url: =Wang, Guoqing (28)\nStrulovici-Barel, Yael (6)\nWei, Chengguo (5)\nCrystal, Ronald G. (4)\nCrystal, Ronald G (3)\nHackett, Neil R. (3)\nNi, Zhaohui (3)\nXu, Guangyu (3)\nAhmed, Joumana (2)\nHackett, Neil R (2)\nHuang, Honglan (2)\nMezey, Jason G (2)\nWang, Jihan (2)\nZhang, Xiangle (2)\nZheng, Haixue (2)\nZhu, Zixiang (2)\nAl-Hijji, Mohammed (1)\nButler, Marcus W (1)\nCai, Shaoxi (1)\nChen, Chunfu (1)\nChen, Yusheng (1)\nCheng, Xiaoxing (1)\nCui, Ai (1)\nDidon, Lukas (1)\nDuan, ZiPeng (1)\nDid you mean: author:("Wang, guolin")\t+\n1. Overexpression of E2F mRNAs Associated with Gastric Cancer Progression Identified by the Transcription Factor and miRNA Co-Regulatory Network Analysis Zhang, XiaoTian | Ni, ZhaoHui | Duan, ZiPeng | Xin, ZhuoYuan | Wang, HuaiDong | Tan, JiaYi | Wang, GuoQing | Li, Fan\nPLoS ONE 2015;10(2):e0116979.\n2. Stuttering candidate genes DRD2 but not SLC6A3 is associated with developmental dyslexia in Chinese population Chen, Huan | Wang, Guoqing | Xia, Jiguang | Zhou, Yuxi | Gao, Yong | Xu, Junquan | Huen, Michael SY | Siok, Wai Ting | Jiang, Yuyang | Tan, Li Hai | Sun, Yimin\n3. Solitary fibrous tumors of the pleura\n4. Role of MicroRNAs in Hepatocellular Carcinoma Zhu, Zixiang | Zhang, Xiangle | Wang, Guoqing | Zheng, Haixue\nHepatitis Monthly 2014;14(8):e18672.\nMicroRNAs (miRNAs) are small, noncoding RNAs that play an important role in posttranscriptional gene regulation and function as negative gene regulators. They are an abundant class of RNA, each of which can control hundreds of gene targets and regulate diverse biological processes such as hematopoiesis, organogenesis, apoptosis and cell proliferation. Aberrant miRNA expression contributes to tumorigenesis and cancer progression.\nIn this study we provided a summarized review of the most important new data available on hepatocellular carcinoma (HCC)-associated miRNAs. The data were collected through searching the related keywords and were categorized and summarized in different sections.\nResearchers have reported that miRNAs can repress the expression of important cancer-related genes and might be helpful in the diagnosis and treatment of cancer. During the past two decades, numerous studies have shown that miRNAs play an essential role in inhibiting HCC via several different pathways. Deregulated miRNAs may contribute to carcinogenesis, indicating that miRNAs can act as tumor suppressors and oncogenes.\nIn this mini review, we highlight current findings and discuss recent work to determine the contribution of miRNA expression to the maintenance and growth of HCC, thereby providing a significant source of hope that miRNAs could serve as therapeutic targets.\n5. A comparison of ARMS and mutation specific IHC for common activating EGFR mutations analysis in small biopsy and cytology specimens of advanced non small cell lung cancer Wang, Xueqing | Wang, Guoqing | Hao, Yueyue | Xu, Yinhong | Zhang, Lihua\nInternational Journal of Clinical and Experimental Pathology 2014;7(7):4310-4316.\nNSCLC; cytology; EGFR mutation; immunohistochemistry\n6. Altered Expression of Hypoxia-Inducible Factor-1α (HIF-1α) and Its Regulatory Genes in Gastric Cancer Tissues Wang, Jihan | Ni, Zhaohui | Duan, Zipeng | Wang, Guoqing | Li, Fan\nPLoS ONE 2014;9(6):e99835.\n7. The whole genome sequence of Coxsackievirus B3 MKP strain leading to myocarditis and its molecular phylogenetic analysis Liu, Bin | Li, Zhe | Xiang, Fengyang | Li, Fan | Zheng, Yang | Wang, Guoqing\nVirology Journal 2014;11:33.\nIn recent years, the reported infection cases by coxsackievirus (CV) have been on the rise. In order to reveal the relationship between the nucleotide and amino acid sequences and the viral virulence of the CVB3/MKP strain causing myocarditis, we initially confirmed the virulence of the strain in myocardial tissue and then carried out the whole genome sequencing of CVB3/MKP strain and performed a phylogenetic analysis among different CVB3 strains.\nCVB3/MKP infected mouse model was established to check lesions of myocardial tissue in mice using immunohistochemical detection at different periods. RT-PCR analysis was used to amplify seven fragments covering the whole viral sequence and comparable analysis was performed.\nThe immunohistochemical results showed that particles of CVB3/MKP virus persisted in the cardiac tissue and caused severe pathology. The length of whole genome sequence of CVB3/MKP strain was 7400 bp. CVB3/MKP had 99.7% and 99.6% homology in nucleotide sequence with CVB3/28 and non-virulent CVB3/0, respectively. The former can induce pancreatitis and myocarditis. The nucleotide sequence in the 5′untranslated region of CVB3/MKP strain shared 99.6% and 99.5% homology with CVB3/20 and CVB3/Nancy, respectively.\nWe confirmed in our animal experiments that CVB3/MKP had cardiotoxicity. CVB3/MKP, CVB3/28, and CVB3/0 may share evolutionary convergence and the 5′untranslated region (5′UTR) may be associated with virulence phenotype. Our findings will provide a basis for identifying the genomic determinant of viral virulence of CVB3/MKP strain and phylogenetic relationship among different CVB3 strains.\nCoxsackievirus B3/MKP; Myocarditis; Phylogenetic analysis; Functional genomics\n8. A novel molecular typing method of Mycobacteria based on DNA barcoding visualization Liu, Bin | Zhang, Xiaotian | Huang, Honglan | Zhang, Ying | Zhou, Fengfeng | Wang, Guoqing\n9. The Laboratory of Genetics and Physiology 2: Emerging Insights into the Controversial Functions of This RIG-I-Like Receptor Zhu, Zixiang | Zhang, Xiangle | Wang, Guoqing | Zheng, Haixue\nBioMed Research International 2014;2014:960190.\n10. Analysis of Risk Factors for First Seizure after Stroke in Chinese Patients Wang, Guoqing | Jia, Haiyan | Chen, Chunfu | Lang, Senyang | Liu, Xinfeng | Xia, Cheng | Sun, Yan | Zhang, Jun\nBioMed Research International 2013;2013:702871.\nThe aim of this study is to assess related risk factors and predict early- and late-onset seizure after first-ever stroke. A total of 2474 consecutive patients with initial stroke in China from 1997 to 2007 were retrospectively investigated, in which, 24 clinical and radiological indexes were used for evaluation. Odds ratio (OR) and 95% confidence interval (CI) were calculated by logistic regression. A total of 232 (11.1%) of patients developed seizures during a mean follow-up period of 18 months, with 123 experiencing early-onset and 109 late-onset seizure. The independent risk factors for early-onset seizure were large lesion (OR = 9.36), subarachnoid hemorrhage (OR = 5.28), initial hyponatremia (OR = 2.10), and cortical involvement (OR = 1.33). The independent risk factors for late-onset seizure were cortical involvement (OR = 11.84) and large lesion (OR = 1.87). These results demonstrated that the risk factors for early seizure after stroke are large lesion, subarachnoid hemorrhage, and cortical involvement. Surprisingly, hyponatremia also predicts seizure in stroke patients. Cortical involvement is a major risk factor for late-onset seizure after stroke.\n11. Clinical Evaluation and Cost-Effectiveness Analysis of Serum Tumor Markers in Lung Cancer Wang, Rong | Wang, Guoqing | Zhang, Nan | Li, Xue | Liu, Yunde\nBioMed Research International 2013;2013:195692.\nThe detection of serum tumor markers is valuable for the early diagnosis of lung cancer. Tumor markers are frequently used for the management of cancer patients. However, single markers are less efficient but marker combinations increase the cost, which is troublesome for clinics. To find an optimal serum marker combination panel that benefits the patients and the medical management system as well, four routine lung cancer serum markers (SCCA, NSE, CEA, and CYFRA21-1) were evaluated individually and in combination. Meanwhile, the costs and effects of these markers in clinical practice in China were assessed by cost-effectiveness analysis. As expected, combinations of these tumor markers improved their sensitivity for lung cancer and different combination panels had their own usefulness. NSE + CEA + CYFRA21-1 was the optimal combination panel with highest Youden's index (0.64), higher sensitivity (75.76%), and specificity (88.57%), which can aid the clinical diagnosis of lung cancer. Nevertheless, the most cost-effective combination was SCCA + CEA, which can be used to screen the high-risk group.\n12. Airway Epithelial Expression of Toll-like Receptor 5 is Down-regulated in Healthy Smokers and Smokers with Chronic Obstructive Pulmonary Disease Wang, Rui | Ahmed, Joumana | Wang, Guoqing | Hassan, Ibrahim | Strulovici-Barel, Yael | Salit, Jacqueline | Mezey, Jason | Crystal, Ronald G.\n13. Normalizing Electrocardiograms of Both Healthy Persons and Cardiovascular Disease Patients for Biometric Authentication Yang, Meixue | Liu, Bin | Zhao, Miaomiao | Li, Fan | Wang, Guoqing | Zhou, Fengfeng\n14. An analysis of the molecular evolution of Hepatitis B viral genotypes A/B/D using a Bayesian evolutionary method Xu, Guangyu | Wei, Chengguo | Guo, Yuqi | Zhang, Chao | Zhang, Nan | Wang, Guoqing\n15. Aberrant expression of microRNAs in gastric cancer and biological significance of miR-574-3p Su, Yingying | Ni, Zhaohui | Wang, Guoqing | Cui, Juan | Wei, Chengguo | Wang, Jihan | Yang, Qing | Xu, Ying | Li, Fan\nInternational Immunopharmacology 2012;13(4):468-475.\nThe discovery of microRNAs (miRNAs) provides a new and powerful tool for studying the mechanisms, diagnosis and treatments of cancer. In this study, we employed AFFX miRNA expression chips to search for miRNAs that may be aberrantly expressed in gastric cancer tissues and to investigate the potential roles that miRNAs may play in the development and progression of gastric cancer. 14 miRNAs were found to be down-regulated and 2 miRNAs up-regulated in gastric cancer tissues compared to the normal gastric tissues. Among the aberrantly expressed miRNAs, miR-574-3p was selected to further study its expression features and functional roles. Interestingly, the reduced expression of miR-574-3p occurred mainly in the early stages of gastric cancer or in cancers with high level of differentiation, suggesting that it can be used as a marker for a mild case of gastric cancer. Functional study revealed that cell proliferation, migration and invasion were significantly inhibited in miR-574-3p-transfected gastric cancer SGC7901 cells. Computational prediction and experimental validation suggest that Cullin2 may be one of the targets of miR-574-3p. Overall our study suggests that the aberrantly expressed miRNAs may play regulatory and functional roles in the development and progression of gastric cancer.\nmicroRNA; gastric cancer; target gene; proliferation; invasion\n16. Empirical Bayes conditional independence graphs for regulatory network recovery Mahdi, Rami | Madduri, Abishek S. | Wang, Guoqing | Strulovici-Barel, Yael | Salit, Jacqueline | Hackett, Neil R. | Crystal, Ronald G. | Mezey, Jason G.\nMotivation: Computational inference methods that make use of graphical models to extract regulatory networks from gene expression data can have difficulty reconstructing dense regions of a network, a consequence of both computational complexity and unreliable parameter estimation when sample size is small. As a result, identification of hub genes is of special difficulty for these methods.\nMethods: We present a new algorithm, Empirical Light Mutual Min (ELMM), for large network reconstruction that has properties well suited for recovery of graphs with high-degree nodes. ELMM reconstructs the undirected graph of a regulatory network using empirical Bayes conditional independence testing with a heuristic relaxation of independence constraints in dense areas of the graph. This relaxation allows only one gene of a pair with a putative relation to be aware of the network connection, an approach that is aimed at easing multiple testing problems associated with recovering densely connected structures.\nResults: Using in silico data, we show that ELMM has better performance than commonly used network inference algorithms including GeneNet, ARACNE, FOCI, GENIE3 and GLASSO. We also apply ELMM to reconstruct a network among 5492 genes expressed in human lung airway epithelium of healthy non-smokers, healthy smokers and individuals with chronic obstructive pulmonary disease assayed using microarrays. The analysis identifies dense sub-networks that are consistent with known regulatory relationships in the lung airway and also suggests novel hub regulatory relationships among a number of genes that play roles in oxidative stress and secretion.\nAvailability and implementation: Software for running ELMM is made available at http://mezeylab.cb.bscb.cornell.edu/Software.aspx.\nContact: ramimahdi@yahoo.com or jgm45@cornell.edu\n17. High-throughput screen of essential gene modules in Mycobacterium tuberculosis: a bibliometric approach Xu, Guangyu | Liu, Bin | Wang, Fang | Wei, Chengguo | Zhang, Ying | Sheng, Jiyao | Wang, Guoqing | Li, Fan\n18. The endothelial lipase protein is promising urinary biomarker for diagnosis of gastric cancer Dong, Xueyan | Wang, Guoqing | Zhang, Guoqing | Ni, Zhaohui | Suo, Jian | Cui, Juan | Cui, Ai | Yang, Qing | Xu, Ying | Li, Fan\nDiagnostic Pathology 2013;8:45.\nGastric cancer is one of the most common malignant tumors in the world. Finding effective diagnostic biomarkers in urine or serum would represent the most ideal solution to detecting gastric cancer during annual physical examination. This study was to evaluate the potential of endothelial lipase (EL) as a urinary biomarker for diagnosis of gastric cancer.\nThe expression levels of EL was measured using Western blotting and immunohistochemical staining experiments on (tissue, serum, and urine) samples of gastric cancer patients versus healthy people. We also checked the EL levels in the urine samples of other cancer types (lung, colon and rectum cancers) and benign lesions (gastritis and gastric leiomyoma) to check if EL was specific to gastric cancer.\nWe observed a clear separation between the EL expression levels in the urine samples of 90 gastric cancer patients and of 57 healthy volunteers. It was approximately 9.9 fold average decrease of the EL expression levels in the urine samples of gastric cancer compared to the healthy controls (P <0.0001), achieving a 0.967 AUC value for the ROC (receiver operating characteristic) curve, demonstrating it’s highly accurate as a diagnostic marker for gastric cancer. Interestingly, the expression levels of EL in tissue and serum samples were not nearly as discriminative as in urine samples (P = 0.90 and P = 0.79). In immunohistochemical experiments, positive expression of the EL protein was found in 67% (8/12) of gastric adjacent noncancerous and in 58% (7/12) of gastric cancer samples. There was no significant statistical in the expression levels of this protein between the gastric cancer and the matching noncancerous tissues (P =0.67).\nThe urinary EL as a highly accurate gastric cancer biomarker that is potentially applicable to the general screening with high sensitivity and specificity.\nThe virtual slide(s) for this article can be found here: http://www.diagnosticpathology.diagnomx.eu/vs/4527331618757552\nEndothelial lipase; Biomarker; Gastric cancer; Diagnosis\n19. Molecular Characterization of the Measles Virus Genotypes in JiLin Province, China Wei, Chengguo | Shi, Jingwei | Liu, Bin | Shi, Yue | Zheng, Jingtong | Xu, Guangyu | Ma, Jinshu | Wang, Guoqing | Li, Fan\n20. Etiologic Diagnosis of Lower Respiratory Tract Bacterial Infections Using Sputum Samples and Quantitative Loop-Mediated Isothermal Amplification Kang, Yu | Deng, Rui | Wang, Can | Deng, Tao | Peng, Peichao | Cheng, Xiaoxing | Wang, Guoqing | Qian, Minping | Gao, Huafang | Han, Bei | Chen, Yusheng | Hu, Yinghui | Geng, Rong | Hu, Chengping | Zhang, Wei | Yang, Jingping | Wan, Huanying | Yu, Qin | Wei, Liping | Li, Jiashu | Tian, Guizhen | Wang, Qiuyue | Hu, Ke | Wang, Siqin | Wang, Ruiqin | Du, Juan | He, Bei | Ma, Jianjun | Zhong, Xiaoning | Mu, Lan | Cai, Shaoxi | Zhu, Xiangdong | Xing, Wanli | Yu, Jun | Deng, Minghua | Gao, Zhancheng\n21. Genes associated with MUC5AC expression in small airway epithelium of human smokers and non-smokers Wang, Guoqing | Xu, Zhibo | Wang, Rui | Al-Hijji, Mohammed | Salit, Jacqueline | Strulovici-Barel, Yael | Tilley, Ann E | Mezey, Jason G | Crystal, Ronald G\n22. RNA-Seq quantification of the human small airway epithelium transcriptome Hackett, Neil R | Butler, Marcus W | Shaykhiev, Renat | Salit, Jacqueline | Omberg, Larsson | Rodriguez-Flores, Juan L | Mezey, Jason G | Strulovici-Barel, Yael | Wang, Guoqing | Didon, Lukas | Crystal, Ronald G\nBMC Genomics 2012;13:82.\nThese observations provide insights into the unique biology of human SAE by providing quantit-ative assessment of the global transcriptome under physiological conditions and in response to the stress of chronic cigarette smoking.\n23. Identification and Typing of Human Enterovirus: A Genomic Barcode Approach Wei, Chengguo | Wang, Guoqing | Chen, Xin | Huang, Honglan | Liu, Bin | Xu, Ying | Li, Fan\nPLoS ONE 2011;6(10):e26296.\nIdentification and typing of human enterovirus (HEVs) are important to pathogen detection and therapy. Previous phylogeny-based typing methods are mainly based on multiple sequence alignments of specific genes in the HEVs, but the results are not stable with respect to different choices of genes. Here we report a novel method for identification and typing of HEVs based on information derived from their whole genomes. Specifically, we calculate the k-mer based barcode image for each genome, HEV or other human viruses, for a fixed k, 1<7, where a genome barcode is defined in terms of the k-mer frequency distribution across the whole genome for all combinations of k-mers. A phylogenetic tree is constructed using a barcode-based distance and a neighbor-joining method among a set of 443 representative non-HEV human viruses and 395 HEV sequences. The tree shows a clear separation of the HEV viruses from all the non-HEV viruses with 100% accuracy and a separation of the HEVs into four distinct clads with 93.4% consistency with a multiple sequence alignment-based phylogeny. Our detailed analyses of the HEVs having different typing results by the two methods indicate that our results are in better agreement with known information about the HEVs.\n24. Effect of magnetic fluid hyperthermia on lung cancer nodules in a murine model HU, RUNLEI | MA, SHENGLIN | LI, HU | KE, XIANFU | WANG, GUOQING | WEI, DONGSHAN | WANG, WEI\nOncology Letters 2011;2(6):1161-1164.\nThe purpose of the present study was to investigate the therapeutic effect of magnetic fluid hyperthermia (MFH) induced by an alternating magnetic field (AMF) on human carcinoma A549 xenograft in nude mice. An animal model of human lung cancer was established by subcutaneous injection of human lung cancer A549 cells in BALB/c nude mice. The xenograft mice were randomly divided into four groups and each group was treated with an injection of a different concentration of magnetic fluid: control, low-dose (67.5 mg/ml), medium-dose (90.0 mg/ml) and high-dose group (112.5 mg/ml), respectively. Following the injection (24 h), the tumor was heated in an AMF for 30 min. Tumor volumes were then measured every week. The therapeutic effect was assessed by measuring the tumor volume and weight. Pathological examination was performed with a light and electronic microscope following treatment. The temperature at the surface of the tumor in the low-, medium- and high-dose groups increased to 41.3, 44.5 and 46.8°C, respectively. The tumor grew significantly slower in the medium- and high-dose groups (both p<0.05) compared to the control group. Cytoclasis and apoptosis were detected under light and electron microscopy. In conclusion, MFH induced by AMF inhibited tumor growth and promoted apoptosis of human carcinoma A549 cells in a xenograft mice model.\nmagnetic fluid; hyperthermia; lung cancer\n25. Down-Regulation of the Canonical Wnt β-Catenin Pathway in the Airway Epithelium of Healthy Smokers and Smokers with COPD Wang, Rui | Ahmed, Joumana | Wang, Guoqing | Hassan, Ibrahim | Strulovici-Barel, Yael | Hackett, Neil R. | Crystal, Ronald G.\nPLoS ONE 2011;6(4):e14793.


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url: =Optimization of reaction conditions for the isomerization of pine oleoresins acids--《Journal of Guangxi University(Natural Science Edition)》2011年03期\n《Journal of Guangxi University(Natural Science Edition)》 2011-03\nOptimization of reaction conditions for the isomerization of pine oleoresins acids\nWU Yan-bi,CHEN Xiao-peng,WANG Lin-lin,WEI Xiao-jie,MENG Jia-zhi(College of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,China)\nIsomerization of pine oleoresins acids was studied with pine oleoresin as raw materials,No.200 oil as solvent,and gas chromatography as analysis method.The effects of catalytic acid species and amount,agitating speed,resin/oil ratio,and reaction temperature and time were investigated.Results showed that the content of abietic acid increased with the strengthening of proton acidity of the catalyst.Isomerization became faster with the increase of acid dosage while the agitating speed had no effect.The reaction was slow at lower temperature and there was side effect at higher temperature.The abietic acid content in isomerization products increased with the increasing of reaction time.The suitable reaction conditions are as follows: sulfuric acid as catalyst in dosage of 0.02 mL/g,agitating speed at 300 r/min,weight ratio of pine oleoresins to No.200 oil in 1∶ 1,reaction temperature at 30 ℃,and reaction time in 25 min.The content of abietic acid in pine oleoresins would increase from 16.37% to 80.92% after isomerization.\n【Fund】： 国家自然科学基金资助项目(20976031);; 广西自然科学基金资助项目(2011GXNSFD018011 0991030 2010GXNSFA013042);; 梧州市科技计划项目(200901011);; 广西大学科研基金项目(081020)\n1 Wang Wenjun,Dai Qianhuan ( Center for Environmental Science, Peking University, Beijing 100871; Center for Chemistry and Bioengineering of Cancer Research, Beijing Polytechnic University, Beijing 100022);The Isolation, Purification and Identification of (-) -7, 13-Abietadien-18-oic Acid[J];Journal of Beijing Polytechnic University;2000-04\n2 GAO Yi-mei,LIAO Chen-yi,WEI Xiao-jie,LUO Xian-si,LU Ai-xiang,CHEN Xiao-peng (College of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,China);Isolation of Abietic Acid by Amine Salt Combined with Ultrasound Wave[J];Journal of Chemical Engineering of Chinese Universities;2009-04\n3 CHEN Xiao-peng, WANG Lin-lin, WEI Xiao-jie, ZHU Yuan-jiao, ZHANG Dong-yun, LIN Jie (College of Chemistry and Chemical Engineering, Guangxi University, Nanning 530004, China);Study on experimental equipment for catalytic hydrogenation of rosin[J];Journal of Guangxi University(Natural Science Edition);2004-02\n4 DUAN Wen-gui,LI Xing-ren,MO Qi-jin,SU Jian-fa,LUO De-cheng,HUANG Dan-ping (College of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,China);Microwave-assisted synthesis of 2-dehydroabietyl-1,3,4-oxadiazole 2-thiol and its antibacterial activity[J];Journal of Guangxi University(Natural Science Edition);2009-02\n5 Ye Kairong Jiang Jiajun Feng Ke (Department of Chemistry);Study of Isomerization of Resin, Acids of Rosin with HCI and Its Kinetics[J];Journal of Fujian Normal University(Natural Science Edition);1989-03\n6 Wang Linlin,Chen Xiaopeng,Liu Youyan,Zhu Yuanjiao,Tong Zhangfa(School of Chemistry and Chemical Engineering,Guangxi Univercity,Nanning 530004);Isolation and Application of Rosin Acids[J];Chemical Industry and Engineering Progress;2005-11\n7 HAN Chun-rui,SONG Zhan-qian,SHANG Shi-bin(Institute of Chemical Industry of Forest Products,CAF;Key and Open Lab.on Forest Chemical Engineering,SFA,Nanjing 210042,China);A New Method of Purifying Abietic Acid[J];Chemistry and Industry of Forest Products;2007-04\n8 HAN Chun-rui1,SONG Zhan-qian2(1.College of Material Science and Technology,Beijing Forestry University,Engineering Research Center of Forestry Biomass Materials and Bioenergy of Ministry of Education,Beijing 10083,China;2.InstituteofChemicalIndustryofForestProducts,CAF,KeyandOpenLaboratoryofForestChemicalEngineering,SFA,Nanjing 210042,China);Study on synthesis,characterization and biological activities of abietic acid derivatives[J];Modern Chemical Industry;2009-S2\n1 SU Ben-chao et al (Department of Art & Design,Guangxi Ecosystem Engineering Vocational and Technical College,Liuzhou,Guangxi 545004);Optimization of Extraction Conditions for Volatile Oil from the Pine Needle of Pinus massoniana by Orthogonal Test and GC-MS Analysis of Volatile Oil[J];Journal of Anhui Agricultural Sciences;2010-10\n2 ZHANG Zhang-de.China Forestry Group Corporation,Beijing,100714,P.R.China.;Present situation and development policies of rosin industry in China.[J];Journal of Beijing Forestry University;2008-03\n3 WANG Linlin,CHEN Xiaopeng,SUN Wenjing,XU Xu,CHEN Zufen,TONG Zhangfa(School of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,Guangxi,China);Lumped Kinetic Model for Intermolecular Hydrogen Transfer of Pine Gum over Pd/C Catalyst[J];Chinese Journal of Catalysis;2007-08\n4 LIU Shiwei 1,XIE Congxia 2,YU Shitao 1,XIAN Mo 3,LIU Fusheng 1 1College of Chemical Engineering,Qingdao University of Science and Technology,Qingdao 266042,Shandong,China 2College of Chemistry and Molecular Engineering,Qingdao University of Science and Technology,Qingdao 266042,Shandong,China 3Qingdao Institute of Bioenergy and Bioprocess Technology,Chinese Academy of Sciences,Qingdao 266101,Shandong,China;A BrΦnsted-Lewis Acidic Ionic Liquid:Its Synthesis and Use as the Catalyst in Rosin Dimerization[J];Chinese Journal of Catalysis;2009-05\n5 Jin Qi Zhao Shu sen Zheng Zhi fang Zhang Shi run Guo You ting (Northeast Fprestry University);STUDY ON DECOLORING METHODS AND REFINED OF TALL OIL[J];Journal of Northeast Forestry University;1989-01\n6 Lin Yan(College of Life and Environmental Sciences, Zhe jiang Normal University, Jinhua 321004, P. R. China);Daily Rhythm of Resin Exuding for Yunnan Pine Tree (Pinus yunnanensis L.)[J];Journal of Northeast Forestry University;2003-06\n7 CHEN Yan\_+1,ZHANG Shi hua\_+2,ZHENG Shi rong\_+3,XIAO Yu ming\_+3 (1 Department of Forest Products, Fujian College of Forestry, Nanping 353001, China; 2 Department of Computer Science, Fujian College of Forestry, Nanping 353001, China;3 Yong'an Fo;Applying the Microcomputer Automatic Control System on the Rosin Intermittent Distillation[J];JOURNAL OF FUJIAN COLLEGE OF FORESTRY;2000-04\n8 TANG Xing-ping(College of Material Engineering,Fujian Forestry and Agriculture University,Fuzhou,Fujian 350002,China);Study on the technique to avoid the overflow of resin in pine wood[J];Journal of Fujian College of Forestry;2007-03\n9 (Fujian Provincial Survey and Design Institute of Forestry,Fuzhou 350001);Present Situation and Promotion Strategies of Naval Stores Industry in FujianCai Guiying[J];JOURNAL OF FUJIAN COLLEGE OF FORESTRY;1998-03\n10 LIU Zu-guang1,LEI Fu-hou1,AN Xin-nan2,MENG Cai-xin1,ZHAO Ming-fang1(1.School of Chemistry and Ecological Engineering,Guangxi University for Nationalities,Nanning,Guangxi 530006,China;2.School of Chemical Engineering,Nanjing Forestry University,Nanjing,Jiangsu 210037,China);Preparation and properties of polyesters from oxidized rosin and diols[J];Journal of Fujian Forestry Science and Technology;2008-02\n2 Li Chuncheng, Zhu Guang, Li Zhenyi (State Key Lab of Engineering Plastics, Center for Molecular Science, Institute of Chemistry, Chinese Academy of Sciences, Beijing 100080);Study on Dehydroabietic Acid-type Nucleating Agent for Polypropylene[J];High Technology Letters;2001-12\n3 WANG Lin-lin,SUN Wen-jing,CHEN Xiao-peng,HU Xiong-guang,TONG Zhang-fa(School of Chemistry and Chemical-Engineering,Guangxi University,Nanning 530004,China);Study on Catalytic Disproportionation of Pine Gum over Pd/C[J];Journal of Chemical Engineering of Chinese Universities;2007-05\n4 ZHU Yuan-jiao, CHEN Zu-fen, CHEN Xiao-peng, CHEN Yue-yuan, ZHOU Long-chang, TONG Zhang-fa (College of Chemistry and Chemical-Engineering, Guangxi University, Nanning 530004, China);Isolation of Dehydroabietic Acid by Reaction-Crystallization[J];Journal of Chemical Engineering of Chinese Universities;2008-03\n5 ZHANG Dong yun 1, CHEN Xiao peng 1, LI Bo 1, LI Gang 2 (1.College of Chemistry and Chemical Engineering,Guangxi University, Nanning 530004,China; 2.College of Electrical Engineering,Guangxi University,Nanning 530004,China);Comput control system in high-pressure hydrogenation experiment[J];JOURNAL OF GUANGXI UNIVERSITY;2000-01\n6 WEI Rui-song1,2,DUAN Wen-gui1,XU Xue-tang1,CEN Bo1,LU Fa-yan1 (1.College of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,China;2.Department of Chemistry and Life Science,Hechi College,Yizhou 546300,China);Synthesis of N,N-dihydroxyethyldehydroabietamide[J];Journal of Guangxi University(Natural Science Edition);2008-01\n7 Zhang,Jing Xia Zhou,Yong Yan  Cai,Gan  (Sun Yat Shan University of Medical Sciences,Guangzhou,510089) (Guangzhou Power Test and Research Institute,Guangzhou,510060) (South China University of Science and Technology,Guan;Synthesis of A Novel Chiral Agent Degrading dehydroabietylamine[J];CHINESE JOURNAL OF SYNTHETIC CHEMISTRY;1997-02\n8 Wang Linlin,Chen Xiaopeng,Liu Youyan,Zhu Yuanjiao,Tong Zhangfa(School of Chemistry and Chemical Engineering,Guangxi Univercity,Nanning 530004);Isolation and Application of Rosin Acids[J];Chemical Industry and Engineering Progress;2005-11\n9 Zou Zhichen;Lu Shaofen;Yu Lixin;Yang Jiade(Department of Chemistry,Shandong Teachers′University,Jinan250014);Preparation and identification of optically pure dehydroabietic acid[J];CHEMICAL REAGENTS;1996-04\n10 CEN Bo,LUO Chang-quan,DUAN Wen-gui,ZHAO Shu-kai,LAI Gang (College of Chemistry and Chemical Engineering,Guangxi University, Nanning,Guangxi 530004,China);Synthesis of sucrose dehydroabietic acid esters by solvent method[J];Chemical Research and Application;2005-02


url: =C-Media Cmi8738 C3dx Audio Device Pci Para Windows Xp | Audio-Digital.net\nWe have collected the most relevant information on C-Media Cmi8738 C3dx Audio Device Pci Para Windows Xp. Open the URLs, which are collected below, and you will find all the info you are interested in.\nNow you know C-Media Cmi8738 C3dx Audio Device Pci Para Windows Xp\nNow that you know C-Media Cmi8738 C3dx Audio Device Pci Para Windows Xp, we suggest that you familiarize yourself with information on similar questions.\nEmanuele Del Gaudio Wikipedia\nInferno Audio Woonsocket Ri\nNew Headway Elementary Third Edition Download Audio\nVoodoo Audio Kext Lion\nTraktor Multicore Cables Audio 10\nSoftware Audio Converter Mac\nJl Audio 12w6v2 Car Subwoofer Price\nVortrag Audio Cd\nX Audio Codec\nWriting Audio Visualizations\nMorpeth Audio Visual Hire\nPsx Audio Plugins Mac\nNight Bird Calls Audio\nAmplificator Audio Cu Un Tranzistor\nYugioh Gx 136 Audio Latino\nGreatest Secret World Audio\nNotes From The Underground Audiobook Free Download\nKaption Audio Review\nYoutube Audio To Wav Converter\nHacer Audiolibros Loquendo\nTamil Motivational Audio Books Free Download Mp3\nRooster Teeth Halo 3 Odst Audio Log Map\nZabezpieczona Pyta Audio


url: =An Analysis to the Benefit-cost Model of Corporate Diversification Strategy--《Journal of Huaihai Institute of Technology》2000年04期\n《Journal of Huaihai Institute of Technology》 2000-04\nAn Analysis to the Benefit-cost Model of Corporate Diversification Strategy\nSUN Er\_|ping, LI Wei qi (Dept. of Economics, School of Business, East China Normal University, Shanghai 200062, China)\nOn the basis of the agency theory and transaction cost theory, a benefit\_|cost analysis model is established to explain the deeds of corporate diversification strategy and provide help in the decision\_|making of corporate strategies.\n1 LIN Yu-xiang (Xiamen University, Xiamen 313605, China);Analysis of the enterprises' Pluralism[J];Harbor & Shipping Forum;2006-01\n3 JIAO Ling-jia , YANG Qi-feng (Business School,NanJing Normal University, NanJing,JiangSu 210097, China);On Top Management Turnover of Acquired Firms[J];Commercial Research;2002-20\n4 YUAN Zhi - yong , JI Sha- ni (College of Business Administration Zhejiang University of Technology, Hangzhou, 310014, China);The Analysis on the Motivation of Management Buyout[J];Commercial Research;2003-02\n5 ZHANG Tong,HE Dan(School of Management,Tianjin University,Tianjin 300072,China);The Characteristics of Takeover Targets in China Stock Markets[J];Commercial Research;2006-19\n6 CHEN Ying (Accounting Department, Tianjin Institute of Commerce, Tianjin 300134, China);Analysis on the Influential Factors of Company Merging on the Wealth Effect of the Shareholders and Its Revelation[J];Journal of Chongqing Institute of Technology Management;2002-04\n7 YU Ying-guang(Ninbo Guidance Center for Vocational Skill Identification,Ninbo 315000,China);Problems Existing in the Operation of Management Buyouts through Financing[J];Journal of Chongqing Institute of Technology;2005-09\n9 XIE Jun (Department of Accounting,Xiamen Univers ity,Xiamen 361005,China);M&As Financial Pattern and Capital Structure——Optimum Selecti on of M&As Financial Pattern[J];Collected Essays on Finance and Economics;2003-02\n10 DOU Jian-min(Research Center for Regional Economy,Shanghai University of Finance and Economics,Shanghai 200433,China);On the Regional Economic Effects of Listed Companies' Stock Right Transference in China[J];Journal of Finance and Economics;2005-10\n1 WANG Hong (Politics,Law and Economy Dept.,Anqing teachers College,Anqing 246011,China);Essential Conditions for Realizing Multiple Management Strategies[J];Journal of Anqing Teachers College(Social Science Edition);2001-05\n2 WANG Jiang, YANG Xi-huai, FAN Zhi-ping (School of Business Administration & Economics, Northeastern Univ., Shenyang 110006, China);The Core Competence of Corporations and Its Relationship with Diversification Strategies[J];Industrial Engineering and Management;2001-01


url: =Yuanhe junxian zhi 元和郡縣志 (www.chinaknowledge.de)\nYuanhe junxian zhi 元和郡縣志\nYuanhe junxian zhi 元和郡縣志 "Treatise on all districts from the Yuanhe reign-period (806-820)", original title Yuanhe junxian tuzhi 元和郡縣圖志 "Treatise, with maps, on all districts from the Yuanhe reign" is a geographical book from the Tang period 唐 (618-907), written by Li Jifu 李吉甫 (758-814), courtesy name Hongxian 弘憲. It is the earliest extant universal geography of China. The book originally consisted of 42 juan, of which some parts may have been added later. It was finished in 813. Li Jifu also wrote a history called Liudai lüe 六代略 "A concise report of the six ages", and two administrative histories, the geographical accounting book Yuanhe guoji bu 元和國計簿, and a compendium on state offices, the Baisi juyao 百司舉要.\nThe Yuanhe junxian tu is divided into ten sections, each dealing with one province (dao 道 "circuit"). The sections are also divided into fourteen parts, reflecting the structure of the military defence commands (zhen 鎮). There was a map for each commandery. Below this administrative level, each prefecture and disctrict is described. The obsolete word jun 郡 "commandery" in the title is a traditional local administration unit and is used for the word zhou 州 "prefecture".\nFor each prefecture, the geographical circumstances, numbers of households, the main local products (including salt and iron, on the marketing of which the state possessed a monopoly), the historical development of the location, garrisons, the conditions of soil distribution, and local "touristic spots" (guji 古迹) are described.\nSince the Song period 宋 (960-1279) the two index chapters and the maps are lost, as well as 6 fascicles (19-20, 22, 24, 35-36). The modern version was rearranged by the Song-period bibliographer Chen Zhensun 陳振孫 (1179-1262). This version contains not more than 34 juan (of which 18 and 25 are fragmentary). The Qing-period 清 (1644-1911) scholar Zhou Mengtang 周夢棠 added an index chapter (mulu 目錄) and collected more than 40 fragments from other sources. The same did Miao Quansun 繆荃孫 (1844-1919). Zhang Juxian 張駒賢 wrote a critical apparatus (kaozheng 考證).\nThe oldest print is that from the Imperial Library in the Wuying Hall 武英殿 from 1773. There are, nevertheless, some manuscript copies preserved from earlier times. A modern edition has been published by the Zhonghua Book Company 中華書局 in 1983, based on the Jinling Shuju Press 金陵書局 edition from 1880, and four different manuscript versions.\nTable 1. Contents of the Yuanhe junxian zhi 元和郡縣志\n1-5 關内道 Circuit of Guannei\n6-13 河南道 Circuit of Henan\n14-19 河東道 Circuit of Hedong\n20-22 河北道 Circuit of Hebei\n23-25 山南道 Circuit of Shannan\n26-31 江南道 Circuit of Jiangnan\n32-34 劍南道 Circuit of Jiannan\n35-38 嶺南道 Circuit of Lingnan\n39-40 隴右道 Circuit of Longyou\nAi Suzhen 艾素珍 (1997). "Yuanhe junxian zhi 元和郡縣志", in Men Kui 門巋, Zhang Yanjin 張燕瑾, ed. Zhonghua guocui da cidian 中華國粹大辭典 (Xianggang: Guoji wenhua chuban gongsi), 396.\nBian Xiaoxuan 卞孝萱 (2003). "Yuanhe junxian zhi 元和郡縣志", in Bian Xiaoxuan 卞孝萱, ed. Tangdai wenxue baike quanshu 唐代文學百科辭典 (Beijing: Hanyu da cidian chubanshe), 1124.\nCheng Yu 程郁 (1994). "Yuanhe junxian zhi 元和郡縣志", in Zhou Gucheng 周谷城, ed. Zhongguo xueshu mingzhu tiyao 中國學術名著提要, Lishi 歷史卷 (Shanghai: Fudan daxue chubanshe), 643.\nHua Linfu 華林甫 (1999). "Yuanhe junxian zhi de dimingxue yanjiu 《元和郡縣志》的地名學研究", Beijing shehui kexue 北京社會科學, 1999 (5).\nLi Bingzhong 李秉忠, Wei Canjin 衛燦金, Lin Conglong 林從龍, ed. (1990). Jianming wenshi zhishi cidian 簡明文史知識詞典 (Xi'an: Shaanxi renmin chubanshe), 587.\nLi Rulin 李汝雯 (2006). "Guanyu Yuanhe junxian zhi zhong de shanyue mingming leixing yanjiu 關於《元和郡縣志》中的山岳命名類型研究", Zhongguo diming 中國地名, 2006 (3).\nLi Zhiting 李志庭 (1984). "Li Jifu yu Yuanhe junxian zhi 李吉甫與《元和郡縣志》", Shixue shi yanjiu 史學史研究, 1984 (4).\nLiang Yunlin 梁允麟 (1998). "Yuanhe junxian zhi zhong de lingnan dili 《元和郡縣志》中的嶺南地理", Guangdong shizhi 廣東史志, 1998 (2).\nShi Xuanyuan 施宣圓 et al., ed. (1987). Zhongguo wenhua cidian 中國文化辭典 (Shanghai: Shanghai shehui kexue yuan chubanshe), 319.\nWang Zhaoming 王兆明, Fu Langyun 傅朗云, ed. (1991). Zhonghua gu wenxian da cidian 中華古文獻大辭典, Vol. Dili 地理卷 (Changchun: Jilin wenshi chubanshe), 31.\nWu Feng 吳楓, ed. (1987). Jianming Zhongguo guji cidian 簡明中國古籍辭典 (Changchun: Jilin wenshi chubanshe), 75.\nXinjiang baike quanshu bianzuan weiyuanhui 《新疆百科全書》編纂委員會, ed. (2002). Xinjiang baike quanshu 新疆百科全書 (Beijing/Shanghai: Zhongguo da baike quanshu chubanshe), 85.\nZhang Yonglu 張永祿, ed. (1990). Tangdai Chang'an cidian 唐代長安詞典 (Xi'an: Shaanxi renmin chubanshe), 520.\nZhao Shouyan 趙守儼 (1992), "Yuanhe junxian tuzhi 元和郡縣圖志", in Zhongguo da baike quanshu 中國大百科全書, Zhongguo lishi 中國歷史 (Beijing/Shanghai: Zhongguo da baike quanshu chubanshe), Vol. 3, p. 1455.\nZhongguo baike da cidian bianweihui 《中國百科大辭典》 編委會, ed. (1990). Zhongguo baike da cidian 中國百科大辭典 (Beijing: Huaxia chubanshe), 824.\nZhou Yao 周躍 (1993). "Yuanhe junxian zhi 元和郡縣志", in Shi Quanchang 石泉長, ed. Zhonghua baike yaolan 中華百科要覽 (Shenyang: Liaoning renmin chubanshe), 966.


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url: =热门关键词： 太阳能路灯 太阳能路灯价格 庭院灯 华灯 监控设备 交通杆件\n美丽乡村系列 太阳能路灯系列 庭院灯系列 景观灯系列 道路灯系列 高(中）杆灯系列 华灯系列 交通信号灯、监控杆系列 草坪灯、地埋灯系列 投光灯、柱头灯、壁灯系列\n产品描述：产品名称： 太阳能庭院灯 1、寿命长能使用5万小时以上，提供三年的质量保证 2、光效高：采用≥100LM以上的芯片，相对于传统高压钠灯能节能75%以上 ，光衰低至3% 3、LED路灯有自动控制节能装置，能实现在满足不同时段照明要求情况下最大可能的降低功率，节省电能。太阳能庭院灯技术 1、太阳能电池板：高效率单/多晶硅太阳能电池板，功率：35--100Wp； 2、工作电压：12V/DC； 3、蓄电池：免维护太阳能专用蓄电池，容量38--150Ah/12V； 4、光源：小功率LED灯、大功率球泡灯； 5、控制器：微电脑智能控制器，过充，过放，反接保护，光控+时控；\n1 .CHAOZHANGSHOUMING BANDAOTIXINPIANFAGUANG，WUDENGSI，WUBOLIPAO，BUPAZHENDONG，BUYIPOSUI，SHIYONGSHOUMINGKEDAWUWANXIAOSHI（PUTONGBAICHIDENGSHIYONGSHOUMINGJINYOUYIQIANXIAOSHI，PUTONGJIENENGDENGSHIYONGSHOUMINGYEZHIYOUBAQIANXIAOSHI）\n双色球周二走势图 2.GUANGXIANJIANKANG GUANGXIANZHONGBUHANZIWAIXIANHEHONGWAIXIAN，BUCHANSHENGFUSHE（PUTONGDENGGUANGXIANZHONGHANYOUZIWAIXIANHEHONGWAIXIAN）\n双色球周二走势图 3. LVSEHUANBAO BUHANGONGHEXIANDENGYOUHAIYUANSU，LIYUHUISHOUHELIYONG，ERQIEBUHUICHANSHENGDIANCIGANRAO（PUTONGDENGGUANZHONGHANYOUGONGHEQIANDENGYUANSU，JIENENGDENGZHONGDEDIANZIZHENLIUQIHUICHANSHENGDIANCIGANRAO）\n4. BAOHUSHILI ZHILIUQUDONG，WUPINSHAN（PUTONGDENGDOUSHIJIAOLIUQUDONG，JIUBIRANCHANSHENGPINSHAN）\n6. ANQUANXISHUGAO SUOXUDIANYA、DIANLIUJIAOXIAO，FAREJIAOXIAO，BUCHANSHENGANQUANYINHUAN，KEYONGYUKUANGCHANGDENGWEIXIANCHANGSUO 。\n双色球周二走势图 7.SHICHANGQIANLIDA DIYA、ZHILIUGONGDIAN，DIANCHI、TAIYANGNENGGONGDIANJIKE，KEYONGYUBIANYUANSHANQUJIYEWAIZHAOMINGDENGQUEDIAN、SHAODIANCHANGSUO。\n网站双色球周二走势图 丨 公司简介 丨 新闻资讯 丨 产品中心 丨 施工案例 丨 资质支持 丨 售后保证 丨 客户留言 丨 联系我们\nCopyright 2019 cqyaojia.com All Rights Reserved.


url: =Beijing Time(GMT+8): 2017-12-18 16:53\nChongqing near Huguang Guildhall hotels reservation.\nOpened in 2015, the Binzhixing Business Apartment (Chongqing Monument for Liberation Datang Noah) is a great accommodation choice in Chongqing. [View Detail]\n175m away from Huguang Guildhall\nRiver-view Business Suite(minimum of 2 nights)(limited offer)\nRoom(minimum of 2 nights)(limited offer)\n176m away from Huguang Guildhall\n181m away from Huguang Guildhall\nExecutive One-bedroom Apartment(special promotion)\nStudio Premier(special promotion)\nExecutive Suite (1-bedroom)(special promotion)\nTwo bedroom Executive Suite(special promotion)\nTujia Sweetome Vacation Rentals (Chongqing Datang Nuoya)\n183m away from Huguang Guildhall\nGaeden-view Queen Suit(limited offer)\nRiver-view Queen Suite(limited offer)\nRiver-view Queen Suite\nRiver-ciew Family Suit(limited offer)\nThe Tengbo Hotel is a great choice for guests looking for accommodation in Chongqing, having been recently opened in 2015. Boasting a convenient location, the hotel is just 6 km from Chongqing Railway Station and 25 km from Chongqing Jiangbei International Airport. [View Detail]\n188m away from Huguang Guildhall\nDeluxe Garden-View Single Room(limited offer)\nDeluxe Garden-View Single Room(china market)\nDeluxe River-view Single Room(special promotion)\nDeluxe River-view Single Room(china market)\n195m away from Huguang Guildhall\nAmusement beautiful boutique Riverview Apartments (Chongqing Monument for Liberation, Datang Noah)\nRecreation beautiful Riverview Apartments (Chongqing Jiefangbei Datang Noah shop) is located in Chang bin Lu Datang Noah, to open in 2015; apartment room luxury decoration, Fangxing in a variety of styles, each Fangxing bedrooms, living room, kitchen, bathroom are independent space. [View Detail]\n197m away from Huguang Guildhall\n2-bedroom and 1-living room Suite(limited offer)\nShidai Changjiang Holiday Hotel\n211m away from Huguang Guildhall\nRiver-view Twin Room(china market)\n360 river-view Queen Room\n213m away from Huguang Guildhall\nSuperior Suite (Twin Beds)\nSuperior Suite (Twin Beds)(china market)\nDeluxe River-view Twin Suite(china market)\nXiangxiao Holiday Apartment (Chongqing Jiefangbei Royal)\n215m away from Huguang Guildhall


url: =Cultural Meanings of Kazakh Colorful Words--《Journal of Yili Normal University(Social Science Edition)》2007年04期\n《Journal of Yili Normal University(Social Science Edition)》 2007-04\nCultural Meanings of Kazakh Colorful Words\nZHAO Yan (Department of Kazakh Language-Literature,Central University for Nationalities,Beijing 100081,China)\nColorful words are a group of word systems of language and can directly reflect world outlooks,religious beliefs,social economics,productions and lives of the nation. The article tries to find out the deep meaning of Kazakh colorful words by analyzing the effect on Kazakh colorful views of the environment,totem,space and religion. It is significant for us to study cultural meanings of Kazakh colorful words,and helps us to understand Kazakh nation and Kazakh culture,so that we have better protect and carry forward Kazakh cultural heritage.\n【CateGory Index】： H514\n1 DENG Ju1 PAN Yan-qiang2(1.Sichuan International Studies University,Chongqing,400031;2.Sichuan Cuisine College,Chengdu,Sichuan,610072);An Interpretation of Cultural Linguistics of the Popularity of Classical Chinese Novels in Europe and America[J];Journal of Xihua University(Philosophy & Social Sciences);2007-01\n2 XIE Chao-di(School of Literature and History,Shanxi Datong University,Datong Shanxi,037009);Some Reflections upon the Bilingual Teaching at Institutions of Higher Learning in China[J];Journal of Shanxi Datong University(Social Science Edition);2009-03\n3 ZHANG Lei (School of Language and Culture, Central University of Nationalities, Beijing 100081, China);On Metaphor and Culture[J];Journal of Fuling Teachers College;2005-04\n4 ZHANG Ying-ping(Yili Teachers College,Yili 835000,China);Outstanding Traditional Culture of Kazak Ethnic Group and Construction of Youth Ideology and Morality[J];Journal of Guangxi Youth Leaders College;2008-01\n5 HE Shuang(Guangxi University for Nationalities , Nanning 530006 ,China);Analyze Zhuang and Thai Marriage Formation from Kinship Terms[J];Journal of Guangxi University For Nationlities(Philosophy and Social Science Edition);2003-01\n6 ZHOU Guo-yan (Central University for Nationalities, Beijng 100081, China);On the Basic Prerequisites for the Survival of Vulnerable Languages[J];Journal of Guangxi University for Nationalities(Philosophy and Social Sciences Edition);2006-05\n7 Yang Dafang(School of Adult Education,Central University for Ethnic Minorities,Beijing,100081);Antithesis in Chinese Expression[J];Journal of Guizhou University For Nationalities;2003-01\n8 YANG Da-fang (Adult Education College, Central University of Nationalities, Beijing, 100081,China);Folkways In Language Usage[J];;2003-03\n9 WANG Yan(Vocational Education Faculty,Ningbo University,Ningbo 315100,China);The Cultural Connotation of Two-part Allegorical Saying[J];Journal of Jiangsu Teachers University of Technology;2010-01\n10 TAN Zhi-man (Hubei Institute for Nationalities,the Institute of Ethnics,Enshi 445000,China);The Commentary on Research of Tujia Language in the Past 50 Years[J];Journal of Hubei Institute For Nationalities;2004-01\n1 Ye Jun$$$$;The Concept of Establishing an Attribute Database of Color Terms in Modern Chinese[J];APPLIED LINGUISTICS;2000-01


url: =Overview of Ontology--《Acta Scicentiarum Naturalum Universitis Pekinesis》2002年05期\n《Acta Scicentiarum Naturalum Universitis Pekinesis》 2002-05\nDENG Zhihong TANG Shiwei ZHANG Ming YANG Dongqing CHEN Jie (Department of Computer Science and Technology,National Laboratory on Machine Perception,Peking University,Beijing,100871)\nOntology is defined as an explicit formal specification of a shared conceptualization.It can provide semantic meaning through relations between concepts.As a fine model for presenting hierarchy and semantic meaning of concepts,Ontology is widely concerned and extensively applied to many fields in computer science and technology.With regard to little research on ontology in China,The state of the art of ontology is surveyed in this paper.This work first analyzes connotation and methodology of ontology,and then analyzes its applications in information system in details.The paper ends with a short conclusion and future work.\n【Fund】： 国家重点基础研究发展规划 (973)资助项目 (G19990 32 70 5 )\n1 LU Jian,DIAO Ya-jing,WANG zhi-ying (School of Economics and Management,Jiangsu University of Science and Technology,Zhenjiang,212003,China);Semantic Description of Web Services Composition in Manufacturing Based on Ontology Web Language[J];Journal of Chengdu University of Information Technology;2010-02\n2 ZHU Xin-hua~1,ZHAO Da-zhe~1,YU Ya-xin~2,LIU Ji-ren~1(1.Software Center,Northeastern University,Shenyang 110004,China;2.School of Information Science and Engineering,Northeastern University,Shenyang 110004,China.);Design and Implementation of an Ontology-Based Medical Resource Database[J];Journal of Northe Astern University(Natural Science);2007-01\n3 ZHANG Ming~1,WANG Yu~1,YANG Jing-wei~2,YUAN Fang~1,ZHAO Hong~1,SHI Qiang~1 (1.College of Mathematics and Computer,Hebei University,Baoding 071002,China;2.Secience and Technology Department,Hebei University,Baoding 071002,China);Intelligent Information Retrieval Using Ontology[J];Journal of Hebei University(Natural Science Edition);2005-05\n4 CHEN Yong-dang~1,YANG Hai-cheng~2,DU Bing-lao~1(1.The key Laboratory of Contemporary Design and Integrated Manufacturing Technology,Ministry of Education,Northwestern Polytechnical University,Xi'an 710072,China;2.China Aerospace Science and Technology Corporation, Beijing 100037,China);Building and analysis of ontology-based knowledge organization model for aircraft engine design[J];Journal of Aerospace Power;2007-01\n5 LI Qing-mao,YANG Xing-jiang,ZHOU Xiang-bing,MA Hong-jiang Department of Computer Science,Aba Teachers College,Pixian Sichuan 611741,China;Research on topic maps-based ontology information retrieval model[J];Journal of Computer Applications;2010-01\n6 XIAO Sheng1,2,HU Jin-zhu1,YAO Shuang-yun1,WU Feng-wen1(1.Dept.of Computer Science,Central China Normal University,Wuhan 430079,China;2.Dept.of Information Technology,Hunan First Normal College,Changsha 410002,China);Object-orient ontology modeling for tag complex sentence[J];Application Research of Computers;2010-02\n7 LIU Jun-fen(English College,Beijing University of Forlign Language,Beijing 100089,China);Ontology-Based Information Retrieval Research in Semantic Web[J];Information Science;2006-04\n8 GU Jin-rui,WANG Fang(Business School of Nankai University,Tianjin 300071,China);Overview of the Subject of Ontology[J];Information Science;2007-06\n9 REN Rui-juan(Library of Hebei University,Baoding 071002,China);The Construction of Distributed Ontology Based on Thesaurus and Taxonomies[J];Information Science;2008-01\n10 FANG Li(Library of Neimengu Hulunbeier School,Hailaer 021008,China);Extending DC Metadata for Information Recommendation[J];Information Science;2008-05\n1 ;An Ontology-based Web Information Retrieval Model[A];[C];2001\n2 ;The Research on Using Multi-Ontologies in Information Retrieval[A];[C];2005


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url: =Nanshe Ming and Qing Ancient Village travel guidebook –must visit attractions in Dongguan – Nanshe Ming and Qing Ancient Village nearby recommendation – Trip.com\n>Nanshe Ming and Qing Ancient Village\nAddress: Chashan Town, Dongguan City\nGood and calm place\nReviewed on 1564221710000\nQuiet and simple longevity tea is good, and there is a large banyan tree that is hundreds of years old, and there is a large tomb inside. After looking at it for a long time, the river under the bridge is also very lively. I have been there twice, sandalwood and tea are not bad , There is still no time to go to Baijiayan\nReviewed on 1607928191000\nThe ancient village is relatively primitive, and the commercial taste is not heavy, but if you play the guitar, it will be better to talk about the guzheng. The old man under the big banyan tree at the entrance of the village is listening to the ancient drama, looking calm and calm. The popcorn candy under the banyan tree is delicious. It’s not very far by car from Shenzhen, and you can come and play on weekends.\nReviewed on 1601813449000\nParking is free but there are not many locations. The conductors and security guards have a very good attitude. The building is simple and the old style is still there. It shows all aspects of the life of the local Xie family, including marriage customs, study, filial piety, life, etc. There are also homestays. , Bars, snack shops and other leisure places, the place is small but very exquisite, photography lovers can stroll around for about two hours\nReviewed on 1607230029000\nNanshe Ming and Qing ancient village coordinates in Dongguan City Chashan Town, although the village is not very big, but small fame, the reason is in addition to the beautiful building group, more important, here in the Ming and Qing Dynasty talented people, before and after the emergence of many enterprising, very difficult to be valuable. A survey of the whole scenic area, the architecture is magnificent, the fall is chic, quaint, elegant and chic, is a rare leisure place, everyone please pay attention to " drunk beautiful Chinese tour". Walking into the scenic spot, looking around, wall base with silt and red stone as materials, the ancient wall with blue brick masonry, layout for the traditional three open and three in-house style, also belong to Xie's Zongtang as a representative building, the viewing value is very high.\nReviewed on 1614864701000\nNanshe Ming and Qing Ancient Village are distinctive destinations in the Pearl River Delta, offering an opportunity to experience the architectural style and traditional culture of the Ming and Qing eras. The centuries-old villages of Nanshe were forced out during the expansion of the Ming and Qing Dynasties, but experts and scholars have joined forces to protect and maintain culturally significant carvings and valuable relics, as well as edifices from the era which have managed to remain intact to this day. Their heroic efforts are responsible for the continued existence of the Xie’s Ancestral Hall, which was constructed from clay with red stone running along the base of its walls. Additionally, a masonry building built with brick and a customary three-bay courtyard with triple entrances are sights worth seeing.\nNanshe Ming and Qing Ancient Village Attractions | Tangwei Ming and Qing Dynasties Ancient Village Attractions | Chashan Park Attractions | Shipai Yanling Quarry Site Attractions | KangWang Temple Attractions | Huaqian Gesanghua World Attractions | Shilong Jinsha Park Attractions | Fulong Old Temple Park Attractions | Lianzheng Great Wall Attractions | Shilong Zhongshan Park Attractions | Shilong Museum Attractions | Yuan Chonghuan Memorial Park Attractions | Hengli Culture Square （North Gate） Attractions | Hengkeng Hengtang Ancient Village Attractions | Liuhua Park Attractions | Xiangshi Zoo Attractions | Liuhua Tower Attractions | Huangdaxian Temple Attractions | the Zhous' Ancestral House in Ming and Qing Dynasty Attractions | Huying Country Park Attractions | Former Residence of Yinpanlong of Qing Dynasty Attractions | Foling Lake Country Park Attractions | Jinmei Park （Northeast Gate） Attractions | Tongsha Reservoir Attractions | Liu's Ancestral House of Song Dynasty Attractions | Dongcheng Customs Pedestrian Street Attractions | Zhuangyuanbi Park （Northeast Gate） Attractions | Yuanshanbeicun Attractions | Qifengshan Art Museum Attractions | Former Residence of Li Renzhi Attractions\nGuangzhou Travel | Shenzhen Travel | Zhuhai Travel | Foshan Travel | Huizhou Travel | Leizhou Travel | Shanwei Travel | Qingyuan Travel | Meizhou Travel | Jiangmen Travel | Dabu Travel | Huidong Travel | Dongguan Travel | Yangjiang Travel | Zhaoqing Travel | Taishan Travel | Zhongshan Travel | Zhanjiang Travel | Shaoguan Travel | Shantou Travel | Kaiping Travel | Jieyang Travel | Longmen Travel | Puning Travel | Boluo Travel | Yingde Travel | Chaozhou Travel | Fogang Travel | Heyuan Travel | Maoming Travel


url: =Development and applications of MEMS technology--《Semiconductor Technology》2003年01期\n《Semiconductor Technology》 2003-01\nDevelopment and applications of MEMS technology\nZHU Jian1,2(1.Dept. of Instrument Science and Engineering , Southeast University2.No. 55 Institute of China Electronics Technology Group Corporation, Nanjing 210016,China)\nAn overview of MEMS technology is presented on background, types, applicationsand developing trend.\n1 LAI Wu-xing,LIAO Guang-lan,SHI Tie-lin,YANG Shu-zi(School of MSE of Huazhong Univ. of Sci.& Tech,Wuhan 430074,China);Study of Reaction Ion Etching Processing Technique[J];Semiconductor Technology;2006-06\n2 WANG Guang-wei (Department of Electronic Engineering,Tianjin University of Technology and Education,Tianjin 300222,China);Systematic Investigation of Modern Large Area Electronics[J];Micronanoelectronic Technology;2007-03\n3 Lin Zhoufeng1,2,Cai Wei2,Xu Aibin2,Zhuang Zhiqiang1 (1.Key Laboratory of Specially Functional Materials,Ministry of Education,College of Materials Science and Engineering,South China University of Technology,Guangzhou 510640,China;2.National Key Laboratory for Reliability Physics and Its Application Technology of Electrical Component,the 5thElectronics Research Institute of the Ministry of Industry and Information Technology,Guangzhou 510610,China);Failure Analysis of MEMS Accelerometers with Comb Structures Under Shock[J];Micronanoelectronic Technology;2009-12\n4 GE Mai-chong,ZHAO Xiao-dong(The 45th Research Institute of CETC,Yanjiao 065201,Beijing,China);The Advances in Wafer Bonding and MEMS[J];Equipment For Electronic Products Manufacturing;2004-07\n5 YAN Yucai,ZHANG Duan (College of Information Engineering,Zhejiang University of Technology,Hangzhou 310023,China);MEMS Technology Research Status and Further Research Works Forecast[J];Equipment for Electronic Products Manufacturing;2011-04\n6 Xiang Hongbiao Zhang Tao Li Xingfei Zhang Guoxiong(State Key Laboratory of Precision Measuring Technology and Instruments,Tianjin University,Tianjin 300072);Design of differential laser Doppler signal process circuit[J];Electronic Measurement Technology;2007-06\n7 LV Hong-ying,CHEN Li-xin,WANG Ya-zhou,ZHANG Jiao-qiang(Department of Applied Chemistry,School of Science,Northwestern Polytechnical University,Xi'an 710072,China);Fabrication of ceramic MEMS devices by polymer precursor derived ceramic[J];China Adhesives;2008-11\n8 YANG Zhengxiong,XI Kailun,CHENG Wei,ZUO Wenjia,DU Xiaohui,WANG Lingyun(Department of Mechanical and Electrical Engineering,Xiamen University,Xiamen 361005,China);Application of single poise counterweight method in adjusting grinding uniformity of silicon wafer[J];Ordnance Material Science and Engineering;2012-04\n9 LIN Zhong-hua, HU Guo-qing, LIU Wen-yan, ZHANG Hui-jie (Dept. of Mechanical and Electrical Engineering, Xiamen University, Xiamen, Fujian 361005; College of Information Engineering, Jimei University, Xiamen, Fujian 361021, P. R. China);The Development of Micro-Electro-Mechanical System and Its Prospect[J];Microelectronics;2005-01\n10 CAI Wei1,LIN Zhoufeng1,2,LI Shaoping1,EN Yunfei1(1.National Key Laboratory for Reliability Physics and Its Application Technology of Electronic Component,China Electronic Product Reliability and Environmental Testing Research Institute,Guangzhou 510610,P.R.China;2.Key Laboratory of Special Function Materials under Ministry of Education,College of Materials Science and Engineering,South China University of Technology,Guangzhou 510640,P.R.China);Investigation into Device and Package Failure of Silicon-Based MEMS with Comb Structure[J];Microelectronics;2011-01\n1 Zhu Jian China Electronics Technology Group Corp. No. 55 Institute, Nanjing,210016 Southesast University, Nanjing, 210096;Development Trends of RF MEMS and Tactics of China[A];[C];2005\n1 WU Gui-fang, SONG Xue-ping, LIU Yong, LIN Wei, SUN Zhao-qi (Department of Physics, Anhui University, Hefei230039,China);Effects of substrate temperature on the stress properties of sputtering Cu film on Si wafer[J];Journal of Anhui University(Natural Sciences);2004-03\n2 FU De-sheng,SU Wei,PENG Bo (Institute of Fluid Physics, China Acadeny of Engineering Physics, Mianyang 621900,China);The analysis of some mechanical characteristics on capacitive micro-accelerometer[J];Journal of Anhui University of Technology and Science;2003-04\n3 GAO Hong LI Qing mian (Department of Physics,Anshan Normal University,Anshan Liaoning 114005,China);Experimental Research on Factors Which Affect the Thickness of Vapor Coating Film[J];Journal of Anshan Normal University;2003-02\n5 YU Pei-dong, WANG Guo-zhong, CHEN Ming-hua, XIE Shi-zhong (Dept. of Electronic Engineering, Tsinghua University, Beijing 100084, China);Recent Progress in Optical Switching[J];Semiconductor Optoelectronics;2001-03\n6 ZHANG Gu-wan, LONG Fei (Chongqing Optoelectronics Research Institute, Chongqing 400060, China);Research on Technology for Si_3N_4 Thin Film Grown by PECVD[J];Semiconductor Optoelectronics;2001-03\n7 LIU Xiao bing, SHI Xiang hua (Dept.of Phys.and Inform.Technol.,Changsha Univ.of Electric Power,Changsha, 410077,China )$$$$;Passivation of Al_2O_3 on Porous Silicon Surface[J];Semiconductor Optoelectronics;2001-04\n8 LUO Yuan 1,2, LI Xiangdong 3, FU Hongqiao 1, HUANG Shanglian 1(1. Departmant of Optoelectronics, Chongqing University, Chongqing 400044, CHN;2. School of Opoelectronic Engineering, Chongqing University of Posts & Telecommunications, Chongqing 400065, CHN;3. Chongqing Optoelectronics Research Institute, Chongqing 400060, CHN);Research on TMAH Wet Etching in MEMS[J];Semiconductor Optoelectronics;2003-02\n9 SONG Xue-peng,YANG Guang-qiang,ZHANG Xia,HUANG Yong-qing,CHEN Xue,REN Xiao-min(Key Lab.of Optical Communication & Lightwave Technologies of Ministry of Education,Beijing University of Posts and Telecommunications,Beijing 100876,CHN);Switching Effect of Highly Nonlinear Microstructured Optical Fiber Loop Mirror[J];Semiconductor Optoelectronics;2006-02\n10 LIANG Wanguo LUO Senlin ZHOU Siyong GUO Zhengqiang (Beijing Institute of Technology,Beijing 100081,CHN);Design of photodetector[J];SEMICONDUCTOR OPTOELECTRONICS;1998-01\n1 WANG Guang-wei (Department of Electronic Engineering,Tianjin University of Technology and Education,Tianjin 300222,China);Systematic Investigation of Modern Large Area Electronics[J];Micronanoelectronic Technology;2007-03\n2 Wang Xiaoxia (Chengdu Aeronautic Vocational and Technical College, Chengdu 610021,China);Electrochemical Fabrication Technology for 3D Metal MEMS Devices[J];Micronanoelectronic Technology;2008-03\n3 CHEN Xi-ming,LIANG Bin(College of Electronic Engineering,Chongqing University of Posts and Telecommunications,Chongqing 400065,P.R.China);Optical switch technologies and its application in all optical network[J];Journal of Chongqing University of Posts and Telecommunications(Natural Science);2007-06\n4 WANG Xiao-xia(Chengdu Aeronautic Vocational and Technical College,Chengdu 610021,China);Review of key technology of electrochemical fabrication[J];Transducer and Microsystem Technologies;2008-08\n6 Ma Jiemei, Teng Yuntian, Wang Xizhen, Wang Xiaomei and Zhou Heming Institute of Geophysics, China Earthquake Administration , Beijing 100081, China;Emulation of MEMS velocity seismometer technology[J];Seismological and Geomagnetic Observation and Research;2006-02\n7 Shi Wentian Wang Xibin Xin Ming et al,Doctor Candidate,School of Mechanical and Vehicle Engineering,Beijing Institute of Technology,Beijing 100081,China;Study on Micro-turning Surface Roughness of Aluminum Alloy LY12 without Cutting Fluid[J];Tool Engineering;2009-01\n8 Wang Wei~(* **) Fan Wenhui~* Chang Tianqing~(**) Liu Huihui~*CIMS-ERC Tsinghua University,Beijing 100084)Department of Control Engineering Academy of Armored Force Engineering,Beijing 100072);A multidisciplinary robust collaborative optimization method for complex product design[J];Chinese High Technology Letters;2008-03\n9 Wang Xizhen,Wang Baoshan,Ma Jiemei,Zhang Dongning and Teng Yuntian(Institute of Geophysics,CEA,Beijing 100081,China,);The Development of Geophysical Instrumentation and Technology in Future[J];Recent Developments in World Seismology;2007-09\n10 SUN Yu-bao,FU Li,REN Jie,CHA Gang-qiang(State Key Lab of Rapid Solidification,Northwestern Polytechnical University,Xi'an 710072);Atomic oxygen exposure process on CdZnTe pixel detector suface[J];Journal of Functional Materials and Devices;2010-05


url: =豪门国际注册送38网址 - zonyeteIOUYTR coZUEET.lid\nCopyright (c) Sitename.com. All rights reserved. Design by Stylish From 交友论坛.


url: =Suzhou Dongwu vs Beijing Renhe Predictions & H2H | FootyStats\nSuzhou Dongwu FC vs Beijing Renhe FCPredictions & H2H\n05:00 Nantong Zhiyun vs Kunshan 04:35 Taizhou Yuanda vs Nei Mongol Zhongyou 04:35 Shaanxi Chang'an vs Shenyang Urban 00:30 Jiangxi Liansheng vs Hangzhou 00:00 Sichuan Jiuniu vs Heilongjiang Lava Spring 04:35 Guizhou Zhicheng vs Meizhou Hakka 04:00 Changchun Yatai vs Xinjiang Tianshan\nHere are the predictions and head-to-head stat comparison for Suzhou Dongwu vs Beijing Renhe before start of the match.\nxG 0.93 0.84\nPredictions- Suzhou Dongwu v Beijing Renhe\n*Suzhou Dongwu FC and Beijing Renhe FC's average prediction data across current season\nHead to Head Record - Suzhou Dongwu vs Beijing Renhe\nSuzhou Dongwu vs Beijing Renhe's head to head record shows that of the 1 meetings they've had, Suzhou Dongwu has won 0 times and Beijing Renhe has won 1 times. 0 fixtures between Suzhou Dongwu and Beijing Renhe has ended in a draw.\nSuzhou Dongwu v Beijing Renhe Past H2H Results & Fixtures\nBeijing Renhe is +50% better in terms of Points Per Game\nBeijing Renhe is +25% better in terms of Goals Scored\nBeijing Renhe at Away\n* Stats from Suzhou Dongwu FC's home scoring record and Beijing Renhe FC's data at away fixtures.\nBeijing Renhe is +33% better in terms of Goals Conceded\n* Stats from Suzhou Dongwu FC's home conceding record and Beijing Renhe FC's away fixtures.\nSuzhou Dongwu FC and Beijing Renhe FC's Over 0.5 ~ 4.5 and BTTS data.\n* Average Corner Kicks per match between Suzhou Dongwu and Beijing Renhe\nTotal Match Corners for Suzhou Dongwu FC and Beijing Renhe FC. League AVG is China China League One's average across 59 matches in the 2020 season.\nSuzhou Dongwu FC and Beijing Renhe FC's individual team corner data.\n* Sum of bookings per match between Suzhou Dongwu and Beijing Renhe\nTotal Match Cards for Suzhou Dongwu FC and Beijing Renhe FC. League AVG is China China League One's average. There were 102 cards in 59 matches in the 2020 season.\nBeijing Renhe is +20% better in terms of Half Time Form\nSuzhou Dongwu FC and Beijing Renhe FC's first half and second half card stats for your predictions.\nSuzhou Dongwu and Beijing Renhe's goals by 10 minutes and 15 minutes.\n21 - 30 Mins 40% 20%\n46 - 60 Mins 40% 38%\nShots / Match 9.25 10.00 10.00\nShots On Target / M 4.75 3.67 4.00\nShots Per Goal Scored 9.25 7.50 8\nFouls Committed / Match 14.00 8.50 11.00\nFouled Against / Match 15.5 14.5 15.00\nChannels Showing Suzhou Dongwu vs Beijing Renhe\nSuzhou Dongwu Win 4.65 25%\nBeijing Renhe Win 1.59 50%\nOver 2.5 2.40 38%\nBTTS 2.98 38%\nOn 4th October 2020, Suzhou Dongwu played Beijing Renhe in China League One. The match ended 0 - 2 to Beijing Renhe.\nSince this match is over, we suggest you check out the head to head statistics for the next meeting between Suzhou Dongwu and Beijing Renhe.\nSuzhou Dongwu vs Beijing Renhe\n12Suzhou Dongwu or Beijing Renhe


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url: =Nicole Livingstone | Swimmer's Daily\nYou are at:Home»Posts Tagged "Nicole Livingstone"\nBrowsing: Nicole Livingstone\nGrant Hackett, Ian Thorpe go from hero to zero while golden girls thrive\nRead Herald Sun Life after swimming has left the likes of Ian Thorpe and Grant Hackett floundering, but Australia’s golden…\nAustralian Swimming’s “Toxic Culture”\n“Two independent reviews into Australian swimming’s poor performance at the London Olympics have unearthed explosive details. Senior team members are…\nGrant Hackett’s former coach Denis Cotterell has no doubt the controversial sleeping medication Stilnox cost the 1500 freestyle champion his…\nThe ‘dictatorial’ nature of swimming is to blame for Monk’s lie ?\nWow, swimming commentator and retired Australian Olympic swimmer Nicole Livingstone blames the “dictatorial” nature of our sport for the elaborate…


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url: =NewMediaWire | Tauriga Sciences, Inc. Expands its Business Capabilities Through Approval From Square Inc.\nAug. 17, 2020 10:59 AM ET Source: Tauriga Sciences\nNEW YORK, NY - (NewMediaWire) - August 17, 2020 - Tauriga Sciences, Inc. (OTCQB: TAUG) (“Tauriga” or the “Company”), a revenue generating, diversified life sciences company, with a proprietary line of functional “supplement” chewing gums (Flavors: Pomegranate, Blood Orange, Peach-Lemon, Pear Bellini, Mint, Black Currant) as well as two ongoing Biotechnology initiatives, today announced the approval from Square Inc. (“Square”) to process multiple types of financial transactions. The Company’s business capabilities have now expanded to include mobile payment processing and mobile Point of Sale (“mPOS”).


url: =The Research Progression on the Kinetics of Extension Solid Solubility Induced by Mechanical Alloying--《Powder Metallurgy Technology》2002年02期\n《Powder Metallurgy Technology》 2002-02\nThe Research Progression on the Kinetics of Extension Solid Solubility Induced by Mechanical Alloying\nWang Erde, Liu Jinglei, Liu Zuyan (School of Materials Science and Engineering,Harbin Institute of Technology,Harbin 150001)\nMechanical alloying has a great potentiality in extension of solid solubility The brief process and the application of extended solid solubility by mechanical alloying were reviewed After considering the basic kinetics of process,the status and limits of the models of the extension of solid solubility by mechanical alloying were presented and approaches to improving current knowledge of the process were suggested\n4 Chen Xinliang, Wu Ping, Zhao Ci, Li Zhiqing, Jiang Enyong (Tianjin University, Key Lab of Advanced Ceramics and Machining Technology for Ministry of Education, Tianjin 300072, China);Microstructure and Thermal Stability of Mechanically Milled Al-10%Ti Powder Mixture[J];Rare Metal Materials and Engineering;2005-03\n5 Ma Jinfang, Hu Lanqing, Xu Bingshe (Key Laboratory of Interface Science and Engineering of Ministry of Education, Taiyuan University of Technology, Taiyuan 030024, China);Substance Transfer Phenomenon in the Process of High-Energy Shot Peening[J];Rare Metal Materials and Engineering;2007-04\n6 Sun Jinfeng,Li Xiaopu,Wang Mingzhi,Zhao Yucheng (Key Laboratory of Metastable Materials Science & Technology,Yanshan University,Qinhuangdao Hebei 066004,China);Mechanical alloying of Fe-Cu powder and microstructure of solid phase sintered body[J];Powder Metallurgy Technology;2008-05\n7 TANG Wen-ming, ZHENG Zhi-xiang, WU Yu-cheng, TANG Hong-jun, DONG Ji-ling(Department of Materials Science and Engineering, Hefei University of Technology, Anhui Hefei 230009, China);Structural Evolution of the Ti_(33)B_(67) Binary System During Mechanical Alloying and Subsequent Heat Treatment[J];Transactions of Materids and Heat Treatment;2005-02\n8 WANG Hai-long~1,WU Yu-cheng~(1,2),WANG De-bao~1,WANG Wen-fang~(1,2),ZONG Yue~2,ZHENG Zhi-xiang~1(1.School of Materials and Engineering,Hefei University of Technology,Hefei 230009,China;2.Hefei University of Technology Composite Materials Hi-Tech R&D Ltd Co,Hefei 230009,China);Study on preparation and properties of Cu-Cr mechanically alloyed powder[J];Transactions of Materials and Heat Treatment;2009-03\n9 ZHANG Xian sheng 1,RAN Guang 2 (1 Panzhihua Iron and Steel (Group) Corporation Office,Panzhihua Sichuan 617067,China; 2 School of Materials Science and Engineering,Xi'an Jiaotong University,Xi'an Shanxi 710049,China);Review of the Reactive Mechanism in Mechanical Alloying[J];Heat Treatment of Metals;2003-06\n10 QI Bao-sen~1,WANG Zhi~2,XU Ying~1,ZHANG Gang~1,WANG Cheng-guo~1(1.College of Materials Science and Engineering,Shandong University,Jinan Shandong 250061,China;2.Jinan Municipal Construction Engineering Quality Supervision Station,Jinan shangdong 250021,China);The Cr-Al Alloy Coating on Grinding Balls Surface by Mechanical Alloying[J];Heat Treatment of Metals;2005-04\n2 Liu Ping; Cao Xingguo; Kang Buxi; Huang Jinliang; Gu Haicheng;MICROSTURCTURE AND PROPERTIES OF RAPIDLY SOLIDIFIED Cu - Cr MLLOY WITH HIGH - STRENGTH HIGH - CONDUCTIVITY[J];ORDNANCE MATERIAL SCIENCE AND ENGINEERING;1999-01\n3 Li Jinping,Luo Shoujing,Gong Zhaohui,Hu Weiye,Niu Wei;STUDY OF THE EFFECT OF THE TECHNOLOGY PARAMETERS ON CuCr ALLOYS POWDERS MADE BY MECHANICAL ALLOYING[J];Ordnance Material Science and Engineering;2000-06\n5 LI Hong - xia, TIAN Bao - hong, SONG Ke - xing, LIU Ping (Institute of Materials Science and Engineering, Henan University of Science and Technology, Luoyang Henan 471039, China);Research on Al_2O_3/ Cu composite prepared by internal oxidation[J];Ordnance Material Science and Engineering;2004-05\n6 LIU De - bao, GUI Chun - xiang, MA Xu ( Institute of Material, Hebei University of Technology, Tianjin 300293, China; Institute of Material, Tianjin University of Technology, Tianjin 300191, China);Surface coating copper on AlN particle and AlN particle - reinforced copper matrix composites[J];Ordnance Material Science and Engineering;2005-02\n8 Xu Ying;.( Dept of Materials Science, Shanhai Jiao Tong University,Shanghai 200030) Xu Dong; Wang Zheng; et al;MELTING AND CASTING TECHNOLOGY OF INTERMETALLICS[J];ORDNANCE MATERIAL SCIENCE AND ENGINEERING;1996-05\n9 Zhao Naiqin, Department of Materials Science and Engineering,Tianjin University, 300072, Li Guojun, Wang Changju, et al;STUDY ON ELECTRIC RESISTANCE WELDING ELECTRODE MADE WITH PM VACUUM HOT-PRESSED WC/Cu COMPOSITE[J];ORDNANCE MATERIAL SCIENCE AND ENGINEERING;1997-03\n10 Wang Yaping, Zhao Feng, Ding Bingjun, Zhou Jingen;PREPARATION AND PROPERTIES OF CuCr CONTACT MATERIALS WITH NANOMETER GRAINS[J];ORDNANCE MATERIAL SCIENCE AND ENGINEERING;1998-03\n1 HUANG Zhen~1,SHEN Yi-fu~1,ZHU Yong-bing~(1.2),GU Dong-dong~1(1.College of Material Science and Technology,Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China;2.Suzhou Instilute for Non-ferrous Metal Research,Suzhou 215026,China);Preparation of Cr coating on low carbon steel by high-energy ball willing[J];Ordnance Material Science and Engineering;2008-02\n2 DING Yuan–zhu, ZHAO Guo–gang, WANG Zhen–ting (College of Materials Science and Engineering, Heilongjiang Institute of Science and Technology, Harbin 150027);Microstructure and Wear Resistance of in-situ Synthesis ZrC Particulate Reinforced Metal Matrix Composite Coating by Argon Arc Cladding[J];China Surface Engineering;2009-03\n4 Ma Yunzhu, Huang Baiyun, Liu Wensheng, Wang Denglong (State Key Laboratory for Powder Metallurgy, Central South University, Changsha 410083, China);Effect of Rare Earth Y on Properties and Microstructure of Nano-Powder 90W-7Ni-3Fe Alloy[J];Rare Metal Materials and Engineering;2005-11\n5 Han Jiecai, Zhang Deming, Chen Guiqing, Zhang Xinghong (Center for Composite Materials, Harbin Institute of Technology, Harbin 150080, China);Research on Ti-Al/Nb Multilayer Composites Fabricated by EB-PVD[J];Rare Metal Materials and Engineering;2006-10\n7 Zheng Haizhong1,2, Lu Shiqiang2, Xiao Xuan1, Li Xin2, Wang Kelu2, Dong Xianjuan2 (1. Nanjing University of Aeronautics and Astronautics, Nanjing 210016, China) (2. Nanchang Institute of Aeronautical Technology, Nanchang 330063, China);Research Progress on Brittleness of Laves Phase NbCr_2 Compounds at Ambient Temperature[J];Rare Metal Materials and Engineering;2007-01\n8 Zhang Deming,Chen Guiqing,Meng Songhe,Qu Wei,Han Jiecai (Harbin Institute of Technology,Harbin 150001,China);Phase Composition and Microanalysis of TiAl-Based Alloys Sheet by Electron Beam-Physical Vapor Deposition[J];Rare Metal Materials and Engineering;2007-06


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