patients with systemic lupus erythematosus，CLINICAL RHEUMATOLOGY，2008 Mar，27(3):295-300 2008 . 03\n66 黃升騰(Huang, Sheng-Teng)*、(Annie Pei-Chun Chen)，Traditional Chinese medicine and infertility，CURRENT OPINION IN OBSTETRICS & GYNECOLOGY，2008 ，20(3):211-215 2008 .\n67 黃升騰(Huang, Sheng-Teng)、(Rong-Chi Yang)、(Pei-Nir Lee)、(Su-Hui Yang)、(Shuen-Kuei Liao)、(Tzu-Ya Chen)、(Jong-Hwei S. Pang)*，Anti-tumor and anti-angiogenic effects of Phyllanthus urinaria in mice bearing Lewis lung carcinoma，INTERNATIONAL IMMUNOPHARMACOLOGY，2006 Jun，6(6):870-879 2006 . 06\n68 (Ching-Yuan Wu)、(Jong-Hwei S. Pang)、黃升騰(Huang, Sheng-Teng)*，Inhibition of melanogenesis in murine B16/F10 melanoma cells by Ligusticum sinensis Oliv，AMERICAN JOURNAL OF CHINESE MEDICINE，2006 ，34(3):523-533 2006 .\n69 黃升騰(Huang, Sheng-Teng)*、(Gau-Yang Chen)、(Huey-Ming Lo)、林昭庚(Jaung-Geng Lin)、(Yin-Shiung Lee)、(Cheng-Deng Kuo)，Increase in the vagal modulation by acupuncture at neiguan point in the healthy subjects，AMERICAN JOURNAL OF CHINESE MEDICINE，2005 ，33(1):157-164 2005 .\n70 黃升騰(Huang, Sheng-Teng)*、(Rong-Chi Yang)、(Min-Yi Chen)、(Jong-Hwei S. Pang)，Phyllanthus urinaria induces the Fas receptor/ligand expression and ceramide-mediated apoptosis in HL-60 cells，LIFE SCIENCES，2004 Jun，75(3):339-351 2004 . 06\n71 黃升騰(Huang, Sheng-Teng)*、(Rong-Chi Yang)、(Jong-Hwei S. Pang)，Aqueous extract of Phyllanthus urinaria induces apoptosis in human cancer cells，AMERICAN JOURNAL OF CHINESE MEDICINE，2004 ，32(2):175-183 2004 .\n72 黃升騰(Huang, Sheng-Teng)*、(Rong-Chi Yang)、(Li-Jiun Yang)、(Pei-Nir Lee)、(Jong-Hwei S. Pang)，Phyllanthus urinaria triggers the apoptosis and Bcl-2 down-regulation in Lewis lung carcinoma cells，LIFE SCIENCES，2003 Feb，72(15):1705-1716 2003 . 02\n5 The Poor Appetite and Traditional Chinese Medicine:Qi Deficiency and Phlegm Dampness，10th European Public Health Conference，Stockholm，2017.11.01~2017.11.04， 2017 . 11\n1 個別型，DMR-110-009，黃升騰(Sheng-Teng Huang)、黃志平(Chi-Ping Huang)、陳汶吉(Wen-Chi Chen)，附醫院內計畫，攝護腺癌病患的中醫體質與特性評估分析：觀察性研究，2020.8.1~2021.7.31 2020 . 08\n3 個別型，M09G1036，林聖興(Sheng-Shing Lin)、黃維德(Wei-Te Huang)、林于娟(Ling yu chuan)、洪皓脩(Hao-Hsiu Hung)、歐世宸(Ou Shi Chen)、鄭惟仁(Wei-Zen Cheng)、陳昭憲(Chen Chao-Hsien)、黃鐙儀(HUANG TENG-I)、林宏恩(Lin Hung-En)、林亭延(Lin Ting yen)，衛福部，建構智慧中醫及應用模式計畫，2020.1.1~2020.12.15 2020 . 01\n5 個別型，DMR-108-044，黃升騰(Sheng-Teng Huang)，附醫院內計畫，中醫大腸癌臨床醫案大數據分析，2018.8.1~2019.7.31 2018 . 08\n6 個別型，MOHW107-CMAP-M-211-000103，張恒鴻(Chang, Hen-Hong)、林嘉德(Lin, Chia-Der)、方信元(Fang, Hsin-Yuan)、黃升騰(Huang, Sheng-Teng)、顏宏融(Yen, Hung-Rong)、張東?(Chang, Tung-Ti)、林宏任(Lin, Hung-Jen)、李育臣(Lee, Yu-Chen)、徐新政(Hsu, Hsin-Cheng)、蘇珊玉(Su, Shan-Yu)、黃國欽(Huang, kuo-Chin)、林聖興(Lin, Sheng-Shing)、侯甫葦(Pu-Wei Ho)、蔡邱轔(Chiu-Lin Tsai)，衛福部，107年度「輔導中醫臨床技能評估模式及臨床教學實務訓練計畫」，2018.1.25~2018.12.15 2018 . 01\n7 國家型，CMRC-CHM-0，黃升騰(Sheng-Teng Huang)、李家琳(Chia-Lin Lee)、林振文(Lin Cheng Wen)、趙嶸(Chao, Jung)、湯智昕(Chih-Hsin Tang)、謝文聰、郭悅雄(Yueh-Hsiung Kuo)、郭盛助(Sheng-Chu kuo)、王陸海(Liu-Hai Wang)、佘玉萍(Yuh-Pyng Sher)、許游章(You-Cheng Hseu)、高銘欽(Ming-Ching Kao)，教育部，中醫藥研究中心-中草藥研究群組，2018.1.1~2018.12.31 2018 . 01\n8 個別型，MOST 106-2320-B-039-026-，，科技部，丹參酮IIA抑制腫瘤效應:經由粒線體誘發細胞凋亡及經由抑制PI3K/Akt/mTOR逕路自噬反應之細胞及動物模型研究，2017.8.1~2018.7.31 2017 . 08\n9 個別型，DMR-107-006，，附醫院內計畫，探討cryptotanshinone限制腫瘤之生長經抑制M2巨噬細胞分化並調控金屬蛋白酶及轉化生長因子-β表現以致抗血管新生，2017.8.1~2018.7.31 2017 . 08\n10 個別型，106-2-N003，夏德椿(Te-Chun Hsia)、林宏任(Lin Hung-jen)、何文照(Wen-Chao Ho)、王禎佑(WANG,CHEN-YU)，衛福部，106年度「常見疾病之中醫證型研究」科技委託研幾究計畫，2017.1.19~2018.1.18 2017 . 01\n13 整合型(召集人、總主持人)，1055918L，高銘欽(Ming-Ching Kao)、周聖杰(Shen-Chieh Chou)，本校(含附醫)，校務準備金-PHY606為缺鐵性貧血的輔助藥物開發-子計畫一，2016.12.1~2017.7.31 2016 . 12\n14 個別型，DMR-106-005，張恒鴻(CHANG,HEN-HONG)、藍忠亮(Joung-Liang Lan)，附醫院內計畫，柚皮苷在類風濕性關節炎上之抗發炎作用及可能機轉，2016.8.1~2017.7.31 2016 . 08\n15 個別型，MOST 105-2320-B-039-035-，張恒鴻、林祖功，科技部，隱丹參酮抑制腫瘤效應研究:經由調控粒線體動態條件改變及活化細胞凋亡與自噬反應，2016.8.1~2017.7.31 2016 . 08\n16 個別型，採購案號：M05G9040，黃秋錦(Chiu-Ching Huang)、孫茂峰(SUN, MAO-FENG)、張志宗(Chiz-Tzung Chang)、黃升騰(Huang, Sheng-Teng)、王怡寬(I-Kuan Wang)、黃國欽(kuo-Chin Huang)、郭慧亮(Huey-Liang kuo)、林宏任(Lin Hung-jen)、劉耀隆(Yao-Lung Liu)、李育臣(Yu-Chen Lee)、周哲毅(Che-Yi Chou)、丁羿文(I-Wen Ting)、楊雅斐(Ya-Fei Yang)、廖元敬(Yuan-Ching Liao)、李艾玲(Ai-Lin Lee)、楊潤(Jun Yang)，衛福部，105年度「促進中醫多元發展」委託科技研究計劃，分項3：建構中醫日間照護模式計畫，2016.1.19~2016.12.15 2016 . 01


url: =Maximum storm surge 0.3 m (10 Sep 00:00 UTC)\nThe maximum Storm surge height is 0.3m in Tagana-an, Philippines. This height is estimated for 10 Sep 2018 00:00 UTC .\n09 Sep 2018 05:30 Dot Dong Vietnam 0.3\n09 Sep 2018 05:30 Nam Son Vietnam 0.3\n09 Sep 2018 05:30 Van Lam Trai Vietnam 0.3\n10 Sep 2018 00:00 Surigao Philippines 0.3\n10 Sep 2018 00:00 Buenavista Philippines 0.3\n10 Sep 2018 00:00 Matas Philippines 0.3\n10 Sep 2018 00:00 Cadgianao Philippines 0.3\n10 Sep 2018 00:00 Cabugao Philippines 0.3\n10 Sep 2018 00:00 Numancia Philippines 0.3\n10 Sep 2018 00:00 San Benito Philippines 0.2\n10 Sep 2018 00:00 Dapa Philippines 0.2\n10 Sep 2018 00:00 San Isidro Philippines 0.2\n09 Sep 2018 05:30 Yen Cat Vietnam 0.2\n09 Sep 2018 05:30 Sam Son Vietnam 0.2\n09 Sep 2018 05:30 Con Van Vietnam 0.2\n09 Sep 2018 05:30 Long Chau Vietnam 0.2\n09 Sep 2018 11:15 Atimonan Philippines 0.2\n09 Sep 2018 11:15 Pag-aguasan Philippines 0.2\n09 Sep 2018 11:15 Alabat Philippines 0.2\n09 Sep 2018 11:15 Mascarina Philippines 0.2\n09 Sep 2018 11:15 Apad Philippines 0.2\n09 Sep 2018 11:15 Gumaca Philippines 0.2\n09 Sep 2018 11:15 Argosino Philippines 0.2\n09 Sep 2018 20:45 Taiping China 0.2\n09 Sep 2018 20:45 Xianmai China 0.2\n09 Sep 2018 20:45 Longshe China 0.2\n09 Sep 2018 20:45 Dongli China 0.2\n09 Sep 2018 05:15 Hoang Xa Vietnam 0.2\n09 Sep 2018 05:30 Quan Phuong Trung Trai Vietnam 0.2\n09 Sep 2018 05:30 Lien Phu Vietnam 0.2\n08 Sep 2018 20:15 Cabag Philippines 0.2\n07 Sep 2018 20:45 Vinh Ngai Vietnam 0.2\n07 Sep 2018 20:45 Tien Yen Vietnam 0.2\n09 Sep 2018 22:00 Polillo Philippines 0.2\n09 Sep 2018 22:00 Bisliang Philippines 0.2\n09 Sep 2018 22:00 Cabungalunan Philippines 0.2\n09 Sep 2018 22:00 Abucay Philippines 0.2\n09 Sep 2018 22:00 Calutcot Philippines 0.2\n09 Sep 2018 22:00 Patnanongan Philippines 0.2\n07 Sep 2018 20:30 Cau Lo Vietnam 0.2\n08 Sep 2018 20:15 Perez Philippines 0.2\n08 Sep 2018 20:15 Cavilla Philippines 0.2\n09 Sep 2018 05:15 Ca Lu Vietnam 0.2\n09 Sep 2018 05:15 Ba Lang Vietnam 0.2\n09 Sep 2018 20:30 Tung-li China 0.2\n09 Sep 2018 20:30 Dongjian China 0.2\n09 Sep 2018 08:00 Hoa Cam Vietnam 0.2\n09 Sep 2018 08:00 Hoi Thong Vietnam 0.2\n09 Sep 2018 16:30 Fan Kwai Tong Hong Kong (China) 0.2\n09 Sep 2018 16:30 Tai Long Wan Hong Kong (China) 0.2\n09 Sep 2018 16:30 Shekou China 0.2\n09 Sep 2018 16:30 Lau Fau Sha Hong Kong (China) 0.2\n09 Sep 2018 16:30 Ngau Kwu Long Hong Kong (China) 0.2\n09 Sep 2018 16:30 Castle Peak New Town Hong Kong (China) 0.2\n09 Sep 2018 16:30 Tuen Mun Hong Kong (China) 0.2\n09 Sep 2018 16:30 Ham Tin Hong Kong (China) 0.2\n09 Sep 2018 16:30 Yuen Long Hong Kong (China) 0.2\n09 Sep 2018 16:30 Sz Pak Hong Kong (China) 0.2\n09 Sep 2018 16:30 Nam Wan Hong Kong (China) 0.2\n09 Sep 2018 11:30 San Jose Philippines 0.2\n09 Sep 2018 17:30 Beidou China 0.2\n09 Sep 2018 17:30 Chen-hai China 0.2\n09 Sep 2018 17:30 Luewei China 0.2\n09 Sep 2018 17:30 Shalan China 0.2\n09 Sep 2018 14:45 Tai Po Industrial Estate Hong Kong (China) 0.2\n09 Sep 2018 14:45 Fung Yuen Hong Kong (China) 0.2\n09 Sep 2018 14:45 Dabu Hong Kong (China) 0.2\n09 Sep 2018 14:45 Sha Tau Kok China 0.2\n09 Sep 2018 14:45 Cheung Kang Hong Kong (China) 0.2\n09 Sep 2018 14:45 Imtin China 0.2\n09 Sep 2018 14:45 Yau Ma Po Hong Kong (China) 0.2\n09 Sep 2018 14:45 Sai Kung Hong Kong (China) 0.2\n09 Sep 2018 14:45 Cheung Wo Hong Kong (China) 0.2\n09 Sep 2018 14:45 Pak Sha Au Hong Kong (China) 0.2\n09 Sep 2018 14:45 Long Ke Hong Kong (China) 0.2\n09 Sep 2018 14:45 Khitschhung China 0.2\n09 Sep 2018 14:45 Dapeng China 0.2\n09 Sep 2018 14:45 Taipang China 0.2\n09 Sep 2018 05:15 Quan Phuong Ha Vietnam 0.2\n09 Sep 2018 05:15 Nghoung Nhan Vietnam 0.2\n09 Sep 2018 07:45 Thuan Thien Vietnam 0.2\n09 Sep 2018 07:45 Thien Linh Vietnam 0.2\n09 Sep 2018 07:45 Trung Thinh Vietnam 0.2\n09 Sep 2018 07:45 Trung Nghia Vietnam 0.2\n09 Sep 2018 07:45 Trung Tiet Vietnam 0.2\n09 Sep 2018 18:45 Guanchang China 0.2\n09 Sep 2018 18:45 Jinhe China 0.2\n09 Sep 2018 18:45 Wai-lo China 0.2\n09 Sep 2018 11:30 Mauban Philippines 0.2\n09 Sep 2018 16:45 Magang China 0.2\n09 Sep 2018 16:45 Diancheng China 0.2\n09 Sep 2018 16:45 Rudong China 0.2\n09 Sep 2018 16:30 Dianbai China 0.2\n09 Sep 2018 16:30 Danchang China 0.2\n09 Sep 2018 11:30 Calamias Philippines 0.2\n09 Sep 2018 14:45 Shagang China 0.2\n09 Sep 2018 15:30 Dagou China 0.2\n09 Sep 2018 15:30 Hsin-chou China 0.2\n09 Sep 2018 05:15 Xi Dua Vietnam 0.2\n09 Sep 2018 14:30 Aotou China 0.2\n09 Sep 2018 17:45 Chengcun China 0.2\n09 Sep 2018 17:45 Santouzui China 0.2\n09 Sep 2018 17:45 Hsi-t'ou China 0.2\n09 Sep 2018 17:45 Lengzilin China 0.2\n09 Sep 2018 17:45 Pinggang China 0.2\n09 Sep 2018 17:45 Jiangcheng China 0.2\n09 Sep 2018 17:45 Baipu China 0.2\n09 Sep 2018 23:45 Layagoang Philippines 0.2\n09 Sep 2018 15:00 Nanping China 0.2\n09 Sep 2018 15:00 Maogang China 0.2\n09 Sep 2018 15:00 Macau Macau (China) 0.2\n09 Sep 2018 15:00 Taipa Macau (China) 0.2\n09 Sep 2018 15:00 Coloane Macau (China) 0.2\n09 Sep 2018 15:00 Heung chau China 0.2\n09 Sep 2018 18:15 Jieshi China 0.2\n09 Sep 2018 20:00 Dongshan China 0.2\n09 Sep 2018 20:00 Houhu China 0.2\n09 Sep 2018 20:00 Bengtang China 0.2\n09 Sep 2018 20:00 Houhai China 0.2\n09 Sep 2018 20:00 Huangwu China 0.2\n09 Sep 2018 20:00 Nayan China 0.2\n09 Sep 2018 20:00 Doulongcun China 0.2\n09 Sep 2018 14:30 Hsia-yung China 0.2\n09 Sep 2018 14:30 Renshan China 0.2\n09 Sep 2018 14:30 Luzui China 0.2\n09 Sep 2018 14:30 Sau Mau Ping Hong Kong (China) 0.2\n09 Sep 2018 14:30 Hang Hau Hong Kong (China) 0.2\n09 Sep 2018 02:15 Cuu Doi Vietnam 0.2\n09 Sep 2018 02:15 Hoang Chau Vietnam 0.2\n09 Sep 2018 16:45 Hai-lu China 0.2\n09 Sep 2018 17:30 Xingyou China 0.2\n09 Sep 2018 17:30 Huangpo China 0.2\n09 Sep 2018 17:30 Chiu-wu-ch'uan China 0.2\n09 Sep 2018 14:45 Shadi China 0.2\n09 Sep 2018 14:45 Dalangwan China 0.2\n09 Sep 2018 14:45 Tonggu China 0.2\n09 Sep 2018 17:45 Shenquan China 0.2\n09 Sep 2018 02:45 Gia Luan Vietnam 0.2\n09 Sep 2018 07:45 Ha Tinh Vietnam 0.2\n09 Sep 2018 16:30 Shangyang China 0.2\n09 Sep 2018 07:45 Cau Thuong Vietnam 0.2\n09 Sep 2018 07:45 Hau Con Vietnam 0.2\n09 Sep 2018 07:45 Con Soi Vietnam 0.2\n09 Sep 2018 16:30 Hoi Pa Hong Kong (China) 0.2\n09 Sep 2018 16:30 Lo Tik Wan Hong Kong (China) 0.2\n09 Sep 2018 16:30 Tsuen Wan Hong Kong (China) 0.2\n09 Sep 2018 16:30 Lo So Shing Hong Kong (China) 0.2\n09 Sep 2018 16:30 Ha Kwai Chung Hong Kong (China) 0.2\n09 Sep 2018 16:30 Pok Fu Lam Hong Kong (China) 0.2\n09 Sep 2018 16:30 Wa Fu Estate Hong Kong (China) 0.2\n09 Sep 2018 16:30 Kennedy Town Hong Kong (China) 0.2\n09 Sep 2018 16:30 Aberdeen Hong Kong (China) 0.2\n09 Sep 2018 16:30 Cheung Sha Wan Hong Kong (China) 0.2\n09 Sep 2018 16:30 Tai Po Hong Kong (China) 0.2\n09 Sep 2018 16:30 Won Hang Hong Kong (China) 0.2\n08 Sep 2018 23:30 Hsing-ch'en China 0.2\n08 Sep 2018 23:30 Chendai China 0.2\n08 Sep 2018 23:30 Hsi-pu China 0.2\n08 Sep 2018 23:30 Huqiu China 0.2\n08 Sep 2018 23:30 Wutian China 0.2\n08 Sep 2018 23:30 Chengguanzhen China 0.2\n08 Sep 2018 23:30 Guleitou China 0.2\n08 Sep 2018 23:30 Gangkou China 0.2\n08 Sep 2018 23:30 Hsia-mei China 0.2\n09 Sep 2018 01:30 Shuiwei China 0.2\n09 Sep 2018 01:30 Liu-sha-ying China 0.2\n09 Sep 2018 01:30 Liusha China 0.2\n09 Sep 2018 01:45 Ch'i-shui China 0.2\n09 Sep 2018 01:45 Haikang China 0.2\n09 Sep 2018 03:30 Ban Sen Vietnam 0.2\n07 Sep 2018 01:15 Kuninaka Japan 0.2\n07 Sep 2018 01:15 Ichimasui Japan 0.2\n07 Sep 2018 01:15 Karimata Japan 0.2\n07 Sep 2018 01:15 Sugama Japan 0.2\n07 Sep 2018 01:15 Hirara Japan 0.2\n07 Sep 2018 01:15 Arasato Japan 0.2\n07 Sep 2018 01:15 Bora Japan 0.2\n09 Sep 2018 09:15 Ubon Bi Vietnam 0.2\n09 Sep 2018 09:15 Quang Yen Vietnam 0.2\n09 Sep 2018 09:15 Dong Vang Vietnam 0.2\n09 Sep 2018 09:15 Hon Gay Vietnam 0.2\n09 Sep 2018 09:15 Lang Bang Vietnam 0.2\n08 Sep 2018 22:15 Chihu China 0.2\n08 Sep 2018 22:15 Fotan China 0.2\n08 Sep 2018 22:15 Gangwei China 0.2\n08 Sep 2018 22:15 Chen-hai China 0.2\n08 Sep 2018 22:15 Daomei China 0.2\n09 Sep 2018 05:45 Nam Dong Vietnam 0.2\n09 Sep 2018 16:30 Tain Sha Tsui Hong Kong (China) 0.2\n09 Sep 2018 16:30 Central Hong Kong (China) 0.2\n09 Sep 2018 16:30 Kowloon Hong Kong (China) 0.2\n09 Sep 2018 16:30 Wan Chai Hong Kong (China) 0.2\n09 Sep 2018 16:30 Tsz Wa Chan Hong Kong (China) 0.2\n09 Sep 2018 16:30 Chung Hom Kok Hong Kong (China) 0.2\n09 Sep 2018 16:30 North Point Hong Kong (China) 0.2\n09 Sep 2018 16:30 Chek Chue Hong Kong (China) 0.2\n09 Sep 2018 16:30 Crocodile Hill Hong Kong (China) 0.2\n09 Sep 2018 16:30 Tai Tam Hong Kong (China) 0.2\n09 Sep 2018 16:30 Stanley Hong Kong (China) 0.2\n09 Sep 2018 16:30 San Wan Ho Shau Hong Kong (China) 0.2\n09 Sep 2018 16:30 Yau Tong Hong Kong (China) 0.2\n09 Sep 2018 16:30 Rennie's Mill Hong Kong (China) 0.2\n09 Sep 2018 14:30 A Kung Ngam Hong Kong (China) 0.2\n09 Sep 2018 14:30 Chai Wan Hong Kong (China) 0.2\n09 Sep 2018 14:30 Chik Sha Hong Kong (China) 0.2\n09 Sep 2018 14:30 Tei Tong Tsui Hong Kong (China) 0.2\n09 Sep 2018 14:30 Tai Wan Tau Hong Kong (China) 0.2\n09 Sep 2018 17:15 Hudong China 0.2\n09 Sep 2018 17:15 Jiazi China 0.2\n09 Sep 2018 17:15 Changqingwei China 0.2\n09 Sep 2018 01:15 Mai-ch'en-hsu China 0.2\n09 Sep 2018 01:15 Maichen China 0.2\n09 Sep 2018 15:30 Lajiwei China 0.2\n08 Sep 2018 20:00 Abulug Philippines 0.2\n08 Sep 2018 20:00 Cabuluan Philippines 0.2\n08 Sep 2018 20:00 Catuguran Philippines 0.2\n08 Sep 2018 20:00 Linao Philippines 0.2\n08 Sep 2018 20:00 Bisagu Philippines 0.2\n08 Sep 2018 20:00 Aparri Philippines 0.2\n08 Sep 2018 20:00 Alilinu Philippines 0.2\n08 Sep 2018 20:00 Punta Philippines 0.2\n09 Sep 2018 14:45 Hok Tsui Wan Hong Kong (China) 0.2\n09 Sep 2018 11:30 Caluekan Philippines 0.2\n09 Sep 2018 15:00 Wanshan China 0.2\n09 Sep 2018 17:30 Guangao China 0.2\n08 Sep 2018 23:15 Liu'ao China 0.2\n09 Sep 2018 07:15 Hai Khau Vietnam 0.2\n09 Sep 2018 15:00 Pinghai China 0.2\n09 Sep 2018 02:15 Dang Noi Vietnam 0.2\n09 Sep 2018 02:15 Dam Ha Vietnam 0.2\n09 Sep 2018 02:15 Cai Kien Vietnam 0.2\n08 Sep 2018 22:45 Zhelin China 0.2\n08 Sep 2018 22:45 Shenao China 0.2\n08 Sep 2018 22:45 Nanao China 0.2\n08 Sep 2018 22:45 Chelim China 0.2\n09 Sep 2018 13:45 Zhelang China 0.2\n09 Sep 2018 02:30 Ky Anh Vietnam 0.2\n09 Sep 2018 02:30 Van Trang Vietnam 0.2\n09 Sep 2018 02:30 Vinh Ang Vietnam 0.2\n09 Sep 2018 02:30 Lang Loi Vietnam 0.2\n09 Sep 2018 15:30 San-tsao China 0.2\n09 Sep 2018 17:45 Shantou China 0.2\n09 Sep 2018 17:45 Aotou China 0.2\n09 Sep 2018 06:45 Kiem Long Vietnam 0.2\n09 Sep 2018 06:45 Vinh Son Vietnam 0.2\n07 Sep 2018 13:30 Ba Don Vietnam 0.2\n07 Sep 2018 13:30 Tho Ngoa Vietnam 0.2\n09 Sep 2018 13:00 Ch'ien-tung-hsu China 0.2\n09 Sep 2018 13:00 Qiandong China 0.2\n09 Sep 2018 13:00 Jingzhou China 0.2\n09 Sep 2018 13:00 Huanglong China 0.2\n09 Sep 2018 13:00 Huanggang China 0.2\n09 Sep 2018 13:00 Raoping China 0.2\n08 Sep 2018 23:15 Gongqiancun China 0.2\n08 Sep 2018 23:15 Chencheng China 0.2\n09 Sep 2018 15:00 Fanhe China 0.2\n09 Sep 2018 15:00 Houmen China 0.2\n09 Sep 2018 12:45 Siwei China 0.2\n09 Sep 2018 12:45 Houzhai China 0.2\n08 Sep 2018 22:00 Jiuzhen China 0.2\n08 Sep 2018 22:00 Shentu China 0.2\n09 Sep 2018 12:45 Gongkou China 0.2\n08 Sep 2018 23:00 Dongshan China 0.2\n07 Sep 2018 13:30 Ly Nhon Thon Vietnam 0.2\n09 Sep 2018 01:15 Qiaotou China 0.2\n09 Sep 2018 15:15 Magong China 0.2\n09 Sep 2018 04:00 Vinh Thuc Vietnam 0.2\n09 Sep 2018 14:15 Jizhongtuo China 0.2\n09 Sep 2018 14:15 Shanwei China 0.2\n08 Sep 2018 20:00 Valencia Philippines 0.2\n09 Sep 2018 19:30 Min-chung China 0.2\n09 Sep 2018 19:30 Wan-ch'ing-sha China 0.2\n09 Sep 2018 19:30 Jiang'ouwei China 0.2\n09 Sep 2018 19:30 Cheng'anwei China 0.2\n09 Sep 2018 19:30 Fumunchai China 0.2\n09 Sep 2018 19:30 Fumuntschai China 0.2\n09 Sep 2018 19:30 Baihao China 0.2\n09 Sep 2018 19:30 Taiping China 0.2\n09 Sep 2018 19:30 Sha-ching China 0.2\n09 Sep 2018 19:30 Heping China 0.2\n09 Sep 2018 14:30 Jiesheng China 0.2\n09 Sep 2018 14:30 Tianqian China 0.2\n09 Sep 2018 01:00 Hsin-ying China 0.2\n09 Sep 2018 04:45 Cot Doai Vietnam 0.2\n09 Sep 2018 04:15 Changhua China 0.2\n09 Sep 2018 04:15 Haiwei China 0.2\n08 Sep 2018 06:00 Paracale Philippines 0.2\n08 Sep 2018 06:00 Vinzons Philippines 0.2\n08 Sep 2018 06:00 Banacboc Philippines 0.2\n08 Sep 2018 06:00 Daet Philippines 0.2\n08 Sep 2018 06:00 Talaga Philippines 0.2\n08 Sep 2018 06:00 Tagontong Philippines 0.2\n07 Sep 2018 14:15 Kumbatang Malaysia 0.2\n07 Sep 2018 14:15 Langkon Malaysia 0.2\n07 Sep 2018 14:15 Kampong Radus Malaysia 0.2\n07 Sep 2018 14:15 Tandek Malaysia 0.2\n07 Sep 2018 14:15 Taritapan Malaysia 0.2\n07 Sep 2018 14:15 Kpg Mempakad Malaysia 0.2\n09 Sep 2018 04:30 Nanluo China 0.2\n09 Sep 2018 04:30 Haitou China 0.2\n09 Sep 2018 02:30 Guchengling China 0.2\n09 Sep 2018 02:30 Bailong China 0.2\n09 Sep 2018 04:30 Mong Cai Vietnam 0.2\n09 Sep 2018 03:30 Yingluo China 0.2\n09 Sep 2018 04:00 Qianshan China 0.2\n09 Sep 2018 02:30 Beihai China 0.2\n09 Sep 2018 02:30 Gaode China 0.2\n09 Sep 2018 04:15 Wanwei China 0.1\n09 Sep 2018 04:15 Bailong China 0.1\n08 Sep 2018 20:15 Calaguikhik Philippines 0.1\n08 Sep 2018 20:15 Talingting Philippines 0.1\n09 Sep 2018 04:00 Beili China 0.1\n09 Sep 2018 05:30 Caotan China 0.1\n09 Sep 2018 05:30 Longtousha China 0.1\n09 Sep 2018 05:30 Yingzai China 0.1\n09 Sep 2018 04:00 Beimu China 0.1\n09 Sep 2018 04:00 Yong'an China 0.1\n09 Sep 2018 04:30 Shankou China 0.1\n09 Sep 2018 04:00 Basuo China 0.1\n09 Sep 2018 04:00 Duntou China 0.1\n08 Sep 2018 16:00 Sidu China 0.1\n08 Sep 2018 16:00 Ssu-tu China 0.1\n07 Sep 2018 20:30 San Juan Philippines 0.1\n07 Sep 2018 20:30 Fugu Philippines 0.1\n07 Sep 2018 20:30 Naguilian Philippines 0.1\n09 Sep 2018 03:45 Longyou China 0.1\n09 Sep 2018 04:30 Jiangpingxu China 0.1\n09 Sep 2018 04:30 Jiangping China 0.1\n09 Sep 2018 04:45 Paipu China 0.1\n09 Sep 2018 04:15 Jiangshan China 0.1\n09 Sep 2018 04:15 Baishawan China 0.1\n07 Sep 2018 13:30 Dong Hoi Vietnam 0.1\n09 Sep 2018 03:45 Gancheng China 0.1\n09 Sep 2018 00:45 Haian China 0.1\n09 Sep 2018 04:00 Ch'i-sha China 0.1\n07 Sep 2018 14:00 Kudat Malaysia 0.1\n08 Sep 2018 05:45 Mambongalon Philippines 0.1\n09 Sep 2018 06:15 Cua Thon Vietnam 0.1\n09 Sep 2018 04:00 Boshegang China 0.1\n09 Sep 2018 04:00 Longtang China 0.1\n10 Sep 2018 00:00 Consuegra Philippines 0.1\n10 Sep 2018 00:00 Cabucgayan Philippines 0.1\n10 Sep 2018 00:00 Managasnas Philippines 0.1\n10 Sep 2018 00:00 Bonga Philippines 0.1\n10 Sep 2018 00:00 Capoocan Philippines 0.1\n10 Sep 2018 00:00 Sugud Philippines 0.1\n10 Sep 2018 00:00 Carigara Philippines 0.1\n10 Sep 2018 00:00 Barugo Philippines 0.1\n09 Sep 2018 06:00 Xom Lap Vietnam 0.1\n08 Sep 2018 09:15 Alayao Philippines 0.1\n08 Sep 2018 09:15 Jose Panganiban Philippines 0.1\n09 Sep 2018 05:30 Cat Son Phuong Vietnam 0.1\n09 Sep 2018 05:30 Giem Ha Trung Vietnam 0.1\n09 Sep 2018 05:30 Dong Ha Vietnam 0.1\n09 Sep 2018 05:30 Thon My Thuy Vietnam 0.1\n07 Sep 2018 07:30 Sipitang Malaysia 0.1\n07 Sep 2018 07:30 Mesapol Malaysia 0.1\n07 Sep 2018 07:30 Weston Malaysia 0.1\n08 Sep 2018 21:00 Zhenhai China 0.1\n07 Sep 2018 07:30 Kampong Suasa Malaysia 0.1\n07 Sep 2018 12:15 Mui Lay Vietnam 0.1\n09 Sep 2018 03:45 Puqian China 0.1\n09 Sep 2018 23:45 Sapao Philippines 0.1\n09 Sep 2018 23:45 Beilon Philippines 0.1\n09 Sep 2018 23:45 Alegria Philippines 0.1\n09 Sep 2018 23:45 Burgos Philippines 0.1\n10 Sep 2018 00:00 Tandoc Philippines 0.1\n09 Sep 2018 02:15 Guanjing China 0.1\n09 Sep 2018 02:15 Hsi-ch'ang-hsu China 0.1\n09 Sep 2018 02:15 Hsi-ch'ang China 0.1\n09 Sep 2018 02:15 Shagang China 0.1\n09 Sep 2018 02:15 Dangjiang China 0.1\n09 Sep 2018 04:00 Haikou China 0.1\n07 Sep 2018 14:00 Telaga Malaysia 0.1\n09 Sep 2018 03:45 Xiuying China 0.1\n07 Sep 2018 13:30 Victoria Malaysia 0.1\n10 Sep 2018 00:00 Calubian Philippines 0.1\n10 Sep 2018 00:00 Lico Philippines 0.1\n10 Sep 2018 00:00 Biliran Philippines 0.1\n10 Sep 2018 00:00 Leyte Philippines 0.1\n07 Sep 2018 10:15 An Lac Vietnam 0.1\n07 Sep 2018 10:15 Dien Truong Vietnam 0.1\n07 Sep 2018 10:15 Tam Quan Vietnam 0.1\n10 Sep 2018 00:00 Guintampilan Philippines 0.1\n07 Sep 2018 13:15 Kpg Menumbok Malaysia 0.1\n08 Sep 2018 00:00 Chia-li-wan Taiwan 0.1\n08 Sep 2018 00:00 Su-ao Taiwan 0.1\n10 Sep 2018 00:00 Bagahupi Philippines 0.1\n10 Sep 2018 00:00 Bagacay Philippines 0.1\n10 Sep 2018 00:00 Palo Philippines 0.1\n10 Sep 2018 00:00 Tacloban Philippines 0.1\n10 Sep 2018 00:00 Santa Elena Philippines 0.1\n10 Sep 2018 00:00 San Antonio Philippines 0.1\n10 Sep 2018 00:00 Mongabong Philippines 0.1\n10 Sep 2018 00:00 Tanauan Philippines 0.1\n10 Sep 2018 00:00 Basey Philippines 0.1\n10 Sep 2018 00:00 Nouvelas Oriental Philippines 0.1\n10 Sep 2018 00:00 Osmena Philippines 0.1\n10 Sep 2018 00:00 Binocyahan Philippines 0.1\n10 Sep 2018 00:00 Icting Philippines 0.1\n10 Sep 2018 00:00 Marabut Philippines 0.1\n10 Sep 2018 00:00 Tatabunan Philippines 0.1\n10 Sep 2018 00:00 Babatngon Philippines 0.1\n10 Sep 2018 00:00 San Andres Philippines 0.1\n07 Sep 2018 18:15 Pangas Philippines 0.1\n07 Sep 2018 18:15 Binauangan Philippines 0.1\n07 Sep 2018 18:15 Mactang Philippines 0.1\n07 Sep 2018 18:15 Capalonga Philippines 0.1\n09 Sep 2018 02:30 Hsi-niu-chiao China 0.1\n09 Sep 2018 02:30 Pingshan China 0.1\n07 Sep 2018 19:45 Balza Philippines 0.1\n07 Sep 2018 19:45 Buguey Philippines 0.1\n08 Sep 2018 05:45 Gongonan Philippines 0.1\n08 Sep 2018 05:45 Mapid Philippines 0.1\n08 Sep 2018 05:45 Balaton Philippines 0.1\n08 Sep 2018 05:45 Garchitorena Philippines 0.1\n09 Sep 2018 03:45 Banqiao China 0.1\n07 Sep 2018 12:45 Yinggehai China 0.1\n07 Sep 2018 12:45 Lingtou China 0.1\n07 Sep 2018 12:45 Foluo China 0.1\n07 Sep 2018 12:45 Huangliu China 0.1\n07 Sep 2018 13:15 Kpg Ganggarak Malaysia 0.1\n08 Sep 2018 21:00 Real Philippines 0.1\n08 Sep 2018 21:00 Infanta Philippines 0.1\n08 Sep 2018 21:45 Xucuo China 0.1\n08 Sep 2018 21:45 Gulangyu China 0.1\n08 Sep 2018 21:45 Xiamen China 0.1\n08 Sep 2018 21:45 Jiangtou China 0.1\n08 Sep 2018 21:45 Hecuo China 0.1\n08 Sep 2018 21:45 An-ting Taiwan 0.1\n08 Sep 2018 21:45 Chin-men Taiwan 0.1\n08 Sep 2018 22:00 Yang-chai Taiwan 0.1\n07 Sep 2018 14:00 Loro Malaysia 0.1\n07 Sep 2018 10:30 An Thach Vietnam 0.1\n07 Sep 2018 10:30 Phu Xuan Ha Vietnam 0.1\n10 Sep 2018 00:00 Union Philippines 0.1\n10 Sep 2018 00:00 Tinambac Philippines 0.1\n10 Sep 2018 00:00 San Vicente Philippines 0.1\n08 Sep 2018 22:00 Dianqian China 0.1\n08 Sep 2018 22:00 Aotou China 0.1\n08 Sep 2018 14:30 Melgar Philippines 0.1\n08 Sep 2018 14:30 Loreto Philippines 0.1\n08 Sep 2018 14:30 Malinao Philippines 0.1\n08 Sep 2018 20:45 Labayat Philippines 0.1\n07 Sep 2018 14:45 Manlalec Philippines 0.1\n07 Sep 2018 14:45 Oton Philippines 0.1\n07 Sep 2018 14:45 Palalong Philippines 0.1\n07 Sep 2018 14:45 Sibaltan Philippines 0.1\n07 Sep 2018 14:45 Maytiguid Philippines 0.1\n07 Sep 2018 14:45 Batas Philippines 0.1\n07 Sep 2018 14:45 Pinamalayan Philippines 0.1\n07 Sep 2018 14:45 Casian Philippines 0.1\n07 Sep 2018 12:15 Chongpo China 0.1\n07 Sep 2018 12:15 Chiu-so China 0.1\n07 Sep 2018 12:15 Jiusuo China 0.1\n08 Sep 2018 22:15 Ch'ing-hsu Taiwan 0.1\n08 Sep 2018 22:15 Chin-men Tao Taiwan 0.1\n08 Sep 2018 06:00 Bagas Philippines 0.1\n10 Sep 2018 00:00 Narombacan Philippines 0.1\n10 Sep 2018 00:00 Santa Rita Philippines 0.1\n10 Sep 2018 00:00 Igot Philippines 0.1\n10 Sep 2018 00:00 Taguite Philippines 0.1\n10 Sep 2018 00:00 Caibiran Philippines 0.1\n07 Sep 2018 14:00 Berungus Malaysia 0.1\n09 Sep 2018 21:45 Jomalig Philippines 0.1\n07 Sep 2018 07:30 Kampong Lambidan Malaysia 0.1\n07 Sep 2018 07:30 Kpg Manggis Malaysia 0.1\n07 Sep 2018 08:15 Liuwudian China 0.1\n07 Sep 2018 08:15 Xindian China 0.1\n07 Sep 2018 08:15 Ma-chiang China 0.1\n07 Sep 2018 08:15 Lianhe China 0.1\n07 Sep 2018 08:15 Shijing China 0.1\n07 Sep 2018 08:15 Tung-shih China 0.1\n09 Sep 2018 23:45 Pilar Philippines 0.1\n09 Sep 2018 23:45 Caridad Philippines 0.1\n08 Sep 2018 09:00 Caramoan Philippines 0.1\n08 Sep 2018 09:00 Bikal Philippines 0.1\n08 Sep 2018 09:00 Pandanan Philippines 0.1\n07 Sep 2018 12:00 The Chi Tay Vietnam 0.1\n07 Sep 2018 12:00 Thai Duong Thuong Vietnam 0.1\n10 Sep 2018 00:00 Culaba Philippines 0.1\n10 Sep 2018 00:00 Paet Philippines 0.1\n10 Sep 2018 00:00 Daram Philippines 0.1\n07 Sep 2018 07:00 An Cu Vietnam 0.1\n07 Sep 2018 07:00 Ap Quan Nam Vietnam 0.1\n07 Sep 2018 07:00 Mui Da Nang Vietnam 0.1\n09 Sep 2018 22:15 Manikling Philippines 0.1\n09 Sep 2018 22:15 Wason Philippines 0.1\n09 Sep 2018 22:15 Baon Philippines 0.1\n09 Sep 2018 22:15 Bajucan Philippines 0.1\n09 Sep 2018 22:15 Mati Philippines 0.1\n09 Sep 2018 22:15 Tamisan Philippines 0.1\n09 Sep 2018 22:15 Bobon Philippines 0.1\n09 Sep 2018 22:15 Tagabaquid Philippines 0.1\n07 Sep 2018 09:45 Van Ninh Vietnam 0.1\n07 Sep 2018 09:45 Dong Hai Vietnam 0.1\n07 Sep 2018 09:45 Bai Tre Vietnam 0.1\n07 Sep 2018 09:45 Ninh Ma Vietnam 0.1\n07 Sep 2018 09:45 Dam Mon Ha Vietnam 0.1\n07 Sep 2018 11:45 Yacheng China 0.1\n09 Sep 2018 07:00 Bais Philippines 0.1\n09 Sep 2018 07:00 Manjuyod Philippines 0.1\n09 Sep 2018 07:00 Malatapay Philippines 0.1\n09 Sep 2018 07:00 Tanjay Philippines 0.1\n09 Sep 2018 07:00 San Jose Philippines 0.1\n09 Sep 2018 07:00 Anao Philippines 0.1\n09 Sep 2018 07:00 Santander Philippines 0.1\n09 Sep 2018 07:00 Alo Philippines 0.1\n08 Sep 2018 10:30 Maligay B Philippines 0.1\n08 Sep 2018 10:30 Lukuban Philippines 0.1\n08 Sep 2018 10:30 Barabuan Philippines 0.1\n08 Sep 2018 10:30 Pitogo Philippines 0.1\n08 Sep 2018 10:30 Dinas Philippines 0.1\n08 Sep 2018 10:30 Dimataling Philippines 0.1\n08 Sep 2018 10:30 Daplayan Philippines 0.1\n08 Sep 2018 10:30 Pisan Philippines 0.1\n08 Sep 2018 10:30 Taraka Philippines 0.1\n08 Sep 2018 10:30 Pantad Philippines 0.1\n08 Sep 2018 10:30 Salip Philippines 0.1\n08 Sep 2018 10:30 San Pablo Philippines 0.1\n08 Sep 2018 10:30 Napulan Philippines 0.1\n08 Sep 2018 10:30 Culacion Philippines 0.1\n09 Sep 2018 07:15 Macalonud Philippines 0.1\n09 Sep 2018 07:15 Mualbual Philippines 0.1\n09 Sep 2018 07:00 Alegria Philippines 0.1\n09 Sep 2018 23:45 Rizal Philippines 0.1\n09 Sep 2018 23:45 Dulag Philippines 0.1\n07 Sep 2018 13:30 Pekan Muara Brunei Darussalam 0.1\n09 Sep 2018 10:15 Catarman Philippines 0.1\n09 Sep 2018 10:15 Capayan Philippines 0.1\n09 Sep 2018 10:15 Maquinalo Philippines 0.1\n09 Sep 2018 10:15 Mondragon Philippines 0.1\n09 Sep 2018 10:15 Bantayan Philippines 0.1\n09 Sep 2018 22:45 Pagtilaan Philippines 0.1\n09 Sep 2018 22:45 Boston Philippines 0.1\n09 Sep 2018 22:45 Cateel Philippines 0.1\n09 Sep 2018 22:45 Lingig Philippines 0.1\n09 Sep 2018 07:00 Ayungon Philippines 0.1\n09 Sep 2018 07:00 Badian Philippines 0.1\n09 Sep 2018 07:00 Boljoon Philippines 0.1\n07 Sep 2018 14:00 Taytay Philippines 0.1\n07 Sep 2018 14:00 Igan Barrio Philippines 0.1\n07 Sep 2018 14:00 Palarican Philippines 0.1\n07 Sep 2018 14:00 San Jose Philippines 0.1\n07 Sep 2018 14:00 Calauag Philippines 0.1\n07 Sep 2018 14:00 Bantulan Philippines 0.1\n09 Sep 2018 07:00 Tayasan Philippines 0.1\n09 Sep 2018 07:00 Moalboal Philippines 0.1\n09 Sep 2018 07:00 Jimalalud Philippines 0.1\n09 Sep 2018 07:00 La Libertad Philippines 0.1\n09 Sep 2018 07:00 Ronda Philippines 0.1\n07 Sep 2018 10:15 Chanh Giao Vietnam 0.1\n08 Sep 2018 11:15 Bago Philippines 0.1\n08 Sep 2018 11:15 Pangi Philippines 0.1\n08 Sep 2018 11:15 Pequeno Philippines 0.1\n08 Sep 2018 11:15 Davao Philippines 0.1\n08 Sep 2018 11:15 Kumonal Philippines 0.1\n08 Sep 2018 11:15 Lasang Philippines 0.1\n08 Sep 2018 11:15 Limao Philippines 0.1\n08 Sep 2018 11:15 Panabo Philippines 0.1\n08 Sep 2018 11:15 Basao Philippines 0.1\n08 Sep 2018 11:15 Samal Philippines 0.1\n08 Sep 2018 11:15 Tagbitanag Philippines 0.1\n08 Sep 2018 11:15 Aumbay Philippines 0.1\n09 Sep 2018 07:00 Dumanjug Philippines 0.1\n07 Sep 2018 13:30 Kpg Mansud Malaysia 0.1\n09 Sep 2018 07:00 Guihulngan Philippines 0.1\n09 Sep 2018 07:15 Candugay Philippines 0.1\n07 Sep 2018 14:15 Tiga Tarok Malaysia 0.1\n09 Sep 2018 07:15 Calamba Philippines 0.1\n09 Sep 2018 07:15 Basak Philippines 0.1\n07 Sep 2018 10:15 Dong'ao China 0.1\n07 Sep 2018 10:15 Hele China 0.1\n09 Sep 2018 07:15 Aloquinsan Philippines 0.1\n07 Sep 2018 19:15 Lang Phuoc Hai Vietnam 0.1\n07 Sep 2018 19:15 Ham Tan Vietnam 0.1\n07 Sep 2018 19:15 Lagi Vietnam 0.1\n09 Sep 2018 04:45 Thon Thai Duong Ha Vietnam 0.1\n07 Sep 2018 12:00 An Thuan Vietnam 0.1\n07 Sep 2018 09:30 Ninh Hoa Vietnam 0.1\n07 Sep 2018 09:30 Ninh Phuoc Vietnam 0.1\n07 Sep 2018 14:15 Kpg Dundulit Malaysia 0.1


url: =K.Songz | Music In Africa\nBorn in 1994, K.songz is an upcoming artist. He has released the songs 'Ijo (Dance)' and 'Oremi Atata.'Current track released is titled Pressure ft Famouz .Student at Bluecrest Uni .College reading Information and Technology\nK.songz-Oremi Atata ft Kula (prod By Ak The Beatz)


url: =°HOTEL HENG 8 XIANGSHAN GUALI HANGZHOU 2* (Chine) | HOTELMIX\nHeng 8 Xiangshan Guali\nHôtel Heng 8 Xiangshan Guali - Hangzhou\nNo.385 Hangwu Road ,Hangzhou 311241,\nDescription Hôtel Heng 8 Xiangshan Guali de 2 étoiles est à proximité de Shaoxing Ancient Fiber Channel, Hangzhou Ecopark et Hangzhou Orient Culture Park, qui sont à 9.3 km. Les hôtes d'Hôtel Heng 8 Xiangshan Guali se trouvent à 10 minutes en voiture de l'aéroport Hangzhou.\nDestinations populairesHotel en NormandieHotel Pas Cher GuadeloupeHotel CanneHotel 4 Etoile BarceloneHôtel BiarritzHotel Grand BaieGare du Nord Paris HotelHôtels dans le monde entierHotel Les Bains d ArguinHotel Alimara BarceloneHotel Terra NovaHotel Roc LindaEurope Hotel BrestHotel Edouard ViHotel Front Maritim BarceloneSaint Cyprien Golf ResortHotel Strasbourg Gare TgvBordeaux Hotel GareHotel Limak LaraOberoi SeminyakQuality Inn San FranciscoHollywood Beach ResortHotel Andaman White Beach ResortHampton Inn BedfordHotel Olympic HeraklionVacances populairesVacances DjiboutiVacances AndalousieVoyage a Republique Dominicaine\nHôtel Heng 8 Xiangshan Guali - HangzhouHangzhou\nEmplacement de l’hôtel Heng 8 Xiangshan Guali\nHôtels à proximitéFuture Span Hotel Hangzhou4 stars2 km8 Haney'S Hotel-Hangzhou Jingjiang2 kmHangzhou Xiaoshan Jingjiang Hotel4 stars7 kmHôtel Ztg Grand Airport à Hangzhou4 stars7 kmHôtel Konin International Airport Branch à Hangzhou2 stars7 kmHangzhou Airport Tianling Hotel Jingjiang7 kmHangzhou Xiaoshan Airport Hangdu Hotel Jingjiang3 stars7 kmNanyuan Inn Jingjiang3 stars7 kmHangzhou Changhang Business Hotel Jingjiang7 km7 Days Sunshine Hangzhou Xiaoshan Airport Branch Hotel Jingjiang8 kmVilles à proximitéHôtels à Jiaxing - 79 kmHôtels à Haining - 57 kmHôtels à Xian de Shaoxing - 52 kmHôtels à Zhuji - 63 kmHôtels à Tongxiang - 56 kmHôtels à Lin'an - 21 kmHôtels à Pinghu - 95 kmHôtels à Wuzhen - 61 kmHôtels à Huzhou - 69 kmHôtels à Jiashan - 96 km\nCommentaires sur l’hôtel Heng 8 Xiangshan Guali\nLes commentaires sont mis à jour par nos clients après leurs séjours au Heng 8 Xiangshan Guali\nHotel Heng 8 Xiangshan Guali - Hangzhou


url: =科学网—2021绍兴文理学院高引论文（≥15次） - 诸平的博文\n已有 1275 次阅读 2021-12-28 11:27 |个人分类:文理动态|系统分类:博客资讯\nOrderly Porous Covalent Organic Frameworks-based Materials: Superior Adsorbents for Pollutants Removal from Aqueous Solutions\nXiaolu Liu, Hongwei Pang, Xuewei Liu, Qian Li, Ning Zhang, Liang Mao, Muqing Qiu, Baowei Hu, Hui Yang, Xiangke Wang\n2021, The Innovation - Article\nCovalent organic frameworks (COFs) are a new type of crystalline porous polymers known for chemical stability, excellent structural regularity, robust framework, and inherent porosity, making them pro...more\nHighly efficient U(VI) capture by amidoxime/carbon nitride composites: Evidence of EXAFS and modeling\nBaowei Hu, Huifang Wang, Renrong Liu, Muqing Qiu\n2021, Chemosphere - Article\nThe recovery of uranium from wastewater and safe treatment of U(VI)-containing wastewater are of great important to ensure the sustainable development of nuclear-related energy. Although abundant stud...more\nRecent advances in metal-organic framework membranes for water treatment: A review\nShujun Yu, Hongwei Pang, Shuyi Huang, Hao Tang, Shuqin Wang, Muqing Qiu, Zhongshan Chen, Hui Yang, Gang Song, Dong Fu, Baowei Hu, Xiangxue Wang\n2021, The Science of The Total Environment - Article\nAmong many separation membranes reported to date, the favorable polymer affinity and unique physio-chemical performances of metal-organic frameworks (MOFs) including ultra-high surface area, regular a...more\nReview of organic and inorganic pollutants removal by biochar and biochar-based composites\nLiping Liang, Fenfen Xi, Weishou Tan, Xu Meng, Baowei Hu, Xiangke Wang\n2021, Biochar - Article\nBiochar (BC) has exhibited a great potential to remove water contaminants due to its wide availability of raw materials, high surface area, developed pore structure, and low cost. However, the applica...more\nRemoval of organic compounds by nanoscale zero-valent iron and its composites\nQian Li, Zhongshan Chen, Huihui Wang, Hui Yang, Tao Wen, Shuqin Wang, Baowei Hu, Xiangke Wang\nDuring the latest several decades, the continuous development of the economy and industry has brought more and more serious organic pollutants to the natural environment, which have inevitably aroused...more\nChallenges of organic pollutant photocatalysis by biochar-based catalysts\nMuqing Qiu, Baowei Hu, Zhongshan Chen, Hui Yang, Li Zhuang, Xiangke Wang\nWith the fast development of industrialization and urbanization, large amounts of organic pollutants are released into the natural environment. The efficient elimination of organic pollutants is there...more\nComparative Analysis of Image Classification Algorithms Based on Traditional Machine Learning and Deep Learning\nPin Wang, En Fan, Peng Wang\n2021, Pattern Recognition Letters - Article\nImage classification is a hot research topic in today's society and an important direction in the field of image processing research. SVM is a very powerful classification model in machine learn...more\nRemoval of Radionuclides from Aqueous Solution by Manganese Dioxide-Based Nanomaterials and Mechanism Research: A Review\nJunping Ma, Chen Wang, Wenke Xi, Qiuyu Zhao, Siyi Wang, Muqing Qiu, Jianjun Wang, Xiangke Wang\n2021, ACS ES&T Engineering - Article\nManganese dioxide (MnO2) is an environmentally friendly metal oxide. The characteristics of diverse morphology, rich crystal forms, and controllable particle size make MnO2 flexibly adaptive to multip...more\nLucas–Washburn Equation-Based Modeling of Capillary-Driven Flow in Porous Systems\nJianchao Cai, Tingxu Jin, Jisheng Kou, Shuangmei Zou, Junfeng Xiao, Qingbang Meng\n2021, Langmuir - Article\nFluid flow in porous systems driven by capillary pressure is one of the most ubiquitous phenomena in nature and industry, including petroleum and hydraulic engineering as well as material and life sci...more\nFenglei Liu, Shan Hua, Chao Wang, Muqing Qiu, Limin Jin, Baowei Hu\nHerein, a potential bio-adsorbent (DACS-CA) was formed via immobilizing caffeic acid (CA) on dialdehyde corn starch (DACS) for Cr(VI) removal. The characterization techniques such as IR, Raman, XPS an...more\nExperimental investigation of cyclic wetting-drying effect on mechanical behavior of a medium-grained sandstone\nXiaoshuang Li, Kun Peng, Jun Peng, Di Hou\n2021, Engineering Geology - Article\nAs a typical form of weathering, cyclic wetting-drying treatment on host rock is commonly encountered in many applications of geotechnical engineering. How cyclic wetting-drying weathering affects the...more\nArsenene Nanodots with Selective Killing Effects and their Low‐Dose Combination with ß‐Elemene for Cancer Therapy\nChuang Liu, Shan Sun, Qiang Feng, Gongwei Wu, Yiting Wu, Na Kong, Zhangsen Yu, Junlie Yao, Xingcai Zhang, Wei Chen, Zhongmin Tang, Yufen Xiao, Xiangang Huang, Aman Lv, Chenyang Yao, Haibo Cheng, Aiguo Wu, Tian Xie, Wei Tao\n2021, Advanced Materials - Article\nArsenical drugs have achieved hallmark success in treating patients with acute promyelocytic leukemia, but expanding their clinical utility to solid tumors has proven difficult with the contradiction ...more\nApplications of water-stable metal-organic frameworks in the removal of water pollutants: A review\nShu Zhang, Jiaqi Wang, Yue Zhang, Junzhou Ma, Lintianyang Huang, Shujun Yu, Lan Chen, Gang Song, Muqing Qiu, Xiangxue Wang\n2021, Environmental Pollution - Article\nBecause the pollutants produced by human activities have destroyed the ecological balance of natural water environment, and caused severe impact on human life safety and environmental security. Hence ...more\nExtremely stable amidoxime functionalized covalent organic frameworks for uranium extraction from seawater with high efficiency and selectivity\nGong Cheng, Anrui Zhang, Zhiwei Zhao, Zimin Chai, Baowei Hu, Bing Han, Yuejie Ai, Xiangke Wang\n2021, Science Bulletin - Article\nUranium extraction from seawater is of strategic significance for nuclear power generation. Amidoxime-based functional adsorbents play indispensable roles in the recovery of seawater uranium with high...more\nFatigue Damage Mechanism and Deformation Behaviour of Granite Under Ultrahigh-Frequency Cyclic Loading Conditions\nYu Zhou, Dajun Zhao, Bo Li, Hongyu Wang, Qiongqiong Tang, Zengzeng Zhang\n2021, Rock Mechanics and Rock Engineering - Article\nUltrasonic vibration-assisted rock breaking is a potentially effective technique to accelerate hard rock drilling processes. Fatigue damage is a primary factor that governs rock fragmentation subject ...more\nChloride transport and induced steel corrosion in recycled aggregate concrete: A review\nChaofeng Liang, Zhedong Cai, Huixia Wu, Jianzhuang Xiao, Yuming Zhang, Zhiming Ma\n2021, Construction and Building Materials - Article\nChloride ingress and resulting steel corrosion are the main reasons leading to durability degradation. A body of literature on chloride transport and steel corrosion in recycled aggregate concrete (RA...more\nRapid and selective uranium extraction from aqueous solution under visible light in the absence of solid photocatalyst\nShaojun Li, Yezi Hu, Zewen Shen, Yawen Cai, Zhuoyu Ji, Xiaoli Tan, Zhixin Liu, Guixia Zhao, Shuxian Hu, Xiangke Wang\n2021, Science China Chemistry - Article\nExtraction of uranium from radioactive waste-water is of significant importance for environmental protection and the recovery of uranium resource. Different from the previous reports to use the solid ...more\nConstructing new Fe3O4@MnO x with 3D hollow structure for efficient recovery of uranium from simulated seawater\nTingting Zhang, Jiemin Chen, Huiyan Xiong, Zongdi Yuan, Yuling Zhu, Baowei Hu\nEnrichment of uranium from seawater is a promising method for addressing the energy crisis. Current technologies are generally not effective for enriching uranium from seawater because its concentrati...more\nRecent advances in nanoscale zero-valent iron-based materials: Characteristics, environmental remediation and challenges\nHao Tang, Jiaqi Wang, Shu Zhang, Hongwei Pang, Xiangxue Wang, Zhongshan Chen, Ming Li, Gang Song, Muqing Qiu, Shujun Yu\n2021, Journal of Cleaner Production - Article\nIn this paper, nanoscale zero-valent iron (NZVI), which has great potential in environmental purification is introduced. However, NZVI is easy to accumulate and oxidize, which limits its ability to re...more\nGMT+8, 2022-5-29 01:24


url: =NACHIF619/4Bearing_NACHIF694Bearing_NACHI1840094 Bearing Pri\n2009-2018 Guangzhou Morgan transmission equipment Co., Ltd. ALL Rights Reserved Address：Guangzhou Baiyun District of Guangzhou City Dekang Road No. 88 gold rich hardware wholesale market 7 Street No. 46 7*24 HOURS FREE HOTLINE ...


url: =Malaysia air quality 'unhealthy' as haze obscures skies - xinmsn NewsMoreEntertainmentLifestyleSingapore NewsFormula 1VideoCelebrity BuzzBeauty & FashionBusinessGolfCatch-Up TVKorean Buzz Going OutRegional NewsTech & GadgetsTravelRadioRelationshipsSportsTech NewsWeather ForecastsTVNewsBarclays Premier LeagueMobile & GadgetsMobilexinmsn homeLifestyleSportsMake xinmsn your Homepage中文版Page OptionsMake text largerInstall IE9Helpsign inFollow\nNEWSHOMESINGAPOREWORLDREGIONALSCI-TECHWEIRDBUSINESSSPORTSVIDEOSWEATHERForecastMapsRSSUpdated: 07/29/2014 19:13 | By Agence France-PresseMalaysia air quality 'unhealthy' as haze obscures skiesAir quality around Malaysia's capital Kuala Lumpur and on Borneo island was "unhealthy" on Tuesday, with one town reaching "very unhealthy" levels as haze -- mostly from forest fires in Indonesia -- obscured skies.Malaysia's iconic Twin Towers emerge out of thick haze in Kuala Lumpur on July 29, 2014 - by Manan VatsyayanaKuala Lumpur residents wore face masks as protection from the choking smog, while visibility was low.Nine out of some 50 measuring stations recorded air pollutant index readings above 100, which signify "unhealthy" air quality.Readings in Sibu town in Sarawak state on Borneo breached 200 -- designated as "very unhealthy" -- on Monday, but recovered slightly Tuesday.A reading of above 300 signifies "hazardous" air.In Indonesia, the National Disaster Management Agency deployed a chopper to conduct water bombing to West Kalimantan on Borneo to tame 268 so-called hotspots detected in the province as haze also shrouded skies there and on Sumatra island.In Riau on Sumatra, hundreds of military and police personnel as well as firefighters used water cannons to put out fires that stretched over more than 850 hectares of land."Ninety-nine percent of this fire is man-made," said National Disaster Management Agency spokesman Sutopo Purwo Nugroho."Hundreds of fire-fighters and volunteers are trying to put out the fire, but the fire, set alight by individuals and groups, are more intensified still."Haze is an annual problem during drier summer months when monsoon winds blow smoke from fires mostly on the huge Indonesian island of Sumatra, which lies across the Malacca Strait from Malaysia and Singapore.The fires have been largely blamed on palm oil firms using the illegal but cheap method of burning vast tracts of rainforest and peatland to clear them for planting.Indonesian authorities had warned last month that Malaysia and Singapore could be hit by haze again after a huge jump in forest fires in Riau province, which was at the centre of an air pollution crisis last year.Both Malaysia and Singapore were effected, with readings hitting 750 in one town in southern Malaysia in June last year.This was the highest seen in the Southeast Asian country for 16 years, causing a declaration of emergency in several districts, school closures and a regional diplomatic row.Malaysia -- usually known for its tropical heavy downpours -- this year has also been plagued by drought, leading to water rationing, particularly in the central state of Selangor, the country's economic hub, which surrounds the capital.


url: =Chu X-M, Li X-B, Zhang P, Wang L, Li D, Duan J-B, Li B, Guo J-H. 2013. Re-evaluation of transvenous lead extraction with modified standard technique: A prospective study in 229 patients.. Journal of Huazhong University of Science and Technology. Medical sciences = Hua zhong ke ji da xue xue bao. Yi xue Ying De wen ban = Huazhong keji daxue xuebao. Yixue Yingdewen ban. 33(5):650-5. Abstract


url: =Hong-fei Wang - Semantic Scholar\nSudhir Y Kumar91\n18Wael N. Hozzein\n14Y. -H. Duan\nYong-Guang Zhang, Hong-fei Wang, +6 authors Wen-Jun Li\nKaihui Liu, Xiaowei Ding, +6 authors Wen-Jun Li\nIn hypersaline ecosystems, microbial assemblages are structurally distinctive and play important roles in many microbiological and ecological processes. Here, eukaryotic microorganisms in hypersaline… (More)\nYong-Guang Zhang, Xin-hua Lu, +6 authors Wen-Jun Li\nPaul E Ohno, Hong-fei Wang, Franz M Geiger\nSecond-order nonlinear spectroscopy has proven to be a powerful tool in elucidating key chemical and structural characteristics at a variety of interfaces. However, the presence of interfacial… (More)\nYong-Guang Zhang, Qing Liu, +5 authors Wen-Jun Li\nHong-fei Wang, Yong-Guang Zhang, +5 authors Wen-Jun Li\nAn alkaliphilic actinobacterial strain, designated EGI 80099(T), was isolated from a rhizosphere soil sample of Reaumuria soongorica found in the desert soils of Fukang, Xinjiang, north-west China.… (More)\n[Impacts of climate change on summer maize production and adaptive selection of varieties in Xingtai County, Hebei, China].\nHong-fei Wang, Xin-ping Chen, Zhen-ling Cui, Qing-feng Meng\nUnderstanding the impacts of climate change on agriculture production and the underlying mechanism in North China Plain is important to take effective adaptations for national food security. Using… (More)


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url: =围绕太阳能燃料催化合成、CO2催化转化、空气污染物催化净化等目标，设计合成新型多孔与低维纳米材料，研究材料组成-结构-性能间的构效关系，阐明催化过程中的基本反应机制，并开展相关的应用研究。在Angew Chem、Adv Mater、Nano Energy、ACS Catal等期刊发表论文130余篇，H因子54。\nMeng Shen, Lingxia Zhang*, Jianlin Shi*, Defect Engineering of Photocatalysts towards Elevated CO2 Reduction Performance, ChemSusChem, 2021, DOI: 10.1002/cssc.202100677.\nTian Jianjian, Rongyan Wang, Meng Shen, Xia Ma, Heliang Yao, Zile Hua, Lingxia Zhang*, Bi-Sn oxides for highly selective CO2 electroreduction to formate in a wide potential window , ChemSusChem, 2021, 14(10), 2247-2254.\nQiang Wang, Lingxia Zhang*, Bing Li*, Hongmin Zhu*, Jianlin Shi, 3D interconnected nanoporous Ta3N5 films for photoelectrochemical water splitting: thickness-controlled synthesis and insights into stability, SCIENCE CHINA Materials, 2021, doi: 10.1007/s40843-020-1584-6\nJinajian Tian, Min Wang, Meng Shen, Xia Ma, Zile Hua, Lingxia Zhang*, Jianlin Shi, Highly Efficient and Selective CO2 Electro-Reduction to HCOOH on Sn Particle-Decorated Polymeric Carbon Nitride (Very Important Paper), ChemSusChem, 2020, 13, 6442–6448.\nRenzhu Li, Long Zhang*, Simin Zhu, Sh iyu Fu, Xiaoping Dong, Shintaro Ida, Lingxia Zhang*, Limin Guo*, Layered δ-MnO2 as an active catalyst for toluene catalytic combustion, Applied Catalysis A, General, 2020, 602,117715.\nQiang Wang, Lingxia Zhang*, Yangkun Guo, Meng Shen, Min Wang, Bing Li*, Jianlin Shi, Multifunctional 2D porous g-C3N4 nanosheets hybridized with 3D hierarchical TiO2 microflowers for selective dye adsorption, antibiotic degradation and CO2 reduction, Chemical Engineering Journal, 2020, 396, 125347.\nMin Wang, Meng Shen, Xixiong Jin, Jianjian Tian, Yajun Zhou, Yiran Shao, Lingxia Zhang*, Yongsheng Li*, Jianlin Shi*, Mild generation of surface oxygen vacancies on CeO2 for improved CO2 photoreduction activity, Nanoscale, 2020, 12, 12374.\nXixiong Jin, Rongyan Wang, Lingxia Zhang*, Rui Si*, Meng Shen, Min Wang, Jianjian Tian, Jianlin Shi*, Electron Configuration Modulation of Nickel Single Atoms for Elevated Photocatalytic Hydrogen Evolution, Angewandte Chemie International Editon, 2020, 59, 6827-6831.\nMin Wang, Meng Shen, Xixiong Jin, Jianjian Tian, Mengli Li, Yajun Zhou, Lingxia Zhang*, Yongsheng Li, Jianlin Shi*, Oxygen Vacancy Generation and Stabilization in CeO2-x by Cu Introduction with Improved CO2 Photocatalytic Reduction Activity, ACS Catalysis, 2019, 9, 4573-4581.\nMeng Shen, Lingxia Zhang*, Min Wang, Jianjian Tian, Xixiong Jin, Limin Guo, Lianzhou Wang*, Jianlin Shi, Carbon-vacancy modified graphitic carbon nitride: enhanced CO2 photocatalytic reduction performance and mechanism probing, Journal of Materials Chemistry A, 2019, 7, 1556-1563.


url: =Discuss the Evolution Trend of the South Branch of Yangtze Estuary' Based on water depth remote sensing--《Port Engineering Technology》2007年02期\n《Port Engineering Technology》 2007-02\nPAN Xue-feng,ZHANG Ying,ZHANG Dong(Jiangsu Key Laboratory of Environmental Change and Ecological Construction,NanJing 210097,China)\nThrough 1999 under water terrain obtained by remote sensing and 2002 water depth data obtained by local survey,this paper analysis the riverway erosion and deposition and the sand body movement of the south branch of Yangtze estuary.The results consider the condition of water and sand which come into Yangtze estuary and the character of south branch channel、sand body movement and current,the paper discuss evolution trend of Yangtze estuary and give related repair measurement.\n1 HU Hong-bing1,HU Gang2,HU Guang-dao1(1 Institute of Mathematical Geology & Remote Sensing,China University of Geosciences,Wuhan 430074,China;2 Qingdao Institute of Marine Geology,Qingdao 266071,China);GIS-SUPPORTED ANALYSIS OF THE RIVER CHANNEL EVOLUTION OF SOUTH BRANCH IN THE YANGTZE ESTUARY FOR THE RECENT 100 YEARS[J];Marine Geology & Quaternary Geology;2008-02\n1 Zhang Dong (College of Harbor,Waterway and Coastal Engineering,Hohai Univ.,Nanjing 210098) Wang Wen (Nanjing Institute of Geography and Limnology,Nanjing 210008) Zhang Ying (College of Geographic Science,Nanjing Normal Univ.,Nanjing 210097);Study of RS Fathoming in Changjiang Estuary[J];;1998-06\n2 XUE Hong-chao(Coastal and Ocean Engineering Research Institute,Hohai University,Nanjing 210098,China);Process and regulation of bifurcation of Southern and Northern Waterway in Yangtze River estuary[J];The Ocean Engineering;2006-01\n3 XIA Yun\_|feng, CAO Ming\_|xiong, CHEN Xiong\_|bo (Nanjing Hydraulic Research Institute,Nanjing,210024);Formation Analysis and Regulation Plan for Dredging Channel of the Three Sand Shoals (Fujiang Sand Shoal,Tongzhou Sand Shoal and Baimao Sand Shoal) on the Lower Yangtze River[J];Journal of Sediment Research;2001-03\n4 XUE Yuan_zhong, HE Qing, LI Mao_tian, GU Jin_hua (State Key Laboratory of Estuarine and Coastal Research, East China Normal University, Shanghai 200062,China);Inspection and quantitative analysis of the variation in the New Liuhe shoal,Changjiang Estuary[J];Journal of Sediment Research;2004-06\n5 He Songlin (1. Key State Laboratory of bestal and Estuarine Dynamics and Morphodynamics, East China Normal University, Shanghai 200062);Combination mode of branching portions in downstream of the Changjiang Estuary[J];ACTA OCEANOLOGICA SINICA;2000-01\n6 WANG Yong-hong~(1), SHEN Huan-ting~(2), LI Guang-xue~(1), LIU Gao-feng~(2) (1. Department of Marine Geoscience, Ocean University of China. Qingdao 266003, China; 2.State Key Laboratory of Estuarine and Coastal Research, East China Normal University. Shanghai 200062, China);Calculation of the amount of siltation and erosion in the Xinqiao Channel of the South Branch of the Changjiang Estuary in China[J];Acta Oceanologica Sinica;2005-05\n7 Lin Changkun; Yang Jiamu (Nanjing University);A Review on the Realignment of the Baimaosha Shoal Channel at the Changjiang Estuary from Channel Characteristics and Fluvial Processes[J];NAVIGATION OF CHINA;1994-01\n1 YING Ming,LI Jiu-fa,YU Zhi-ying,XU Hai-gen,YUN Cai-xing (State Key Laboratory of Estuarine and Coastal Research,East China Normal University,Shanghai 200062,China);EFFECT OF ZHONGYANG SANDBANK DISPLACEMENT ON STABILITY OF THE SOUTH AND NORTH PASSAGE BIFURCATION OF YANGTZE RIVER ESTUARY[J];Resources and Environment in the Yangtze Basin;2007-04\n2 LI Peng~1,YANG Shi-lun~1,DU Jing-long~(1,2),ZHANG Wen-xiang~1(1.State Key Laboratory of Estuarine and Coastal Research,East China Normal University,Shanghai 200062;2.Department of Urban and Environmental Sciences,Suzhou Science and Technology College,Suzhou 215001,China);A Study of Erosion-Siltation in the Reach of Waigaoqiao New Harbor,South Channel,Yangtze Estuary,Based on GIS Techniques[J];Geography and Geo-Information Science;2005-04\n3 ZUO Shu-Hua1,LI Jiu-Fa2,SHI Lian-Qiang3,YING Ming2,XU Hai-Gen2(1.Tianjin Research Institute of Water Transport Engineering Key Laboratory of Engineening Sediment of Ministry of Communications,Tianjin Research Institute of Water Transport Engineering,Tianjin 300456;2.State Key Laboratory of Estuarine and Coastal Research,East China Normal University,Shanghai 200062;3.The Second Institute of Oceanography,Hangzhou,Zhejiang 310012);GIS-based Analysis on Evolutional Process and Stability of Meimaosha Shoal in the Changjiang River Estuary[J];Scientia Geographica Sinica;2007-05\n4 YAN Feng1& WANG Yanjiao2 (1: Academy of Disaster Reduction and Emergency Management, Beijing Normal University, Beijing 100875, P.R.China) (2: China Meteorological Administration, National Climate Center, Beijing 100081, P.R.China);Water depth retrieval models with remote sensing sediment parameter[J];Journal of Lake Sciences;2008-05\n5 XIONG Xian-ming1,LIU Ai1,TENG Hui-zhong2,YAO Xue-juan1(1.Guilin University of Electronic Technology,Guilin 541004,China)(2.Tianjin Institute of Hydrographic Surveying and Charting,Tianjin 300061,China);Extracting water depth based on parallax of autocorrelation characteristics[J];Optical Technique;2007-S1\n6 LIU Du-juan,YE Yin-can,LI Dong,CHEN Xiao-ling(1.Second Institute of Oceanography,State Oceanic Administration,Hangzhou 310012,China);GIS-supported Analysis on Riverbed Evolution in Lower Segment of Southern Channel in Yangtze Estuary[J];Coastal Engineering;2010-03\n7 Zhang Ying (College of Geographic Science,Nanjing Normal Univ.,Nanjing 210097);Study of Fathoming Method by RS Technology[J];;1998-06\n8 WANG Yonghong, SHEN Huanting, LIU Gaofeng (State Key Laboratory of Estuarine and Coastal Research, East China Normal University, Shanghai, 200062,China);A Review of Flood Channels in Estuaries[J];Marine Science Bulletin;2003-03\n9 CHEN Xiaohua, LI Jiufa, WAN Xinning, YING Ming ( State Key Lab of Estuarine and Coastal Research, East China Normal University, Shanghai 200062, China);Categories of the Underwater Shoals and the Movement of the Typical Shoals in the Changjiang Estuary[J];Marine Science Bulletin;2004-01\n10 ZHAI Xiaoming, HE Qing, LIU Hong, WANG Yuanye, TANG Jianhua ( State Key Laboratory of Estuarine & Coastal Research, East China Normal University, Shanghai 200062, China );Characteristics of Current and Sediment in the Changjiang Estuary During the Dry seasons —— Take 2003 as an example[J];Marine Science Bulletin;2007-04\n1 CAORui xue 1,2,3 ,ZHANG Jie 3 ,MENG Jun ming 3 (1. Institute of Oceanology, Chinese Academy of Sciences ,Qingdao 266071;China; 2. Graduate School, Chinese Academy of Sciences , Beijing 100039, China; 3. First Institute of Oceanography, SOA , Qingdao 266061, China);Comparison Between Models for Calculating Sea Water Depth Using TM Image Data——Taking the Shuangzi Reef and Yellow River Mouth Sea Areas as an Example[A];[C];2003\n2 Huang Ke Xiong Xianming(Guilin University of Electronic Technology Guilin 541004 China);Water Depth Remote Sensing Research Base On TM Image[A];[C];2008\n3 Liu Xin-cheng Lu Vong-jin Du Xiao-tao Pan li-hong (Shanghai water Engineering Design & Research Institute,Shanghai,200063);Numerical model analysis of design scheme of Qingcaosha reservoir related with river regime in Yangtze River Estuary[A];[C];2007\n1 ZHENG Zong-sheng~ 1 , ZHOU Yun-xuan~ 1,2 ,SHEN Fang~ 1 1.State Key Laboratory of Estuarine and Coastal Research, East China Normal University, Shanghai200062, China 2.College of GeoExploration Science and Technology, Jilin University, Changchun130026,China;A GIS-Supported Study of the Influence on the North Passage Bar after Executing Yangtze Estuary Deepwater Channel Regulation Phase I & II Project[J];Journal of Jilin University(Earth Science Edition);2006-01\n2 LIU Jie,ZHAO De-zhao,CHENG Hai-feng(Shanghai Estuarine and Coastal Science Research Center,Shanghai 201201,China);Recent Morphological Evolution of Jiuduan Shoal and Its Effect on Navigation Channel Sedimentation of North Passage in Yangtze River Estuary[J];Journal of Yangtze River Scientific Research Institute;2010-07\n3 HE Mao-bing,WU Jian-ping(Key Laboratory of Geographic Information Science,Ministry of Education,East China Normal University,Shanghai 200062,China);JIUDUANSHA INTERTIDAL ELEVATION ACQUISITION BASED ON MULTI-TEMPORAL REMOTE SENSING IMAGES[J];Resources and Environment in the Yangtze Basin;2008-02\n4 XIE Xiao-ping 1, 2 WANG Zhao-yin1 SHEN Huan-ting31( Department of Hydraulic aod Hydro-electrical Engineering, Tsinghua University, Beijing 100084) 2( School of Resources and Planning, Qufu Normal University, Qufu, Shandong 273165)3( State Key Lab of Estuarine and Coastal Sediment Dynamics and Morphodynamics, East China Normal University, Shanghai 200062);Sedimentary Characteristics of the Modern Tidal Flat of Jiuduansha Shoal in Changjiang Estuary[J];Acta Sedimentologica Sinica;2005-04\n5 LI Ping1,CHEN Shen-liang1,GU Guo-chuan1,SUN Ying2,CHEN Xiu-zhi2 (1.State Key Lab of Estuarine and Coastal Research,East China Normal University,Shanghai 200062,China; 2.Jiuduansha Wetland Nature Reserve Administrative Office,Shanghai 200135,China);Morphological dynamic processes of the Jiuduansha tidal flat at the Changjiang River Estuary[J];Journal of Marine Sciences;2009-01\n6 YANG Shi-Lun,DU Jing-Long,GAO Ang,LI Peng,LI Ming,ZHAO Hua-Yun (State Key Laboratory of Estuarine & Coastal Research,East China Normal University,Shanghai 200062);Evolution of Jiuduansha Wetland in the Changjiang River Estuary During the Last 50 Years[J];Scientia Geographica Sinica;2006-03\n7 DU Jing-Long1,2,YANG Shi-Lun1 (1.State Key Lab of Estuarine & Coastal Research,East China Normal University,Shanghai 200062;2.City and Environment Department,Suzhou University of Science and Technology,Suzhou,Jiangsu 215011);Influence of Deep-Water Channel Project at North Passage of the Yangtze River on Erosion and Accumulation of Hengsha East Shoal and Jiuduansha Shoal[J];Scientia Geographica Sinica;2007-03\n8 Gao Jin (Xiangtan Polytechnic University, Department of Resource Exploration and Municipal Construction, Xiangtan 411201);THE EVOLUTIONAL RULE OF CHANGJIANG RIVER MOUTH AND HYDRODYNAMICE EFFECT[J];ACTA GEOGRAPHICA SINICA;1998-03\n9 Chen Jiyu, Li Daoji,Jin Wenhua (The State Key Lab of Estuarine and Coastal Research, East China Normal University, Shanghai 200062, China);Eco-engineering of Jiuduansha Island Caused by Pudong International Airport Construction[J];Engineering Science;2001-04\n10 JIN Liu1, TAN Zewei1, LI Wenzheng1, YU Zhiying2 (1Yangtze Estuary Waterway Construction Co., Ltd., Shanghai 200003, China;Laboratory of Estuarine and Coastal Research of East China Normal University, Shanghai 200062,China);Back-Silting in Deep Waterways in Yangtze Estuary[J];China Harbour Engineering;2003-03\n1 LIU Yang-yang1,ZHANG Xing-nan1,XU Shuang-quan2,NI Fei 2 (1.State Key Laboratory of Hydrology-Water Resources and Hydraulic Engineering,Hohai University,Nanjing 210098,China; 2.Water Authority of Shanghai,Shanghai 200050,China);ANALYSIS ON EROSION-DEPOSITION OF FORESHORE LANDFORMS OF THE YANGTZE RIVER ESTUARY[J];Resources and Environment in the Yangtze Basin;2010-11\n2 GAO Min-qin1, XU Liang1,2, LI Gang1 ( 1. The Key Laboratory of Coastal and Island Development, MOE, Nanjing University, Nanjing 210093; 2. Naval Command College, Nanjing 210016 );The study of scouring and silting evolution of radiative sand ridge filed of the South Yellow Sea in support of DEM[J];Marine Science Bulletin;2009-04\n3 LIU Feng1,TIAN Xiang-ping1,HAN Zhi-yuan2,CAI Hua-yang1(1.Institute of Estuarine and Coastal Research,Sun Yat-Sen University,Guangzhou 510275,China;2.Tianjin Research Institute for Water Transport Engineering,Key Laboratory of EngineeringSediment,Ministry of Communications,Tianjin 300456,China);Analysis of river channel evolution of Modaomen channel of Xijiang River in past forty years[J];Journal of Sediment Research;2011-01\n4 ZHANG Hong-gang1,WANG Hong2,XU Dong-jing2 1.The First Geological Survey of Jilin province,Changchun 130033,Jilin,China;2.Shandong Province Sedimentary Mineralization and Sedimentary Mineral Key Laboratory,Geological Science and Engineering College,Shandong University of Science and Technology,Qingdao 266590,Shandong,China;GIS application of hydrology and water resources field[J];Jilin Geology;2013-01\n5 LIU Jie,ZHAO De-zhao,CHENG Hai-feng(Key Laboratory of Estuarine & Coastal Engineering,Ministry of Transport,Shanghai Estuarine and Coastal Science Research Center,Shanghai 201201,China);Recent erosion-accretion evolution mechanism of South Branch in the Yangtze Estuary[J];Port & Waterway Engineering;2011-07\n2 ZHANG Sui~1,CHEN Hui-juan~2,CHEN Peng-xiao~1(1.Yangze River Scientific Research Institute,Wuhan 430010,China;2.The Sec.NavigationalFairs Engineering Survey Design Institute of China Communication Ministry,Wuhan 430070,China);Analysis on Suspended Sediment of Changjiang Estuary by Remote Sensing[J];Journal of Yangtze River Scientific Research Institute;2005-05\n3 LI Su-ju, WANG Xue-jun (MOE Laboratory for Surface Processes and Department of Urban and Environment Sciences, Peking University, Beijing 100871,China);The Spectral Features Analysis and Quantitative Remote Sensing Advances of Inland Water Quality Parameters[J];Geography and Territorial Research;2002-02\n4 YI Yong-hong,CHEN Xiu-wan,WU Huan(Institute of Remote Sensing and GIS,Peking University,Beijing 100871,China);An Algorithm for Inundated Depth Calculation of Flood Based on Remotely Sensed Data[J];Geography and Geo-Information Science;2005-03\n5 CHENG Cheng-qi 1, MA Ting 1, WANG Li-ming 2, YANG De-hai 1 (1. Institute of Remote Sensing & GIS, Peking University, Beijing 100871; 2.Institute of Forest Ecology, China Academy of Forestry, Beijing 100091);Estimating the Semimetals Effect of Chaohe River to Miyun Reservoir Using Multi-temporal TM Images[J];Scientia Geographica Sinica;2001-05\n6 ZHAO Qing-Ying, YANG Shi-Lun, ZHU Jun (1. Second Institute of Oceanography State Oceanic Administration, P. R. of China, Hangzhou, 310012, China; 2. State Key Laboratory of Estuarine & Coastal Research, East China Normal University, Shanghai, 200062);The Statistical Analysis of Response of the River Mouth Passage to Water and Sediment Discharges from the Changjiang River[J];Scientia Geographica Sinica;2003-01\n7 Zhong Xiu-cheng (East China Technical University of Water Resources);FLUVIAL PROCESS OF THE FORK AND BRAIDED CHANNEL AND ITS EFFECTS ON EACH OTHER IN THE SOUTH-NORTH WATERWAY OF THE YANGTZE ESTUARY[J];Acta Geographica Sinica;1985-01\n8 Cao Peikui Dong Yongfang Zhou Yueqin(Institute of Estuarine and Coastal Research. East China Normal University, Shanghai);AN ANALYSIS ON THE EVOLUTION OF SCOURING CHANNELS IN NORTHERN HANGZHOU BAY[J];Acta Geographica Sinica;1989-02\n9 Lin Chengkun(Deparment of Geo and Ocean Sciences,Nanjing University);THE AMOUNT AND TRANSPORT OF COHESIVESEDIMENTS IN THE CHANGJIANG RIVERESTUARY AND ITS NEAR SEA[J];Acta Geographica Sinica;1992-02


url: =Pre-Qin Confucian Economical Philosophy--《Journal of Harbin University》2007年01期\nPre-Qin Confucian Economical Philosophy\nGAN Qi-hong(Guangxi Normal University,Guilin 541004,China)\nThe representatives of Pre-Qin Confucians such as Confucius,Mencius,Xunzi are introduced along with their economic philosophy.From their opinions on justice and profit,the hierarchical system economy,and people-centered economy,Confucius,Mencius,and Xunzi's contribution to the establishment,inherence and advancement of the Pre-Qin Confucian economic philosophy are revealed in this paper.\n1 LIU Jia-peng;Confucius' View of Business[J];Commercial Research;2003-16\n2 YAN Guo-hai(School of Economics,Shanghai University of Finance and Economics,Shanghai 200433,China);A Study about the Foundation of State-owned Property Rights System during Qin Shi Huang and Han Wu Di[J];Journal of Finance and Economics;2007-02\n3 ZHONG Xiang-cai(Institute of Economics,Shanghai Academy of Social Sciences,Shanghai 200020,China);Harmoniousness and "Da Tong":Two Economic Trains in Ancient China[J];Journal of Finance and Economics;2007-09\n4 LI Heng-quan JI Peng(1.Faculty of Social Development, Nanjing Normal University, Nanjing 210097; 2. The Institute of History, Jiangsu Academy of Social Science, Nanjing 210013);To Inquiry into again the Collecting Way of the Chu and Gao Tax of Qin and Han Dynasties[J];Finance and Trade Research;2007-02\n5 DENG Yi-nan(Department of Chinese Language,Anshan Normal University,Anshan 114005,China);The Thinking of People-Oriented in The Analects of Confucius[J];Journal of Northeast Normal University;2006-04\n6 ZHAO Mao-ru(Northwest University Xi'an 710127 China);Ecological Economics Thought of Taoists in Xianqin[J];Journal of University of Electronic Science and Technology of China(Social Sciences Edition);2007-01\n7 ZHU Ren-qiu (The College of Public Manage, Fujian Normal Universi ty, Fuzhou 350007, China);How Can the Cultural Philosophy of the Confucianism Be Possible?[J];Journal of Fujian Normal University(Philosophy and Social Sciences Edtion);2003-04\n8 LI Ning(School of Finance and Taxation,Zhongnan University of Economics and Law,Wuhan 430060,China);Research on Financial Supervision System in the Ancient Time of China[J];Journal of Guangxi University of Finance and Economics;2007-01\n9 ZHU Wei-hua(College of Literature and Tourism,Jiangxi Normal University,Nanchang,Jiangxi 330200,China);On the Main Features of the Accounting Development in the Qin and Han Dynasty[J];Journal of Guiyang University(Social Sciences);2007-01\n10 ZHANG Shou-jun(Fuhong School of Economics,Dongbei University of Finance and Economics,Dalian,Liaoning 116025,China);Traditional Chinese Thought of Thrift[J];Journal of Guizhou College of Finance and Economics;2007-01


url:
=Cognitive psychology (Concept) - Vancouver Public Library\nThe concept Cognitive psychology represents the subject, aboutness, idea or notion of resources found in Vancouver Public Library.\nYou ya lao hua de da nao shou ze : 10 ge rang da nao bao chi jian kang he huo li de guan jian yuan ze, Yuehan Maidina zhu ; Hong Lan yi = Brain rules for aging well : 10 principles for staying vital, happy, and sharp / John Medina\nDui du : xin xi bu zu shi ru he zuo chu gao ming jue ce = Thinking in bets : making smarter decisions when you don't have all the facts, (Mei)An'ni Duke (Annie Duke) zhu ; Li Guanghui yi\nGao sheng suan jue ce : ru he mian dui jue ding shi, jiang di shi wu, mei ci chu shou cheng gong lü dou bi dui shou gao? = Thinking in bets : making smarter decisions when you don't have all the facts, Anni Duke (Annie Duke) zhu ; Wu Weisheng yi\nMo gui jing ji xue, 03, Yong fan chang si wei jie jue wen ti, (Mei) Sidifen Lieweite, Sidifen Dubona zhu ; Tang Long yi = Think like a freak / Steven D. Levitt, Stephen J. Dubner\nMo gui jing ji xue, 03, Yong fan chang si wei jie jue wen ti\nYou ya lao hua de da nao shou ze : 10 ge rang da nao bao chi jian kang he huo li de guan jian yuan ze\n
 Data from Cognitive psychology - Vancouver Public Library


url: =Global Industry: Amazon Announces CEO Transition – WebBaecker.Net\nGlobal Industry: Amazon Announces CEO Transition\nFreitag, 5. Februar 2021 Freitag, 5. Februar 2021\nBremerhaven. (bm) Amazon founder and CEO Jeff Bezos will transition to the role of Executive Chair in the third quarter of 2021 and Andy Jassy will become Chief Executive Officer at that time – the company announced in its latest news release, reporting Q4-2020 and FY-2020 financial results. Other topics:\nYum China: Reports Fourth Quarter 2020 Results [CN] Fri 02-05\nIngredion: Reports Fourth Quarter 2020 Results [US] Fri 02-05\nAmazon: Announces Financial Results and CEO Transition [US] Thu 02-04\nBarilla Group: announces acquisition of dry pasta business [IT] Thu 02-04\nUber Technologies: to Acquire Drizly for 1.1 billion USD [US] Thu 02-04\nFMT: Reduces Cost of Cultured Chicken Breast Below 10 USD [IL] Thu 02-04\nImpossible Foods Cuts Grocery Store Prices 20 Percent [US] Wed 02-03\nYum! Brands: announces Chief Operating Officer [US] Wed 02-03\nTate + Lyle: Q3-2021 Trading Statement [UK] Wed 02-03\nSunOpta: Advances Strategic Plan With Two New Initiatives [US] Wed 02-03\nMondelēz International: Reports Q4-2020 Results [US] Tue 02-02\nMcCormick: Reports Strong 2020 Financial Results [US] Tue 02-02\nLa Tortilla Factory: Announces Investment by Flagship Food Group [US] Mon 02-01\nInnovative Food Holdings: Reports Record Q4-2020 E-Commerce Orders [US] Mon 02-01\nHungryPanda: Published 2020’s Most Popular Trends [UK] Sat 01-30\nPepsiCo: Appoints EVP, General Counsel and Corporate Secretary [US] Sat 01-30\nGlobal Industry: Greggs PLC announces trading update Freitag, 8. Januar 2021


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