url: =Optimum Design of F-P Optical Fiber Sensor PD Detecting PI Ben-xi;CAO Xu;NIE De-xin;CHENG Lin;JIANG Shuo;LIU Yun-peng;State Grid Electric Power Research Institute;North China Electric Power University;\nAnalysis of Research Status of Optical Current Transformer LI Zhen-hua;WANG Yao;SUN Wan-zhen;TAO Yuan;LI Zhen-xing;Hubei Research Center on Microgrid Engineering Technology\nInfluence of Garton Effect on Dielectric Loss Measurement of Capacitor Voltage Transformer YANG Xian;MA Zhi-qin;FU Yi-ding;LIN Chun-yao;RAO Zhang-quan;ZHOU Yuan;Electric Power Research Institute of Guangdong Power Grid Co.\nConstruction and Application of Test Platform for 110kV Transformer's Multi-source Partial Discharge Scene CHEN Min;ZHAN Jiang-yang;HE Wen-lin;WANG Yan-bo;YANG Zhi;DONG Xue-song;State Grid Zhejiang Electric Power Company Electric Power Research Institute;Xi'an Jiaotong University;\nDesign of 1200kV Testing Transformer with Closed Gas Insulation Structure ZHANG Jie;NIE De-xin;CHENG Lin;WU Wei-ning;NARI Group Corporation\nInfluences of Temperature and Moisture on Aging Laws of Nomex Insulation Dielectric Properties for Mine Dry Type Transformer GAO Zhi-wei;LIN Ling-yan;WEN Min-min;SONG Jian-cheng;LI Lu;ZHANG Jian-hua;Taiyuan University of Technology;\nAnalysis and Improvement on Oil Level Indication Problem of Metal Corrugated Oil Conservator YAO Tian-biao;LIU Qiang;ZHANG Guo-dong;LI Zhi-tao;YANG Jun-hai;Shandong Wuyue Electrical Appliance Co.\nFire Performance Test of Natural Ester Insulating Oil-Immersed Transformer CAI Sheng-wei;SHAO Min-feng;CHEN Cheng;HE Ling;WU Ren-yi;WU Zhi-rong;China Electric Power Research Institute;State Grid Materials Co.\nAnalysis and Treatment of Partial Discharge Exceeded for 500kV High Voltage Bushing of Transformer QIU Xin-jie;WANG Liu-fang;DING Guo-cheng;YIN Rui-han;WU Xing-wang;Electric Power Research Institute\nAnalysis and Treatment of 750kV Reactor Bushing Failure XU Guang-hu;ZHENG Yi;YUAN Long-xiang;CHEN Gang;YANG Ding-qian;MENG Qing-min;Electric Power Research Institute\nFault Analysis of 500kV Transformer in Electricity Substation WANG Ming;LIU Xiao-li;TANG Jun;YANG Han;ZHANG Yao;ZHANG Xin;Guodian Science and Technology Research Institute Co.\nFault Analysis of Transformer HV Bushing Caused by Fracture of Conductive Pipe QIN Shao-rui;DING Guo-cheng;LI Jian-lin;YIN Rui-han;SONG Dong-bo;ZHANG Chen-chen;State Grid An Hui Electric Power Research Institute;State Grid An Hui Electric Power Co.\nTechnical Features and Design Points of 3D Wound Core Load Regulated Distribution Transformer LIANG Qing-ning;ZHANG Shu-jing;Haihong Electric Co.\nThe Influence of Measuring Capacitance on Breaking Over-Voltage of Dry-Type Air Core Reactor LAI Jun-ju;NIE Hong-yan;OU Shu-hua;WANG Yong-hong;ZHU Hui-wen;Qingyuan Power Supply Bureau of Guangdong Power Grid Cooperation;Science and Technology Development Corporation of Harbin University of Science and Technology;\nStability Analysis and Calculation of Cylindrical Oil Conservator CHU Wei;LI Wei-peng;MA Fu-jian;GUO Zhi-fang;SHAO Lei;Shandong Luneng Mount Tai Electric Equipment Co.\nOptimization Design of Highway Transportation Project of Dry-Type Transformer Based on HyperWorks ZHU Tian-you;YU Xiong;LIU Ling;Hainan Jinpan Smart Technology Co.


timestamp: tn

url: =Overall Red Tropical Cyclone alert for CHANTHU-21 in China, Philippines from 06 Sep 2021 06:00 UTC to 11 Sep 2021 18:00 UTC\nMaximum storm surge 2.8 m (13 Sep 23:00 UTC)\n13 Sep 2021 06:00 - 13 Sep 2021 18:00\nGDACS Current 204 km/h 2.8 m n.a. 1.5\nGDACS Overall 287 km/h 2.8 m n.a. 1.5\nUp to 6.1 million people in Category 1 strength or higher (see SSHS)\n23 12 Sep 2021 06:00 Category 3 194 77.4 million people 51000 people 24.8, 122.2\n23 12 Sep 2021 18:00 Category 3 185 135.4 million people 3900 people 27.1, 122.3\n23 13 Sep 2021 06:00 Category 2 167 122.4 million people 4.8 million people 29, 122.3\n23 13 Sep 2021 18:00 Category 1 148 117.1 million people 5.5 million people 30.1, 122.2 China\n23 14 Sep 2021 18:00 Tropical storm 111 90.6 million people no people 31, 122.3\n23 15 Sep 2021 18:00 Tropical storm 93 57.9 million people no people 31.8, 123.2\n23 16 Sep 2021 18:00 Tropical storm 83 no people no people 32.7, 125.2\nThe maximum Storm surge height is 2.8m in Hsieh-fu, China. This height is estimated for 13 Sep 2021 23:00 UTC .\nLocations affected by Storm surge (733 locations). Calculation based on advisory number 23 of 11 Sep 2021 18:00:00 UTC. (Simulation using 0.5 minute resolution)\n13 Sep 2021 23:00 Hsieh-fu China 2.8\n13 Sep 2021 23:00 Wantang China 2.8\n14 Sep 2021 00:00 Ganlan China 2.8\n14 Sep 2021 00:00 Dongsha China 2.7\n13 Sep 2021 22:00 Taipingzha China 2.6\n13 Sep 2021 22:00 Feng-p'u-ao China 2.6\n13 Sep 2021 22:00 Ch'iu-wang China 2.6\n13 Sep 2021 22:00 Ch'ing-shui-hu China 2.6\n14 Sep 2021 00:00 Gaoting China 2.6\n14 Sep 2021 00:00 Nanfeng China 2.6\n13 Sep 2021 22:00 Ch'ai-ch'iao China 2.4\n14 Sep 2021 00:00 Ch'en-chia-lu China 2.3\n14 Sep 2021 00:00 Ligang China 2.2\n13 Sep 2021 23:00 Ch'ien-ni China 2.1\n13 Sep 2021 23:00 Chengpu China 2.1\n13 Sep 2021 21:00 Jiangjia China 2.1\n13 Sep 2021 21:00 Daniwan China 2.1\n13 Sep 2021 21:00 Shigaotang China 2.1\n13 Sep 2021 21:00 Beiqigen China 2.1\n13 Sep 2021 23:00 Dinggang China 2.1\n13 Sep 2021 23:00 Ancheng China 2.1\n13 Sep 2021 23:00 Chang-chia-li China 2.1\n13 Sep 2021 23:00 Hsi-hui-tsui China 2.1\n13 Sep 2021 21:00 Beilungang China 2.1\n13 Sep 2021 23:00 Hsin-p'u China 2.0\n13 Sep 2021 23:00 Chou-hung-ch'iu China 1.9\n13 Sep 2021 23:00 Hsiung-ting-yu China 1.9\n13 Sep 2021 18:00 Hsieh-t'ang China 1.9\n13 Sep 2021 23:00 Linshan China 1.9\n13 Sep 2021 23:00 Hsiao-an-chieh China 1.9\n14 Sep 2021 12:00 Bailonggang China 1.8\n13 Sep 2021 18:00 Ganpu China 1.8\n14 Sep 2021 11:00 Gongjialu China 1.8\n13 Sep 2021 18:00 Huangwan China 1.7\n13 Sep 2021 17:00 Chu-ch'iao-chen China 1.7\n14 Sep 2021 10:00 Dongdayang China 1.7\n14 Sep 2021 10:00 Baoshan China 1.7\n14 Sep 2021 10:00 Cao'antou China 1.7\n14 Sep 2021 10:00 Beishenjiazhai China 1.7\n13 Sep 2021 18:00 Chiu-hsiang-chen China 1.7\n14 Sep 2021 09:00 Sheng-chia-ch'iao China 1.7\n14 Sep 2021 10:00 Yuansha China 1.7\n14 Sep 2021 10:00 Gulu China 1.7\n14 Sep 2021 09:00 Tiaobanqiao China 1.7\n14 Sep 2021 10:00 Yangyuan China 1.7\n14 Sep 2021 10:00 Gaodong China 1.7\n13 Sep 2021 18:00 Dingqiao China 1.7\n13 Sep 2021 18:00 Chaoyang China 1.7\n14 Sep 2021 10:00 Panshi China 1.7\n13 Sep 2021 22:00 Changchuanba China 1.7\n14 Sep 2021 10:00 Dongxing China 1.7\n14 Sep 2021 10:00 Qianwei China 1.7\n14 Sep 2021 09:00 Qianjing China 1.6\n14 Sep 2021 13:00 T'ai-an-chen China 1.6\n13 Sep 2021 21:00 Dinghai China 1.6\n14 Sep 2021 08:00 Shiqiao China 1.6\n14 Sep 2021 08:00 Hsu-p'u China 1.6\n14 Sep 2021 08:00 Liujiazhai China 1.6\n14 Sep 2021 10:00 Fumin China 1.6\n15 Sep 2021 16:00 Huangang China 1.6\n14 Sep 2021 12:00 Hsin-min China 1.6\n14 Sep 2021 14:00 Nanqinghe China 1.6\n14 Sep 2021 08:00 Chiu-ch'u-chen China 1.6\n14 Sep 2021 08:00 Dujiaqiao China 1.6\n14 Sep 2021 08:00 Fou-ch'iao China 1.6\n14 Sep 2021 08:00 Xizhoushi China 1.6\n14 Sep 2021 08:00 Zhangjiaxiang China 1.6\n14 Sep 2021 13:00 Lingdianzhen China 1.6\n14 Sep 2021 13:00 Beixingzhen China 1.6\n14 Sep 2021 13:00 Daxingzhen China 1.6\n14 Sep 2021 08:00 Ri'aitang China 1.5\n14 Sep 2021 09:00 Youcheqiao China 1.5\n14 Sep 2021 10:00 Nanbu China 1.5\n14 Sep 2021 06:00 Ta-ch'u China 1.5\n13 Sep 2021 21:00 Guoju China 1.5\n13 Sep 2021 22:00 Cheng-chia-tai China 1.5\n15 Sep 2021 15:00 Beikan China 1.5\n14 Sep 2021 07:00 Lixinzha China 1.5\n14 Sep 2021 07:00 Chao-feng-chen China 1.5\n15 Sep 2021 15:00 Hsiao-yang-k'ou China 1.5\n15 Sep 2021 02:00 Haiyanzhen China 1.5\n15 Sep 2021 03:00 Donggangcun China 1.4\n15 Sep 2021 03:00 Xining China 1.4\n15 Sep 2021 03:00 Lusi China 1.4\n15 Sep 2021 16:00 Liu-tsao China 1.4\n13 Sep 2021 22:00 Zhapu China 1.4\n13 Sep 2021 22:00 Niu-ch'iao-shih China 1.4\n14 Sep 2021 07:00 Hsin-k'ai-kang China 1.4\n15 Sep 2021 17:00 Dongtaihezha China 1.4\n14 Sep 2021 07:00 Zhaoqiao China 1.4\n15 Sep 2021 16:00 Liulishe China 1.4\n13 Sep 2021 22:00 Hsing-hsing-chen China 1.4\n14 Sep 2021 07:00 Jingliuwei China 1.4\n14 Sep 2021 08:00 Chin-feng-chen China 1.4\n13 Sep 2021 22:00 Chou-chia-peng China 1.4\n14 Sep 2021 07:00 Qianduanjiawei China 1.4\n14 Sep 2021 07:00 Nantong China 1.4\n13 Sep 2021 22:00 Chin-ssu-niang-ch'iao China 1.3\n13 Sep 2021 21:00 Chung-tse China 1.3\n14 Sep 2021 08:00 Lu-ching-chiang China 1.3\n13 Sep 2021 17:00 P'u-t'o China 1.3\n13 Sep 2021 22:00 Jinshanwei China 1.3\n14 Sep 2021 08:00 Hengtianwei China 1.3\n14 Sep 2021 08:00 Ligang China 1.3\n13 Sep 2021 22:00 Chin-shan-tsui China 1.3\n14 Sep 2021 00:00 Changtu China 1.3\n15 Sep 2021 18:00 T'ang-sheng-chiang China 1.3\n13 Sep 2021 14:00 Da'ao China 1.3\n13 Sep 2021 22:00 Shanyang China 1.3\n13 Sep 2021 22:00 Caojing China 1.3\n13 Sep 2021 14:00 Chiao-t'ou China 1.3\n15 Sep 2021 18:00 Xinyanggang China 1.3\n15 Sep 2021 18:00 Liuduo China 1.2\n13 Sep 2021 10:00 Litang China 1.2\n13 Sep 2021 07:00 Hepu China 1.2\n13 Sep 2021 07:00 Danmen China 1.2\n13 Sep 2021 07:00 Shihphu China 1.2\n15 Sep 2021 18:00 Huangshagang China 1.2\n13 Sep 2021 09:00 Xianxiang China 1.2\n13 Sep 2021 09:00 Zhuxi China 1.2\n15 Sep 2021 18:00 Xugou China 1.2\n15 Sep 2021 18:00 Yanweigang China 1.2\n15 Sep 2021 18:00 Dongxiaohai China 1.1\n15 Sep 2021 18:00 Yancangcheng China 1.1\n15 Sep 2021 18:00 Hsia-k'ou China 1.1\n13 Sep 2021 17:00 Luomen China 1.1\n15 Sep 2021 18:00 Dongxi Liandao China 1.1\n15 Sep 2021 18:00 Hsing-chuang China 1.1\n15 Sep 2021 18:00 Haitou China 1.1\n15 Sep 2021 18:00 Ta-yu-chien China 1.1\n15 Sep 2021 18:00 Shuangyangzha China 1.1\n13 Sep 2021 08:00 Chiu-nan-t'ien China 1.0\n14 Sep 2021 02:00 Tiantu China 1.0\n15 Sep 2021 18:00 Jiuliqi China 1.0\n15 Sep 2021 18:00 Che-wang China 1.0\n15 Sep 2021 18:00 Shiqiao China 1.0\n13 Sep 2021 09:00 Sanshan China 1.0\n13 Sep 2021 01:00 Chin-ch'ing China 0.9\n15 Sep 2021 18:00 Fenshui China 0.9\n13 Sep 2021 15:00 Ta-chan China 0.9\n13 Sep 2021 11:00 Qiancang China 0.9\n15 Sep 2021 18:00 Andongwei China 0.9\n15 Sep 2021 18:00 Lanshantou China 0.9\n15 Sep 2021 18:00 Taolekow China 0.9\n15 Sep 2021 18:00 Shijiusuo China 0.8\n15 Sep 2021 18:00 Liujiazhai China 0.8\n15 Sep 2021 18:00 Hsia-ho-ch'eng China 0.8\n15 Sep 2021 18:00 Xiahecheng China 0.7\n13 Sep 2021 00:00 Shangpan China 0.7\n13 Sep 2021 00:00 Lingmen China 0.7\n13 Sep 2021 00:00 Aohuan China 0.7\n15 Sep 2021 17:00 Zhangjialou China 0.7\n13 Sep 2021 02:00 Sichalu China 0.7\n15 Sep 2021 18:00 Lingshanwei China 0.6\n15 Sep 2021 18:00 Houwan China 0.6\n15 Sep 2021 18:00 Yantaiqian China 0.6\n15 Sep 2021 18:00 Xianlang China 0.6\n15 Sep 2021 18:00 Beizhuang China 0.6\n15 Sep 2021 18:00 Hongshiya China 0.6\n15 Sep 2021 18:00 Ch'ing-tao China 0.6\n15 Sep 2021 18:00 Qingdao China 0.6\n15 Sep 2021 18:00 Fushansuo China 0.6\n15 Sep 2021 18:00 Sifang China 0.6\n15 Sep 2021 18:00 Wangcun China 0.6\n15 Sep 2021 18:00 Wali China 0.6\n15 Sep 2021 18:00 Ta-shan China 0.6\n15 Sep 2021 18:00 Shazikou China 0.6\n15 Sep 2021 09:00 Yang-chiao China 0.6\n15 Sep 2021 18:00 Xingcun China 0.6\n15 Sep 2021 18:00 Dashan China 0.6\n15 Sep 2021 17:00 Wanggezhuang China 0.5\n15 Sep 2021 17:00 Aoshanwei China 0.5\n15 Sep 2021 18:00 Nanhong China 0.5\n15 Sep 2021 18:00 Ts'ang-k'ou China 0.5\n15 Sep 2021 07:00 Hutouya China 0.5\n14 Sep 2021 02:00 Bianjiao'ao China 0.5\n15 Sep 2021 18:00 Fengcheng China 0.5\n15 Sep 2021 17:00 Qiganshi China 0.5\n15 Sep 2021 05:00 Erdaogou China 0.5\n15 Sep 2021 05:00 Lijiapu China 0.5\n15 Sep 2021 05:00 Zhaojiapu China 0.5\n15 Sep 2021 05:00 Liuhongbo China 0.5\n15 Sep 2021 04:00 Xujiapu China 0.5\n15 Sep 2021 18:00 Hsien-chia-chai China 0.5\n15 Sep 2021 18:00 Ju-shan-k'ou China 0.4\n15 Sep 2021 18:00 Hai-yang-so China 0.4\n15 Sep 2021 01:00 Binhaicun China 0.4\n15 Sep 2021 01:00 Tangjiahe China 0.4\n15 Sep 2021 01:00 Baishuitou China 0.4\n15 Sep 2021 18:00 Baishatan China 0.4\n15 Sep 2021 18:00 Langnuankou China 0.4\n15 Sep 2021 18:00 Xiaoguan China 0.4\n15 Sep 2021 00:00 Gaoshalingcun China 0.4\n15 Sep 2021 17:00 Zeku China 0.4\n15 Sep 2021 00:00 Dagu China 0.4\n15 Sep 2021 00:00 Tanggu China 0.4\n15 Sep 2021 00:00 Pehtang China 0.4\n15 Sep 2021 05:00 Tsang-shang China 0.4\n15 Sep 2021 05:00 Dayuan China 0.4\n12 Sep 2021 16:00 Sha-fan-chieh China 0.4\n12 Sep 2021 16:00 Gexiang China 0.4\n14 Sep 2021 03:00 Fangang China 0.4\n14 Sep 2021 20:00 Caijiapu China 0.4\n14 Sep 2021 20:00 Qingtuozi China 0.4\n15 Sep 2021 18:00 Chengyang China 0.4\n12 Sep 2021 11:00 Da'ao China 0.4\n13 Sep 2021 14:00 T'ien-hou-kung China 0.4\n14 Sep 2021 19:00 Beipu China 0.4\n14 Sep 2021 20:00 Shuangqiaozi China 0.4\n14 Sep 2021 20:00 Bijiaquan China 0.4\n14 Sep 2021 20:00 Heiyanzi China 0.4\n15 Sep 2021 03:00 Hsin-chuang China 0.4\n15 Sep 2021 17:00 Xilangnuan China 0.4\n14 Sep 2021 20:00 Zhangzhuangzi China 0.4\n14 Sep 2021 20:00 Hei-yang-ho-pao China 0.4\n14 Sep 2021 19:00 Nancaoji China 0.4\n14 Sep 2021 18:00 Xihenancun China 0.4\n15 Sep 2021 17:00 Changji-dong Republic of Korea 0.4\n15 Sep 2021 17:00 Changjong-ni Republic of Korea 0.4\n15 Sep 2021 17:00 Aya-ri Republic of Korea 0.4\n13 Sep 2021 14:00 Nan 'ao China 0.4\n14 Sep 2021 19:00 Liu-tsan China 0.4\n14 Sep 2021 19:00 Dazhuanghe China 0.4\n14 Sep 2021 19:00 Daqinghe China 0.4\n14 Sep 2021 18:00 Hsiao-po-ho-chai China 0.4\n14 Sep 2021 18:00 Beidaihehaibin China 0.4\n14 Sep 2021 18:00 Guidizhai China 0.4\n15 Sep 2021 02:00 Qimudao China 0.4\n12 Sep 2021 17:00 Banping China 0.4\n12 Sep 2021 17:00 Bei'ao China 0.4\n15 Sep 2021 17:00 Wuleidao China 0.4\n15 Sep 2021 18:00 Huangshan China 0.4\n15 Sep 2021 18:00 Jen-ho-chi China 0.4\n15 Sep 2021 18:00 Qiandao China 0.4\n14 Sep 2021 19:00 Tuanlin China 0.4\n14 Sep 2021 18:00 Dapuhe China 0.4\n14 Sep 2021 18:00 Ch'ien-ma-fang China 0.4\n14 Sep 2021 18:00 Wan-chia-t'un China 0.4\n15 Sep 2021 02:00 Huangshanguan China 0.4\n15 Sep 2021 02:00 Beima China 0.4\n15 Sep 2021 02:00 Longkou China 0.4\n12 Sep 2021 17:00 Touyan China 0.4\n12 Sep 2021 18:00 Guan'ao China 0.4\n15 Sep 2021 18:00 Jinghaiwei China 0.4\n14 Sep 2021 18:00 Shandongpu China 0.4\n14 Sep 2021 18:00 Qinhuangdao China 0.4\n14 Sep 2021 18:00 Shanhaiguan China 0.4\n14 Sep 2021 18:00 Nanhai China 0.4\n14 Sep 2021 18:00 Qiangzili China 0.4\n14 Sep 2021 22:00 Niejia China 0.4\n12 Sep 2021 10:00 San Shah China 0.3\n12 Sep 2021 10:00 Guhuai China 0.3\n12 Sep 2021 10:00 Chiang-t'ien China 0.3\n12 Sep 2021 10:00 Pingtan China 0.3\n12 Sep 2021 10:00 Gaoshan China 0.3\n12 Sep 2021 10:00 Ta-ch'iu China 0.3\n14 Sep 2021 15:00 Gezhenpu China 0.3\n14 Sep 2021 15:00 Nanguanling China 0.3\n15 Sep 2021 18:00 Ning-ching-so China 0.3\n14 Sep 2021 23:00 Dengzhou China 0.3\n14 Sep 2021 23:00 Penglai China 0.3\n14 Sep 2021 16:00 Santang China 0.3\n14 Sep 2021 18:00 Shahousuo China 0.3\n14 Sep 2021 22:00 Beigou China 0.3\n14 Sep 2021 18:00 Xiaowu China 0.3\n14 Sep 2021 18:00 Ma-chang-fang China 0.3\n14 Sep 2021 18:00 Koroto China 0.3\n14 Sep 2021 18:00 Tien-chiao-chang China 0.3\n14 Sep 2021 18:00 Wangjiawopu China 0.3\n14 Sep 2021 17:00 Huatong China 0.3\n14 Sep 2021 17:00 Lu-chia-t'un China 0.3\n14 Sep 2021 17:00 Wangzhai China 0.3\n14 Sep 2021 15:00 Dalian China 0.3\n14 Sep 2021 15:00 Dayandao China 0.3\n14 Sep 2021 15:00 Houyantun China 0.3\n14 Sep 2021 15:00 Dingguanzhai China 0.3\n14 Sep 2021 16:00 Qianyangjiacun China 0.3\n14 Sep 2021 16:00 Jinzhou China 0.3\n14 Sep 2021 10:00 Teng-sha-ho China 0.3\n15 Sep 2021 18:00 Shidao China 0.3\n14 Sep 2021 16:00 Sanguanmiao China 0.3\n14 Sep 2021 16:00 Wang-chia-tun China 0.3\n14 Sep 2021 16:00 Ch'ang-ling-tzu China 0.3\n14 Sep 2021 16:00 Donggang China 0.3\n14 Sep 2021 16:00 Ma-chia-tun China 0.3\n14 Sep 2021 16:00 Guizhou China 0.3\n15 Sep 2021 18:00 Ch'ih-shan-chi China 0.3\n14 Sep 2021 14:00 Xihuzui China 0.3\n14 Sep 2021 15:00 Tieshan China 0.3\n14 Sep 2021 11:00 Wanli China 0.3\n14 Sep 2021 11:00 Dongjiagou China 0.3\n15 Sep 2021 18:00 Dazhuang China 0.3\n14 Sep 2021 15:00 Xinzhaizi China 0.3\n14 Sep 2021 15:00 Wudao China 0.3\n14 Sep 2021 15:00 Yingchengzi China 0.3\n15 Sep 2021 18:00 Laoshantun China 0.3\n14 Sep 2021 16:00 Fu-chou-wan China 0.3\n14 Sep 2021 23:00 Dajijia China 0.3\n14 Sep 2021 23:00 Ku-hsien China 0.3\n14 Sep 2021 23:00 Fushan China 0.3\n14 Sep 2021 17:00 Panyuchwan China 0.3\n14 Sep 2021 16:00 Baishuijing China 0.3\n12 Sep 2021 11:00 Sansha China 0.3\n14 Sep 2021 11:00 Ch'ing-shui-ho China 0.3\n14 Sep 2021 11:00 Pikou China 0.3\n14 Sep 2021 13:00 Lushun China 0.3\n14 Sep 2021 13:00 Shuishiying China 0.3\n14 Sep 2021 11:00 Dagushan China 0.3\n14 Sep 2021 11:00 Nianyuwan China 0.3\n14 Sep 2021 11:00 Dalijia China 0.3\n14 Sep 2021 15:00 Jiaoliudao China 0.3\n14 Sep 2021 15:00 Wu-tao China 0.3\n14 Sep 2021 23:00 Chu-chi China 0.3\n14 Sep 2021 23:00 Yantai China 0.3\n15 Sep 2021 00:00 Zhifuzhen China 0.3\n15 Sep 2021 00:00 Cheefoo China 0.3\n15 Sep 2021 00:00 Qianqikuang China 0.3\n15 Sep 2021 00:00 Mashanshangzhai China 0.3\n15 Sep 2021 00:00 Muping China 0.3\n15 Sep 2021 00:00 Dongshanbeitou China 0.3\n14 Sep 2021 18:00 Erjiegou China 0.3\n14 Sep 2021 17:00 Liaobin China 0.3\n12 Sep 2021 07:00 Fu-lien Taiwan 0.3\n14 Sep 2021 11:00 Wujiatun China 0.3\n14 Sep 2021 11:00 Jiaxinzi China 0.3\n14 Sep 2021 13:00 Hsiao-p'ing-tao China 0.3\n14 Sep 2021 12:00 Xinghaitun China 0.3\n14 Sep 2021 12:00 Dal'niy China 0.3\n14 Sep 2021 10:00 Dafangshen China 0.3\n14 Sep 2021 10:00 Wangjia China 0.3\n15 Sep 2021 00:00 Shang-chuang China 0.3\n14 Sep 2021 23:00 Beidianzi China 0.3\n15 Sep 2021 17:00 Yuanyaocun China 0.3\n15 Sep 2021 17:00 Weihai China 0.3\n12 Sep 2021 10:00 Guanjing China 0.3\n12 Sep 2021 10:00 Qingfeng China 0.3\n12 Sep 2021 16:00 Beilong China 0.3\n14 Sep 2021 11:00 K'an-tzu China 0.3\n14 Sep 2021 11:00 Fangshentun China 0.3\n14 Sep 2021 10:00 Zhuanghe China 0.3\n14 Sep 2021 10:00 Shishan China 0.3\n14 Sep 2021 10:00 Nanjian China 0.3\n14 Sep 2021 23:00 Jianggezhuang China 0.3\n15 Sep 2021 17:00 Chijung-ni Republic of Korea 0.3\n14 Sep 2021 02:00 Shengshan China 0.3\n14 Sep 2021 10:00 Huangtukan China 0.3\n14 Sep 2021 10:00 Dadong China 0.3\n14 Sep 2021 23:00 Tiancun China 0.3\n14 Sep 2021 23:00 Zaobu China 0.3\n14 Sep 2021 10:00 Anzishan China 0.3\n14 Sep 2021 10:00 Ch'ing-tui-tzu China 0.3\n12 Sep 2021 07:00 Lao-tung Taiwan 0.3\n14 Sep 2021 10:00 Pei-ching-tzu China 0.3\n15 Sep 2021 00:00 Xizhuang China 0.3\n15 Sep 2021 00:00 Jiurongcheng China 0.3\n15 Sep 2021 17:00 Chinch'ang Republic of Korea 0.3\n14 Sep 2021 09:00 Monggumpo-ri Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Yongsapo Democratic People's Republic of Korea 0.3\n15 Sep 2021 00:00 Xiaogangnantou China 0.3\n15 Sep 2021 00:00 Dashijiapo China 0.3\n15 Sep 2021 00:00 Wolongcun China 0.3\n15 Sep 2021 17:00 Haenggan-ni Republic of Korea 0.3\n12 Sep 2021 09:00 Tung-tai China 0.3\n14 Sep 2021 09:00 Chandae-dong Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Kaju-dong Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Ch'angam-dong Democratic People's Republic of Korea 0.3\n14 Sep 2021 08:00 Hyu-dong Democratic People's Republic of Korea 0.3\n14 Sep 2021 08:00 Chungga-dong Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Ch'am-ch'on Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Pungchon Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Sinmi-dong Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Genjo Democratic People's Republic of Korea 0.3\n14 Sep 2021 09:00 Chukhang Republic of Korea 0.2\n14 Sep 2021 08:00 Sondup'yong Democratic People's Republic of Korea 0.2\n14 Sep 2021 08:00 Sogang-ni Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Chung-ni Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Sogon-ni Democratic People's Republic of Korea 0.2\n14 Sep 2021 08:00 Sanggun-dong Democratic People's Republic of Korea 0.2\n14 Sep 2021 08:00 Ugom Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Arang-dong Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Sagi-ri Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Chosa-dong Democratic People's Republic of Korea 0.2\n14 Sep 2021 10:00 An-ch'on Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Amdu-ri Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Choyang-ni Democratic People's Republic of Korea 0.2\n15 Sep 2021 18:00 Chibuk Republic of Korea 0.2\n15 Sep 2021 18:00 Doko-ri Republic of Korea 0.2\n15 Sep 2021 18:00 Bunkai-ri Republic of Korea 0.2\n15 Sep 2021 18:00 Ach'on Republic of Korea 0.2\n15 Sep 2021 18:00 Ikkum-ni Republic of Korea 0.2\n15 Sep 2021 18:00 Changgo Republic of Korea 0.2\n15 Sep 2021 18:00 Tengan-ri Republic of Korea 0.2\n15 Sep 2021 18:00 Aenang-ni Republic of Korea 0.2\n14 Sep 2021 09:00 Changdae Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Ongjin Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Sogimdok Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Sigyo-ri Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Changsu-ri Democratic People's Republic of Korea 0.2\n14 Sep 2021 10:00 Sanyonp'yong Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Changp'o Democratic People's Republic of Korea 0.2\n14 Sep 2021 09:00 Yung-ni Democratic People's Republic of Korea 0.2\n14 Sep 2021 08:00 Hwajin-ni Democratic People's Republic of Korea 0.2\n14 Sep 2021 08:00 Chungang-ni Democratic People's Republic of Korea 0.2\n14 Sep 2021 08:00 Unhaktong-Namso-ri Democratic People's Republic of Korea 0.2\n12 Sep 2021 16:00 Huanshan China 0.2\n14 Sep 2021 06:00 Amch'on Republic of Korea 0.2\n14 Sep 2021 08:00 Och'ong Republic of Korea 0.2\n15 Sep 2021 17:00 Chinsan-ni Republic of Korea 0.2\n12 Sep 2021 16:00 Chumen China 0.2\n12 Sep 2021 11:00 Pucheng China 0.2\n12 Sep 2021 12:00 Xiabu China 0.2\n12 Sep 2021 12:00 Zhuangyuanqiao China 0.2\n12 Sep 2021 12:00 Longwan China 0.2\n12 Sep 2021 12:00 Jiangtan China 0.2\n14 Sep 2021 08:00 Hwangdo Republic of Korea 0.2\n14 Sep 2021 09:00 Etsuu Republic of Korea 0.2\n14 Sep 2021 08:00 Oejongsan Republic of Korea 0.2\n15 Sep 2021 18:00 Kok'ori Republic of Korea 0.2\n12 Sep 2021 11:00 Xiaguan China 0.2\n14 Sep 2021 06:00 Banzaito-ri Republic of Korea 0.2\n15 Sep 2021 16:00 Sep'o Republic of Korea 0.2\n15 Sep 2021 16:00 Joman-ri Republic of Korea 0.2\n15 Sep 2021 16:00 Jindo Republic of Korea 0.2\n14 Sep 2021 06:00 Chogun-mal Republic of Korea 0.2\n14 Sep 2021 08:00 Dongmun Republic of Korea 0.2\n14 Sep 2021 08:00 Oe-dong Republic of Korea 0.2\n14 Sep 2021 09:00 Chawol-li Republic of Korea 0.2\n15 Sep 2021 17:00 Bosei-ri Republic of Korea 0.2\n14 Sep 2021 10:00 Anmal Republic of Korea 0.2\n15 Sep 2021 17:00 Wando Republic of Korea 0.2\n12 Sep 2021 08:00 Hsin-chiang Taiwan 0.2\n12 Sep 2021 08:00 Hsia-lun Taiwan 0.2\n12 Sep 2021 08:00 Sa-ti Taiwan 0.2\n12 Sep 2021 08:00 Hai-kou Taiwan 0.2\n12 Sep 2021 08:00 Chung-ch'i Taiwan 0.2\n12 Sep 2021 08:00 San-hsing Taiwan 0.2\n12 Sep 2021 08:00 T'ai-hsi Taiwan 0.2\n14 Sep 2021 05:00 Chehang-ni Republic of Korea 0.2\n14 Sep 2021 05:00 Ant'ae Republic of Korea 0.2\n14 Sep 2021 07:00 Kan Republic of Korea 0.2\n14 Sep 2021 08:00 Sinsong Republic of Korea 0.2\n14 Sep 2021 08:00 Chungjang Republic of Korea 0.2\n14 Sep 2021 08:00 Tongmokp Republic of Korea 0.2\n14 Sep 2021 08:00 Mongmal Republic of Korea 0.2\n14 Sep 2021 09:00 Hasambong Republic of Korea 0.2\n14 Sep 2021 09:00 Chonghyon-dong Republic of Korea 0.2\n15 Sep 2021 16:00 Bira-ri Republic of Korea 0.2\n14 Sep 2021 07:00 Chongam Republic of Korea 0.2\n14 Sep 2021 08:00 Songch'on Republic of Korea 0.2\n14 Sep 2021 08:00 Haksong-ni Republic of Korea 0.2\n14 Sep 2021 08:00 Taechon-ni Republic of Korea 0.2\n15 Sep 2021 18:00 Changch'on Republic of Korea 0.2\n15 Sep 2021 17:00 Aech'o-ri Republic of Korea 0.2\n12 Sep 2021 08:00 Sha-shan Taiwan 0.2\n12 Sep 2021 05:00 Tou-cheng Taiwan 0.2\n12 Sep 2021 08:00 Ching-shui Taiwan 0.2\n12 Sep 2021 08:00 Hai huang Taiwan 0.2\n14 Sep 2021 06:00 Songnyong-ni Republic of Korea 0.2\n14 Sep 2021 07:00 Aech'an-ni Republic of Korea 0.2\n15 Sep 2021 16:00 Anjong Republic of Korea 0.2\n15 Sep 2021 18:00 Anp'o Republic of Korea 0.2\n15 Sep 2021 18:00 Chabong Republic of Korea 0.2\n15 Sep 2021 18:00 Chukp'o Republic of Korea 0.2\n15 Sep 2021 18:00 Ando Republic of Korea 0.2\n14 Sep 2021 07:00 Chonmak Republic of Korea 0.2\n14 Sep 2021 05:00 Gosan-ri Republic of Korea 0.2\n14 Sep 2021 05:00 Moseulpo Republic of Korea 0.2\n14 Sep 2021 05:00 Hanrim Republic of Korea 0.2\n14 Sep 2021 05:00 Daisei Republic of Korea 0.2\n14 Sep 2021 05:00 Sage-ri Republic of Korea 0.2\n12 Sep 2021 12:00 Songyu China 0.1\n12 Sep 2021 12:00 Xiamen China 0.1\n14 Sep 2021 05:00 Kwakchi-ri Republic of Korea 0.1\n14 Sep 2021 05:00 Aeweoli Republic of Korea 0.1\n14 Sep 2021 05:00 Cheju Republic of Korea 0.1\n14 Sep 2021 05:00 Kwangyang Republic of Korea 0.1\n14 Sep 2021 05:00 Hwabuk-ni Republic of Korea 0.1\n11 Sep 2021 22:00 Wu-shih Pi Taiwan 0.1\n11 Sep 2021 22:00 Ta-chiang-k'ou Taiwan 0.1\n11 Sep 2021 22:00 Shih-ti-ping Taiwan 0.1\n12 Sep 2021 01:00 Hsin-ch'eng Taiwan 0.1\n14 Sep 2021 06:00 Hokan-ri Republic of Korea 0.1\n14 Sep 2021 06:00 Sinhyo-ri Republic of Korea 0.1\n12 Sep 2021 09:00 Ting-hai China 0.1\n11 Sep 2021 22:00 Feng-pin Taiwan 0.1\n14 Sep 2021 06:00 Seogwipo Republic of Korea 0.1\n14 Sep 2021 06:00 T'aehung-ni Republic of Korea 0.1\n14 Sep 2021 05:00 Choch'on-ni Republic of Korea 0.1\n14 Sep 2021 05:00 Jocheon-ri Republic of Korea 0.1\n14 Sep 2021 05:00 Kumnyong Republic of Korea 0.1\n14 Sep 2021 05:00 Saehwa-ri Republic of Korea 0.1\n14 Sep 2021 05:00 Onp'yong-ni Republic of Korea 0.1\n14 Sep 2021 05:00 Shiko Republic of Korea 0.1\n15 Sep 2021 18:00 Yeosu Republic of Korea 0.1\n15 Sep 2021 18:00 Hangch'on Republic of Korea 0.1\n15 Sep 2021 18:00 Cholge Republic of Korea 0.1\n15 Sep 2021 18:00 Yasuoka Japan 0.1\n15 Sep 2021 18:00 Kanda Japan 0.1\n15 Sep 2021 18:00 Shimonoseki Japan 0.1\n15 Sep 2021 18:00 Tsunemi Japan 0.1\n15 Sep 2021 18:00 Yukuhashi Japan 0.1\n15 Sep 2021 18:00 Chofu Japan 0.1\n15 Sep 2021 18:00 Moji Japan 0.1\n15 Sep 2021 18:00 Kagawa Japan 0.1\n15 Sep 2021 18:00 Shiida Japan 0.1\n15 Sep 2021 18:00 Tabe Japan 0.1\n15 Sep 2021 18:00 Habu Japan 0.1\n15 Sep 2021 18:00 Buzen Japan 0.1\n15 Sep 2021 18:00 Ube Japan 0.1\n15 Sep 2021 18:00 Tokonami Japan 0.1\n15 Sep 2021 18:00 Kurosaki Japan 0.1\n15 Sep 2021 18:00 Ajisu Japan 0.1\n15 Sep 2021 18:00 Shimogo Japan 0.1\n11 Sep 2021 22:00 San Hsien Tai Taiwan 0.1\n11 Sep 2021 23:00 Shui-lien Taiwan 0.1\n15 Sep 2021 16:00 Katsuto Republic of Korea 0.1\n15 Sep 2021 13:00 Pyoseon-ri Republic of Korea 0.1\n15 Sep 2021 18:00 Chabup'o Republic of Korea 0.1\n15 Sep 2021 18:00 Chop'o Republic of Korea 0.1\n15 Sep 2021 18:00 Ota Japan 0.1\n15 Sep 2021 18:00 Tashiro Japan 0.1\n15 Sep 2021 18:00 Kakinoura Japan 0.1\n15 Sep 2021 18:00 Ashinoura Japan 0.1\n15 Sep 2021 18:00 Aoki Japan 0.1\n15 Sep 2021 18:00 Fuefuki Japan 0.1\n15 Sep 2021 18:00 Narao Japan 0.1\n15 Sep 2021 18:00 Aokata Japan 0.1\n15 Sep 2021 18:00 Iwaseura Japan 0.1\n15 Sep 2021 18:00 Naname Japan 0.1\n15 Sep 2021 18:00 Tainoura Japan 0.1\n15 Sep 2021 17:00 Konoura Japan 0.1\n15 Sep 2021 17:00 Taira Japan 0.1\n15 Sep 2021 18:00 Kamanoura Japan 0.1\n15 Sep 2021 18:00 Tokuman Japan 0.1\n15 Sep 2021 18:00 Kashinoura Japan 0.1\n15 Sep 2021 18:00 Nakasatookamen Japan 0.1\n15 Sep 2021 18:00 Yukinoura Japan 0.1\n15 Sep 2021 18:00 Konoura Japan 0.1\n15 Sep 2021 18:00 Sasebo Japan 0.1\n15 Sep 2021 18:00 Katagami Japan 0.1\n15 Sep 2021 18:00 Namhae Republic of Korea 0.1\n15 Sep 2021 18:00 Chamgae Republic of Korea 0.1\n15 Sep 2021 18:00 Irun Republic of Korea 0.1\n15 Sep 2021 18:00 Higashiyoshitomi Japan 0.1\n15 Sep 2021 18:00 Nakatsu Japan 0.1\n15 Sep 2021 18:00 Imazu Japan 0.1\n15 Sep 2021 18:00 Nagasu Japan 0.1\n15 Sep 2021 18:00 Hashitsu Japan 0.1\n15 Sep 2021 18:00 Ogori Japan 0.1\n15 Sep 2021 18:00 Aioura Japan 0.1\n15 Sep 2021 18:00 Bungo-Takada Japan 0.1\n15 Sep 2021 18:00 Daido Japan 0.1


url: =Tianjin Hangzhou Dongguan Communication Construction Co., Ltd. Company Profile | Tianjin, Tianjin, China | Competitors, Financials & Contacts - Dun & Bradstreet\n806, Yixiu Mansion, Hongqi South Road, Nankai District\nTianjin Hangzhou Dongguan Communication Construction Co., Ltd. is located in Tianjin, Tianjin, China and is part of the Telecommunications Services Industry. Tianjin Hangzhou Dongguan Communication Construction Co., Ltd. has 21 total employees across all of its locations.\nD&B Hoovers provides sales leads and sales intelligence data on over 120 million companies like Tianjin Hangzhou Dongguan Communication Construction Co., Ltd. around the world, including contacts, financials, and competitor information. To witness the full depth and breadth of our data and for industry leading sales intelligence tools, take D&B Hoovers for a test drive. Try D&B Hoovers Free\nTianjin , Tianjin, 300191 China\nWith a Hoovers subscription you can get a comprehensive view of Tianjin Hangzhou Dongguan Communication Construction Co., Ltd.


url: =Author: "Hou, Huijie" - PubAg Search Results\nYou searched for: Author "Hou, Huijie" Remove constraint Author: "Hou, Huijie"\n1. Predicting the higher heating value of syngas pyrolyzed from sewage sludge using an artificial neural network\nHou, Huijie, et al. ; Li, Hongsen; Xu, Qi; Xiao, Keke; Yang, Jiakuan; Liang, Sha; Hu, Jingping; Liu, Bingchuan; Show all 8 Authors\n2. Oxygen vacancy mediated surface charge redistribution of Cu-substituted LaFeO3 for degradation of bisphenol A by efficient decomposition of H2O2\nHou, Huijie, et al. ; Pan, Keliang; Yang, Changzhu; Hu, Jingping; Yang, Wenlong; Liu, Bingchuan; Yang, Jiakuan; Liang, Sha; Xiao, Keke; Show all 9 Authors\n3. Enhanced 2,4,6-trichlorophenol degradation and biogas production with a coupled microbial electrolysis cell and anaerobic granular sludge system\nHou, Huijie, et al. ; Zhu, Qian; Bu, Chenpeng; Yang, Changzhu; Hu, Jingping; Liu, Bingchuan; Liang, Sha; Xiao, Keke; Yang, Jiakuan; Show all 9 Authors\n4. Insight into effects of organic and inorganic phosphorus speciations on phosphorus removal efficiency in secondary effluent\nHou, Huijie, et al. ; Xu, Qi; Xiao, Keke; Wang, Hui; Wu, Qiongxiang; Liang, Sha; Yu, Wenbo; Liu, Bingchuan; Hu, Jingping; Yang, Jiakuan; Show all 10 Authors\n5. Biogas and phosphorus recovery from waste activated sludge with protocatechuic acid enhanced Fenton pretreatment, anaerobic digestion and microbial electrolysis cell\nHou, Huijie, et al. ; Li, Zhen; Liu, Bingchuan; Liang, Sha; Xiao, Keke; Zhu, Qian; Hu, Shaogang; Yang, Jiakuan; Hu, Jingping; Show all 9 Authors\n6. Investigation of PAH and oil degradation along with electricity generation in soil using an enhanced plant-microbial fuel cell\n7. Recent advances in metalloporphyrins for environmental and energy applications\n8. Enhanced treatment of landfill leachate with cathodic algal biofilm and oxygen-consuming unit in a hybrid microbial fuel cell system\nHou, Huijie, et al. ; Elmaadawy, Khaled; Hu, Jingping; Guo, Shengxia; Xu, Jikun; Wang, Dongliang; Liang, Ting; Yang, Jiakuan; liang, Sha; Xiao, Keke; Liu, Bingchuan; Show all 11 Authors\n9. Sludge-derived biochar with multivalent iron as an efficient Fenton catalyst for degradation of 4-Chlorophenol\nHou, Huijie, et al. ; Gan, Quan; Liang, Sha; Qiu, Jingjing; Tao, Shuangyi; Yang, Liang; Yu, Wenbo; Xiao, Keke; Liu, Bingchuan; Hu, Jingping; Wang, Yanfei; Yang, Jiakuan; Show all 12 Authors\n10. A closed-loop ammonium salt system for recovery of high-purity lead tetroxide product from spent lead-acid battery paste\nHou, Huijie, et al. ; Li, Mingyang; Yang, Jiakuan; Liang, Sha; Wang, Junxiong; Zhang, Peiyuan; Yu, Wenhao; Hu, Jingping; Xiao, Keke; Liu, Bingchuan; Kumar, R. Vasant; Show all 11 Authors\n11. The optimization on distributions of flow field and suspended solids in a full-scale high-rate clarifier using computational fluid dynamics\nHou, Huijie, et al. ; Xu, Qi; Xiao, Keke; Wu, Qiongxiang; Wang, Hui; Liang, Sha; Yu, Wenbo; Tao, Shuangyi; Liu, Bingchuan; Hu, Jingping; Yang, Jiakuan; Show all 11 Authors\n12. Enhanced quorum sensing of anode biofilm for better sensing linearity and recovery capability of microbial fuel cell toxicity sensor\nHou, Huijie, et al. ; Pan, Jingyi; Hu, Jingping; Liu, Bingchuan; Li, Jianfeng; Wang, Dongliang; Bu, Chenpeng; Wang, Xiaoxuan; Xiao, Keke; Liang, Sha; Yang, Jiakuan; Show all 11 Authors\n13. Stabilization treatment of arsenic-alkali residue (AAR): Effect of the coexisting soluble carbonate on arsenic stabilization\nHou, Huijie, et al. ; Wang, Xin; Ding, Jiaqi; Wang, Linling; Zhang, Shuyuan; Zhang, Jingdong; Chen, Jing; Ma, Miao; Tsang, Daniel C.W.; Wu, Xiaohui; Show all 10 Authors\nEnvironment international 2020 v.135 pp. 105406\nX-ray diffraction; antimony; arsenic; calcium arsenate; carbonates; energy-dispersive X-ray analysis; ferrous sulfate; leaching; minerals; quantitative analysis; scanning electron microscopy; solid wastes; thermodynamic models\n... Arsenic-alkali residue (AAR) from antimony smelting is highly hazardous due to its ready leachability of As, seeking for proper disposal such as stabilization treatment. However, As stabilization in AAR would be challenging due to the high content of coexisting soluble carbonate. This study conducted the stabilization treatments of AAR by ferrous sulfate and lime, respectively, and revealed the si ...\n14. New insight into the formation of polyhalogenated carbazoles: Aqueous chlorination of residual carbazole under bromide condition in drinking water\n15. Investigation on emission control of NOx precursors and phosphorus reclamation during pyrolysis of ferric sludge\n16. Enhanced detection of toxicity in wastewater using a 2D smooth anode based microbial fuel cell toxicity sensor\n18. Coupling of hydrothermal and ionic liquid pretreatments for sequential biorefinery of Tamarix austromongolica\n19. Predicting the hormesis and toxicological interaction of mixtures by an improved inverse distance weighted interpolation\n20. Effects of red mud on emission control of NOx precursors during sludge pyrolysis: A protein model compound study\nHou, Huijie, et al. ; Xiao, Keke; Guan, Ruonan; Yang, Jiakuan; Li, Hongsen; Yu, Zecong; Liang, Sha; Yu, Wenbo; Hu, Jingping; Liu, Bingchuan; Show all 10 Authors


url: =Best Zhoushuizi Hotels from | Compare 4 Places to Stay in Zhoushuizi\nHotels near Zhoushuizi, Ganjingzi\nHotels in Zhoushuizi\nZhoushuizi, Ganjingzi, ChinaDestination\nWhere to stay in Zhoushuizi?\nZhoushuizi0.5 kilometer to Zhoushuizi\nZhoushuizi1.7 kilometers to Zhoushuizi\nZhoushuizi0.4 kilometer to Zhoushuizi\nZhoushuizi4.5 kilometers to Zhoushuizi\nZhoushuizi1.2 kilometers to Zhoushuizi\nZhoushuizi1.1 kilometers to Zhoushuizi\nZhoushuizi1.6 kilometers to Zhoushuizi\nZhoushuizi2.7 kilometers to Zhoushuizi\nZhoushuizi3.1 kilometers to Zhoushuizi\nZhoushuizi4.4 kilometers to Zhoushuizi\nZhoushuizi4.7 kilometers to Zhoushuizi\nZhoushuizi1.9 kilometers to Zhoushuizi\nFind out more about Zhoushuizi\nWhat's Zhoushuizi Like?\nIf you're looking for the perfect part of the city to explore, why not check out Zhoushuizi? Visit places like Zhongshan Square and Port of Dalian when you venture just outside the neighborhood. Xinghai Square and Happy Snow World are a couple of more places to see nearby.\nWhere are the Best Places to Stay in Zhoushuizi?\nOur travelers don't have any top picks in Zhoushuizi but here are some of their favorites nearby:\nHanting Express - 0.3 mi (0.5 km) away\nGreenTree Inn Dalian Ganjingzi District Dongwei Road Subway Station Hotel - 0.3 mi (0.4 km) away\nGreentree Inn Dalian Wangjia Qiao Hotel - 0.3 mi (0.4 km) away\nHanting Express Dalian Zhoushuizi Airport Yingke Road - 1 mi (1.7 km) away\nConrad Dalian - 4.8 mi (7.8 km) away\nHow to Get to Zhoushuizi\nZhoushuizi is located 3.1 mi (4.9 km) from the heart of Ganjingzi.\n• Dalian (DLC-Dalian Intl.), 2.2 mi (3.5 km) from Zhoushuizi\nThings to See and Do in and around Zhoushuizi\nThings to See near Zhoushuizi:\n• Dalian Jiaotong University (2.8 mi/4.5 km away)\n• Zhongshan Square (4.1 mi/6.6 km away)\n• Port of Dalian (4.4 mi/7.1 km away)\n• Xinghai Square (4.9 mi/7.9 km away)\n• LaoDong Park (3.9 mi/6.2 km away)\nThings to Do near Zhoushuizi:\n• Dalian Planning Exhibition Center (3.6 mi/5.7 km away)\n• Dalian Modern Museum (4.4 mi/7.1 km away)


url: =41. Facile synthesis of nanocrystalline-assembled bundle-like CuO nanostructure with high rate capacities and enhanced cycling stability as an anode material for lithium-ion batteries EI SCOPUS SCIE\n作者：Wang, Linlin; Cheng, Wei; Gong, Huaxu; Wang, Caihua; Wang, Dake; Tang, Kaibin; Qian, Yitai\n作者机构：[Wang, Linlin; Cheng, Wei; Gong, Huaxu; Wang, Caihua; Wang, Dake; Tang, Kaibin; Qian, Yitai] Univ Sci & Technol China, Dept Chem, Hefei Natl Lab Phys Sci Microscale, Div Nanomat & Chem, Hefei 230026, Peoples R China.; [Qian, Yitai] Shandong Univ, Sch Chem & Chem Engn, Jinan 250100, Peoples R China.\n来源：JOURNAL OF MATERIALS CHEMISTRY,2012,Vol.22,Issue.22,11297-11302\n42. Role of cross section on the stability and electronic structure of Ag-doped ZnO nanowires EI SCOPUS SCIE\n43. Controlled fabrication of ultrathin-shell BN hollow spheres with excellent performance in hydrogen storage and wastewater treatment EI SCOPUS SCIE\n作者：Gang Lian;Xiao Zhang;Shunjie Zhang;Duo Liu;Deliang Cui;Qilong Wang\n作者机构：[Lian, G] State Key Lab of Crystal Materials, Shandong University, Jinan 250100, China, Key Lab for Special Functional Aggregated Materials of Education Ministry, School of Chemistry and Chemical Engineering, Shandong University, Jinan 250100, China;[ Zhang, X] Key Lab for Special Functional Aggregated Materials of Education Ministry, School of Chemistry and Chemical Engineering, Shandong University, Jinan 250100, China;[ Zhang, S] Key Lab for Special Functional Aggregated Materials of Education Ministry, School of Chemistry and Chemical Engineering, Shandong University, Jinan 250100, China;[ Liu, D] State Key Lab of Crystal Materials, Shandong University, Jinan 250100, China;[ Cui, D] State Key Lab of Crystal Materials, Shandong University, Jinan 250100, China;[ Wang, Q] Key Lab for Special Functional Aggregated Materials of Education Ministry, School of Chemistry and Chemical Engineering, Shandong University, Jinan 250100, China\n来源：Energy & environmental science: EES,ENERGY & ENVIRONMENTAL SCIENCE,2012,Vol.5,Issue.5,7072-7080\n44. Cyclodextrin-assisted synthesis of water-dispersible polyaniline nanofibers by controlling secondary growth EI SCOPUS SCIE\n作者机构：[Yu, Haiying; Zhang, Jihui; Li, Houshen; Liu, Shixin; Ran, Yan; Xia, Haibing] Shandong Univ, State Key Lab Crystal Mat, Jinan 250100, Peoples R China.; [Wang, Chunsheng] Shandong Univ, Sch Chem & Chem Engn, Jinan 250100, Peoples R China.\n来源：MATERIALS CHEMISTRY AND PHYSICS,2012,Vol.133,Issue.1,459-464\n45. Characterization of nanoporous gold electrodes for bioelectrochemical applications EI SCOPUS SCIE\n46. Mechanism and kinetic studies for OH radical-initiated atmospheric oxidation of methyl propionate EI SCOPUS SCIE\n47. Lateral Etching of Core-Shell Au@Metal Nanorods to Metal-Tipped Au Nanorods with Improved Catalytic Activity EI SCOPUS SCIE\n48. Novel metal-organic framework based on cubic and trisoctahedral supermolecular building blocks: Topological analysis and photoluminescent property EI SCOPUS SCIE\n49. Three-Dimensional Charge Transport in Organic Semiconductor Single Crystals EI SCOPUS SCIE\n50. Mechanism of morphology transformation of tetragonal phase LaVO_4 nanocrystals controlled by surface chemistry: Experimental and theoretical insights EI SCOPUS SCIE\n51. Synthesis of a β-cyclodextrin-modified Ag film by the galvanic displacement on copper foil for SERS detection of PCBs EI SCOPUS SCIE\n52. Establishment of magnetic beads-based enzyme immunoassay for detection of chloramphenicol in milk EI SCOPUS SCIE\n53. p-Quaterphenyls Laterally Substituted with a Dimesitylboryl Group: A Promising Class of Solid-State Blue Emitters EI SCOPUS SCIE\n54. A novel one-dimensional silver cylinder stabilized by mixed 2-mercaptobenzoic acid and ethylene-diamine ligands EI SCOPUS\n作者机构：[Sun, D] School of Chemistry and Chemical Engineering, Shandong University, Jinan 250100, China;[ Yan, Z.-H] School of Chemistry and Chemical Engineering, Shandong University, Jinan 250100, China\n来源：Acta Crystallographica. Sect.C, Section C. Crystal Structure Communications,Acta Crystallographica Section C: Crystal Structure Communications,2012,Vol.68,Issue.8,m229-m232\n55. The optical properties, synthesis and characterization of novel 5-aryl-3-benzimidazolyl-1-phenyl-pyrazoline derivatives EI SCOPUS SCIE\n56. A tandem coupling/smiles rearrangement/cyclization approach to 1,4-benzooxazinones or 1,4-pyridooxazinones under mild conditions EI SCOPUS SCIE\n57. Enhanced electrochemical properties of LiMn2O4cathode material coated by 5 wt.% of nano-La2O3 EI\n58. Synthesis and properties of block polypseudorotaxanes by threading cucurbituril EI SCOPUS SCIE\n59. Synthesis and characterization of pH-responsive diblock copolymers with cadaverine side groups EI SCOPUS SCIE\n60. Synthesis and Aggregation Behavior of Copolymer of Acrylamide with Pseudorotaxane Monomer by Threading Cucurbituril onto N \_'-(4-vinylbenzyl)-1,4-diaminobutane Dihydrochloride EI SCOPUS SCIE


url: =Anillo Zeyum | Tienda Online Oficial de LUXENTER\nAnillo Zeyum de plata decorado de chatones de circonita blanca que aportan dinamismo.\nAlto: 3,36 mm. Ancho: 14,59 mm. Largo: 23,21 mm.


url: =Tianyuan Business Hotel Shijiazhuang Huanyu Branch,Shijiazhuang Hotel:China Hotels.net\n- Tianyuan Business Hotel Shijiazhuang Huanyu Branch\nTianyuan Business Hotel Shijiazhuang Huanyu Branch No.62, East Yuhua Road, Qiaodong District, Shijiazhuang(石家庄市桥东区裕华东路62号（河北大戏院西侧）)\nSearch Room Rates: Tianyuan Business Hotel Shijiazhuang Huanyu Branch\nTianyuan Business Hotel Shijiazhuang Huanyu Branch Introduction\nTianyuan Business Hotel Shijiazhuang Huanyu Branch is a budget hotel,nicely decorated budget hotel with basic amenities.\nThe hotel is situated in Shijiazhuang Beiguo Mall/Renmin Square.Opened in 2011, Tianyuan Business Hotel Shijiazhuang Huanyu Branchis recently opened its doors to welcome distinguished guests.\nTianyuan Business Hotel Shijiazhuang Huanyu Branch is innovated in 2011.Personalized service is the hallmark of this quietly comfortable, recently renovated hotel.\nThe hotel has 5 storeys(floors),86 tastefully understated rooms.The hotel is an easy walking distance away from Shijiazhuang Bus Terminal, Train Station, Chang An Park, Shi Men Park, Ping An Park, Yuyuan plaza of Shijiazhuang, Beiguo Shopping Center, Book Building of Shijiazhuang, Musume Plaza, PhD floor, guest can also take a short taxi ride to.Meanwhile well positioned with distance(Kilometers) to: Shijiazhuang Airport(43.2km), Shijiazhuang Bus Terminal(2.5km), Train Station(2.9km), Longxing Temple of Shijiazhuang(17.5km), Mount Tiangui(101.1km), Hebei International Exhibition Center(4.3km), Zhaoyun Temple(18.8km), Kaiyuan Temple(16.6km), Chang An Park(1.7km), Shi Men Park(2km), Ping An Park(0.8km), Martyrs Cemetery(5.5km), Yuyuan plaza of Shijiazhuang(2.8km), Beiguo Shopping Center(0.8km), The Conference of He Bei(4.4km), Book Building of Shijiazhuang(1km), Musume Plaza(1.9km), Art Centre of Shijiazhuang(4.2km), PhD floor(2.8km).\nTianyuan Business Hotel Shijiazhuang Huanyu Branch Room Types\nTianyuan Business Hotel Shijiazhuang Huanyu Branch Amenities\nComplimentary Parking | Conference Services | Safe-deposit box - front desk | Wake Up Call | Tianyuan Business Hotel Shijiazhuang Huanyu Branch Booking Policy\nThe regular time for check-in is 14:00 and the regular check-out time is 12:00 at noon. If you need to check in earlier or extend your stay, the hotel may charge an extra fee. (All times shown are GMT + 8 hours.) Tianyuan Business Hotel Shijiazhuang Huanyu Branch Map and Nearby Hotels\nTianyuan Business Hotel Shijiazhuang Huanyu Branch Nearby hotels\nJinhua Hotel Shijianzhuang Theater Branch 0.1km\nYi Jia 365 Hotel Shijiazhuang Jianshe Street Branch 0.4km\nHome Inn Shijiazhuang Guoda Branch 0.4km\nZhongtie Business Square Hotel Shijiazhuang 0.5km\nYin He Hotel Shijiazhuang 0.6km\nHebei Sunshine Hotel Shijiazhuang 0.7km\nXimei Business Hotel Shijiazhuang 0.8km\nBinli Business Apartment Hotel Shijiazhuang 0.8km\nQian Li Xing Inn(Dajing street branch Shijiazhuang) 0.9km\nCity Express Hotel Shijiazhuang 0.9km\nYanchun Hotel Shijiazhuang 0.9km\nSuper 8 Shijiazhuan Yanchun Branch Shijiazhuan 0.9km\nXin Shan Dong Hotel Shijiazhuang 0.9km\nYi Jia 365 Hotel Shijiazhuang Jianshenan Branch 1.0km\nHebei Civil Air Defence Hotel Shijiazhuang 1.0km\nKM(kilometers) above is the distance to this hotel Tianyuan Business Hotel Shijiazhuang Huanyu Branch Nearby Attractions\nXujie Hotel Shijiazhuang


url: =The adolescent Zhang Xianliang with FG698(Chinese Edition)(Old-Used) de BEN SHE.YI MING: paperback - liu xing\nPortada BEN SHE.YI MING The adolescent Zhang Xianliang with FG698(Chinese Edition)(...\nThe adolescent Zhang Xianliang with FG698(Chinese Edition)(Old-Used)\nShip out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.The adolescent Zhang Xianliang with FG698Four Satisfaction guaranteed,or money back. N° de ref. de la librería RD070815\nTítulo: The adolescent Zhang Xianliang with FG698(...


url: =Hoteles en Kunming Daqinghe Hechanglin desde EUR | Trip.com\nHoteles cerca del Daqinghe Hechanglin, Kunming\nHoteles de Daqinghe Hechanglin en Kunming\nHoteles populares cerca del Daqinghe Hechanglin\nDaguan Jinwan Hotel\nOpened in 2020, the Daguan Jinwan Hotel is a great accommodation choice in Kunming.\nBoasting a convenient location, the hotel is just 13km from Kunming Railway Station and 43km from Changshui International Airport. This hotel is located near many of Kunming's attractions including Wujiatang Wetland Park, Haidong Wetlands Park and wandagaoerfu Club.\nFirst Sight Hotel\nThe First Sight Hotel is one of the newest hotels in Kunming, having opened in 2021.\nThe hotel is only 13km from Kunming Railway Station and 42km from Changshui International Airport, giving guests a number of convenient transportation options. This hotel is located near many of Kunming's attractions including Wujiatang Wetland Park, Yunnan Provincial Museum and Yunzi Museum.\nVer los 206 hoteles cerca del Daqinghe Hechanglin >>\nHoteles cerca de Panlongjiang Hechang ForestHoteles cerca de QinghelinHoteles cerca de Fubao Fishing Port GymnasiumHoteles cerca de Dianchi Tourism ShipsideHoteles cerca de Dianchi Center WharfHoteles cerca de Kunming Physical Training Base Balls HallHoteles cerca de The Sports Training Centre of Kunming Multiple-gymnasiumHoteles cerca de Yunnan Physical Science and Sports Professional CollegeHoteles cerca de Kunming University (Tiyuan Road Campus)Hoteles cerca de Kunming Physical Training Base (North Gate)Hoteles cerca de Kunming UniversityHoteles cerca de Yunnan Nationality MuseumHoteles cerca de Tien LakeHoteles cerca de Haigeng ParkHoteles cerca de Yunnan University Haigeng CampusHoteles cerca de Yunnan University Haigeng Campus GymnasiumHoteles cerca de Birds Ecological GardenHoteles cerca de Yunnan Nationality VillageHoteles cerca de Dianchi TelpherHoteles cerca de Yangjia CourtyardHoteles cerca de Hongta Group Sports CenterHoteles cerca de GLOBAL KIDSHoteles cerca de Junfa Xiliangtang Wetland ParkHoteles cerca de Jinbaoshan Art GardensHoteles cerca de Dianchi HarbourHoteles cerca de China Museum of Construction Ceramics Kunming BranchHoteles cerca de National Prosecutor College Yunnan BranchHoteles cerca de Yunnan Kunming Commercial Pedestrian StreetHoteles cerca de Civil Aviation Management Institute of ChinaHoteles cerca de Yunnan Teaching Workstation of Tsinghua University Distance School


url: =george dillman scam « Taijiquan (Tai Chi Chuan) & Neigong (Nei Kung)\nTaijiquan (Tai Chi Chuan) & Neigong (Nei Kung)\nTaiji Neigong | Tai Chi (Taijiquan), Chi Kung (Qigong), and Nei Kung (Neigong)\nVicious circle within the Learning Cycle\nCompliance vs. Aliveness in Tai Chi & Martial Arts\nArguments Against Reality: Tai Chi Stereotypes\nThe Science of the Knockout (KO)\nTai Chi & MMA – Part One: What Is MMA?\nA Perspective That Empowers Us\nTop 11 Posts\nTensegrity and Taijiquan (Tai Chi Ch'uan)\nThe Modern Taoist Alchemist: Huang Xing Xian\nStudy Guide to Taijiquan Fajin (Fa Chin ... or 'Fa Jing') - Part Two\nTai Chi Movements - Cheng Man-Ch'ing (Zheng Manqing) Tai Chi 37 Form\nDeveloping Fa Jin (Fajing or Fa Chin) - Part One\nThe Taijiquan of Departed Master Li Jingwu\nTai Chi Movements: Fu Zhongwen's Traditional Yang Style Taijiquan\n"Internal" Power vs. "External" Power\nTaijiquan & Neigong\nMa Weiqi Baguazhang\nTai Chi Applications (Taiji Yongfa)\nTai Chi Chin Na (Taiji Qinna)\nTai Chi Fa Chin (Taiji Fajin)\nTai Chi Lectures\nTai Chi Movements (Taiji Movements)\nTensegrity in Taijiquan\nCheng Man Ching (Zheng Manqing) Style Tai Chi\nWudang (Wu Tang) Style Tai Chi\nTaijiquan Masters Alive Today\nTony Ho (Anthony Ho Nan Jie)\nTaijiquan Masters of the Past\nHuang XingXian (Huang Sheng Shyan)\ntai chi chuan chen yu wu style taiji wu style internal martial arts tao push hands fajin training developing fa jin taiji jesse tsao taijiquan principles taiji qinna essence of tai chi chuan yang chien hou chen taiji quan yang chengfu martial arts masters zhang sanfeng chinese internal martial arts chen style tai chi taoist tai chi intention taijiquan relaxation fa jin huang sheng shyan qinna ma yueh liang yang style martial arts styles martial arts training Tai Chi Fa Chin (Taiji Fajin) human consciousness taoism fu zhongwen huang xingxian yang style tai chi chuan lineage holder huang jeng bin tai chi chin na jin wu style taijiquan bagua chinese martial arts MMA chang san feng fajing partner training fajin zheng manqing chen taiji cheng man ching taoist alchemy\nHypnosis & Martial Arts - Part Two - Self Delusion\nBy Marshall @ Taiji Neigong, on April 27th, 2013\nOne of the most nefarious side effects of incorrect martial arts practice is the potential to fall into unexamined groupthink. This effect can be disastrous. It is damaging not only for one’s progression in the martial arts … but also for one’s progression in life, and for one’s spiritual pursuits (if any).\n“Self Delusion” or “Groupthink” In The Martial Arts\nWhile I usually confine this blog discussion to taijiquan and the Chinese Internal Martial Arts (CIMA) in general, this is a topic that applies to a wide variety of martial disciplines (and many other group-focused activities).\nI’m sure you’ve experienced this, or at least heard of it somewhere. A …\n[continue reading Hypnosis & Martial Arts – Part Two – Self Delusion …]\nApril 27th, 2013 | Category: Tai Chi Lectures, Tai Chi Principles | 3 comments\n(Input below to subscribe)\nAndrew on: The Zen of Taijiquan\nMarshall @ Taiji Neigong on: The Science of the Knockout (KO)\nMarshall @ Taiji Neigong on: The Zen of Taijiquan\nMarshall @ Taiji Neigong on: Vicious circle within the Learning Cycle\nAndrew on: Vicious circle within the Learning Cycle\nSteve on: Vicious circle within the Learning Cycle\nJoe Harte on: Tensegrity and Taijiquan (Tai Chi Ch'uan)\nAlex Lamas on: Compliance vs. Aliveness in Tai Chi & Martial Arts\n© 2018 Taijiquan (Tai Chi Chuan) & Neigong (Nei Kung) - All Rights Reserved\nNavigate Our Taijiquan Resources\n:: Tai Chi Applications ::\nTai Chi Chin Na (Taiji Qinna) | Tai Chi Fajin (aka Tai Chi "Fajing")\n:: Tai Chi Principles ::\nTai Chi Lectures | Tai Chi Movements | Tai Chi Alchemy\n:: Tai Chi Styles ::\nChen Style Tai Chi (Taijiquan) | Cheng Man Ching (Zheng Manqing) Style Tai Chi | Wu Style Tai Chi (Taijiquan) | Wudang (Wu Tang) Style Tai Chi (Taijiquan) | Yang Style Tai Chi (Taijiquan)\n:: Taijiquan Masters Alive Today ::\nChen Xiaowang Taijiquan | Chen Yu Taijiquan | Guo Shilei Taijiquan | Tony Ho (Ho Nan Jie) Taijiquan\nPowered by WordPress & Moonlit Ventures.


url: =(4) Xiu-Li Hao*, Shi-Fang Jia*, Yuan-Yuan Ma, Hong-Yi Wang, Yang-Guang Li*, Two new Keggin-type polyoxometalate-based entangled coordination networks constructed from metal-organic chains with dangling arms, Inorganic Chemistry Communications. 2016, 72, 132-137.\n(5) Xiu-Li Hao, Yuan-Yuan Ma, Hong-Ying Zang*, Yong-Hui Wang, Yang-Guang Li* and En-Bo Wang, Polyoxometalate-Encapsulated Cationic Metal-Organic Framework as a Heterogeneous Catalyst for Desulfurization, Chem. Eur. J. 2015, 21, 3778 – 3784.\n(6) Yuan-Yuan Ma, Hua-Qiao Tan,* Yong-Hui Wang, Xiu-Li Hao,* Xiao-Jia Feng, Hong-Ying Zanga and Yang-Guang Li*, Polyoxometalate-based metal–organic coordination networks for heterogeneous catalytic desulfurization, CrystEngComm, 2015, 17, 7938–7947.\n(7) Xiu-Li Hao, Yuan-Yuan Ma, Wen-Zhe Zhou, Hong-Ying Zang*, Yong-Hui Wang, and Yang-Guang Li*, Polyoxometalate-Based Entangled Coordination Networks Induced by an Extended Bis(triazole) Ligand, Chem. Asian J. 2014, 9, 3633 – 3640.\n(8) Xiu-Li Hao, Yuan-Yuan Ma, Yong-Hui Wang, Hong-Ying Zang* and Yang-Guang Li*, Isopolymolybdate-induced organic–inorganic hybrid assemblies with copper ions and bichelate-bridging ligands, CrystEngComm, 2014, 16, 10017–10027.


url: =Effect of Grain Size on the Corrosion Resistance of Corten-B Weathering Steel--《Iron & Steel》2009年12期\nEffect of Grain Size on the Corrosion Resistance of Corten-B Weathering Steel\nJIANG Peng-fei1,2,WANG Bing2,LIU Qing-you2,SHI Zhe1 (1.Faculty of Materials and Metallurgical Engineering,Kunming University of Science and Technology,Kunming 650093,Yunnan,China;2.Institute for Structural Materials,Central Iron and Steel Research Institute,Beijing 100081,China)\nThree kinds of Corten-B weathering steels of different grain size with the same chemical composition were prepared by different rolling and heat treat process.The relationship between grain size and atmospheric corrosion resistance of Corten-B weathering steels in industrial atmospheric environment has been investigated by optical microscope,cyclic immersion corrosion test,micro-analysis of rust and electrochemical test.The results show that as the grain size of Corten-B weathering steel decreases from 30 μm to 4 μm,the crack and cavity in the rust after cycle immersion corrosion test decrease,the corrosion rate decreases,rust resistance Rr and corrosion reaction resistance Rt increase,the atmospheric resistance is improved.\n1 WANG Bing;LIU Zhi-yong;CHEN Ji-qing;LIU Qing-you;Institute for Structural Materials,Central Iron & Steel Research Institute;Research and Development Center,Wuhan Iron and Steel(Group)Corporation;;Atmospheric Corrosion Behavior of Weathering Steel with Different Microstructure[J];Materials Protection;2013-07\n2 Luo,Jian Wang,Yi Jiang,Jibo Zhong,Qingdong* Zhu,Zhenyu Zhang,Lei(Key Laboratory of Modern Metallurgy and Material Processing of Shanghai,Shanghai University,Shanghai 200072);Electrochemistry Behavior of Rebars with Different Grain Size and Mott-Schottky Research of Passive Films[J];Acta Chimica Sinica;2012-10\n3 WANG Bing,LIU Qinyou,WANG Xiangdong Institute for Structural Materials,State Key Laboratory of Advanced Steel Processing and Products,Central Iron and Steel Research Institute,Beijing 100081;EFFECT OF GRAIN SIZE ON ATMOSPHERIC CORROSION RESISTANCE OF ULTRALOW CARBON IF STEEL[J];Acta Metallurgica Sinica;2012-05\n4 WANG Shan1,MI Fengyi2,LEI Fujun1,MA Xiaoli1(1.School of Mechanical Engineering,Qinghai University,Xining 810016,China:2.Institute for Structural Materials,Central Iron and Steel Research Institute,Beijing 100081,China);Effects of grain size on corrosion resistance of Cu-P-Cr-Ni-Mo-Nb weathering steel[J];Journal of Qinghai University(Nature Science Edition);2012-03\n1 Li Zhengchao Li Yanfeng Wang Hongpo Shi Junjie Sun Lifeng Jiang Maofa (Key Laboratory for Ecological Metallurgy of Multimetallic Ores(Ministry of Education) Northeastern University,Shengyang,110004,China);Study on Annealing Process of Ultra Pure Ferritic Stainless Steel[A];[C];2013\n2 FU Gui-qin,LI Qing,JIN Duo,SUI Xiao-liang,ZHU Miao-yong School of Materials and Metallurgy,Northeastern University,Shenyang 110819,China;Effect of heating temperature on the microstructure and properties of bridge weathering steel[A];[C];2013\n1 WANG Bing, LIU Qinyou, JIA Shujun, WANG Xiangdon, LU Ji, DONG Han (Institute for Structural Materials, Central Iron and Steel Research Institute, State Key Laboratory for Advanced Steel Process and Material, Beijing 100081);EFFECT OF GRAIN SIZE ON THE ATMOSPHERIC CORROSION RESISTANCE OF CARBON STEEL IN INDUSTRIAL ENVIRONMENT[J];Journal of Chinese Society for Corrosion and Protection;2007-04\n1 Wang Baojun Wang Wenjun Lin Junpin(Beijing Science and Technology University);Corrosion Mechanism of Fe_3Si and 316 Stainless Steel in Industrial Zinc Liquid[J];Angang Technology;2006-01\n2 DU Ying,ZHU Wei-liang,GUAN Guang-bao(The 58th Research Institute,Wuxi CETC, 214035,China);IC Failtests- Technical Study of Salt Fog[J];Semiconductor Technology;2004-09\n3 WANG Jian-jun,SONG Wu-lin,GUO Lian-gui,XIE Chang-sheng,ZENG Da-wen(State Key Laboratory of Plastic Forming Simulation and Die and Mould Technology,School of Material Science and Engineering,Huazhong University of Science and Technology,Wuhan 430074,Hubei, China);Progress in the Research on Oxidation Mechanism of Metallic Nanoparticles[J];Acta Armamentarii;2006-06\n5 CHU Hong (Materials Science and Engineering School, UST Beijing 100083, China);Stress Corrosion of Titanium Alloy[J];Journal of University of Science and Technology Beijing;2002-01\n6 LIANG Ting1,SUN Jie2,ZHANG Li-li2,JI Zhuang-zhou1(1.Institute of Chemical Defense,Beijing 102205,China;2.School of Environmental and Chemical Engineering,Shenyang Ligong University,Shenyang 110168,China);Corrosion Resistance of Electroless Ni-P Alloy on Carbon Steel in Alkaline Solution[J];Surface Technology;2009-01\n7 YANG Wang,ZHAO Zeng-wu,LI Yong-zhi(Energy Sources and Environmental School,Inner Monglia University of Science and Technology,Baotou 014010,China);Research on oxidation kinetics of U71Mn steel under high-temperature air medium[J];Journal of Inner Mongolia University of Science and Technology;2011-01\n8 CHEN Yi-qing 1a , ZHANG Lian-wei 1b , XU Cheng-ming 1a , WANG Jie 1a , YANG Zhi-qiang 1a ,XU Xiao-lian 1a ,MA Jing 2 (1a. Technology Center; 1b. Test and Inspection Center, Anshan Iron & Steel Group Corporation, Anshan 114001, China;2. Colloge of Material Science and Engineering, Hebei University of Science and Technology, Shijiazhuang 050054, China).;Influence of pH Value and Temperature of Surface Conditioning Solution on the Corrosion Rate and Adhered Nickel Quantity of Steel Sheet Subject to Hot-Dip Galvanizing[J];Materials Protection;2006-07\n9 MA Jing1,2,HE Ye-dong3,WANG Jun1,SUN Bao-de1(1.State Key Laboratory of Metal Matrix Composites,Shanghai Jiaotong University,Shanghai 200030,China;2.Material Institute,Hebei University of Science and Technology,Shijiazhuang 050054,China;3.Beijing Key Laboratory for Corrosion,Erosion and Surface Technology,University of Science and Technology Beijing,Beijing 100083,China).;Effect of Y_2O_3 Deposition Film on High-Temperature Oxidation Behavior of 1Cr13 Alloy[J];Materials Protection;2008-07\n10 XU Hong-yan,WANG Qiang,ZHANG Zhi-min,ZHANG Bao-hong(School of Materials Science and Technology,North University of China,Taiyuan 030051,China);Environmentally Friendly Chemical Oxidization Treatment of Magnesium Alloy[J];Materials Protection;2008-09\n1 CAO Ke-ning XU Yun-hua YANG Yu-guo ZHAO Yu GONG Xiao-jing (School of Science,Beijing Jiaotong University,Beijing 100044,China);Study on the corrosion resistance and Microstructure of Ni-Co alloy by high frequency pulse currents[A];[C];2007\n2 ;Winter nature aging treatment for SWRH82B high carbon steel wire rod[A];[C];2010\n4 Nie-Bo~(1,2) Yin Zhi-min~1 Jiang-Feng~1 Cong Fu-Ouan~2 (1.School of Material Science and Technology,Central South University,Hunan Changsha,410083; 2.Northeast Light Alloy Co.Ltd.,Harbin,150060);The fluence of stabilizing annealing on microstructure and property of Al-Mg-Sc aluminum alloy[A];[C];2007\n1 LI Shaopo,GUO Jia,YANG Shanwu,HE Xinlai School of Materials Science and Engineering,University of Science and Technology Beijing,Beijing 100083,China;Effect of carbon content and microstructure on the corrosion resistance of low alloy steels[J];Journal of University of Science and Technology Beijing;2008-01\n2 YUE Li-jie1),CHEN Wei-gong2),WANG Long-mei3)1) School of Materials Science and Engineering,Shandong University of Science and Technology,Qingdao 266510,China 2) Qingdao Technological University,Qingdao 266520,China 3) Institute of Metallurgy Technics,Central Iron & Steel Research Institute,Beijing 100081,China;Corrosion resistance of Cu-P-RE weathering steel[J];Journal of University of Science and Technology Beijing;2009-05\n3 ZHANG Quan-cheng et al (Meterial Science Department of Shanghai Jiaoton University, Shanghai, P.R. China 200030);Effect of Redistribution of Elements on Corrosion Resistance of Weathering Steel[J];Materiais Protection;2001-04\n4 ZHANG Quan cheng 1, WU Jian sheng 1, YANG Xiao fang 2, CHEN Jia guang 2, LI Ai bai 2, WANG Jian jun 3, ZHENG Wen long 3, WEI Yun 3(1. College of Materials Science and Engineering, Shanghai Jiaotong University, Shanghai 200030; 2. Baosan S;Investigation of Accelerated Laboratory Tests for Weathering Steel[J];Materiais Protection;2002-03\n5 CHEN Xiao-ping, WANG Xiang-dong, JIANG She-ming, LI Chun-yan(Institute of Structure, General Academy of Iron and Steel, Beijing 100081, China).;Effect of Crystal Grain Size on Corrosion Resistance of Weathering Steels in Atmosphere[J];Materials Protection;2005-07\n6 Zhang Quancheng Wu Jiansheng(Dept of Material Science and Engineering, Shanghai Jiaotong University, Shanghai 200030);Current Status of R&D Work on Weathering Steel[J];Materials Review;2000-07\n7 SHEN Bing-zhen,FANG Neng-wei,SHEN Hou-fa,LIU Bai-cheng(Dept.of Mechanical Engineering,Tsinghua University,Beijing 100084);Construction of the recrystallization model of low carbon steel during deformation[J];Material Science and Technology;2005-05\n8 Fu Guangyan, Liu Qun, Men Bingjie, Zhang Hongliang (Shenyang Institute of Chemical Technology, Shenyang 110142, China);Effect of Microstructure on Hot Corrosion of Ni-Cr Alloys[J];Rare Metal Materials and Engineering;2007-04\n9 DU Lin xiu, DING Hua, LIU Xiang hua, WANG Guo dong (State Key Lab of Rolling Technology & Automation, Northeastern University, Shenyang 110004, China.;Microstructural Evolution of a Low Carbon Mn Steel During Control Rolling at Different Temperatures[J];JOURNAL OF NORTHEASTERN UNIVERSITY;2002-10\n10 DONG Jie,CUI Wen-fang,ZHANG Si-xun,LIU Chun-ming(Key Laboratory for Anisotropy and Texture of Materials(Ministry of Education),Northeastern University,Shenyang 110004,China.);Effects of Different Microstructures of CuPCr Alloy Steel on Its Marine Immersion Corrosion Behavior[J];Journal of Northeastern University(Natural Science);2007-09\n1 FU Gui-qin,LI Qing,JIN Duo,SUI Xiao-liang,ZHU Miao-yong School of Materials and Metallurgy,Northeastern University,Shenyang 110819,China;Effect of heating temperature on the microstructure and properties of bridge weathering steel[A];[C];2013\n1 LI Tiefan (State Key Laboratory for Corrosion and Protection,Institute of Metal Research, The Chinese Academy of Sciences,Shenyang,110016);THE ROLE OF METALLIC GRAIN BOUNDARY IN HIGH TEMPERATURE OXIDATION[J];Journal of Chinese Society For Corrosion and Protection;2002-03\n2 HAN Wei,WANG Jun,WANG Zhenyao,YU Guocai,LI Hongxi (State Key Laboratory for Corrosion and Protection, Institude of Metal Research,The Chinese Academy of Sciences,Shenyang 110016 );STUDY ON ATMOSPHERIC CORROSION OF LOW ALLOY STEELS[J];Journal of Chinese Society For Corrosion and Protection;2004-03


url: =UI Press | Edited by Jonathan D. Hill | Rethinking History and Myth: Indigenous South American Perspectives on the Past\nCommentaries by Terence Turner and Norman E. Whitten, Jr.\nExploring the mythic histories of indigenous South Americans\n"An important contribution to South American Indian studies, both as a theoretical advance and as a substantive study of cultural dynamics. Rethinking History and Myth contributes to the further destruction of the artificial distinction between Andean and Amazonian studies."--Kenneth M. Kensinger, author of The Cashinahua of Eastern Peru and editor of Marriage Practices in Lowland South America


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=Comparative literature (Concept) - Brigham Young University\nThe concept Comparative literature represents the subject, aboutness, idea or notion of resources found in Brigham Young University.\nAspects de l'interprétation :, actes du séminaire du Centre de recherche TexteHistoire, Université de Cergy-Pontoise\nBi jiao wen xue lun wen ji, Zhang Longxi, Wen Rumin xuan bian\nBi jiao wen xue lun wen ji, Zhu Weizhi, Fang Ping deng zhu\nBi jiao wen xue lun, Cao Shunqing deng zhu\nBi jiao wen xue shi, Geli'ai zhu ; Fu Donghua yi\nBi jiao wen xue yan jiu yi wen ji, Gan Yongchang, Liao Hongjun, Ni Ruiqin bian xuan\nBi jiao wen xue yu Zhongguo wen xue chan shi, Wang Ning zhu\nBi jiao wen xue yu min jian wen xue, Ji Xianlin zhu\nBrandenburg-Preussen und die Niederlande : zur Dynamik einer Nachbarschaft, herausgegeben von Jattie Enklaar und Hans Ester\nBy way of comparison : reflections on the theory and practice of comparative literature, Gerald Gillespie\nCharles Nodier und die deutsche und englische Literatur : eine Studie zur romantischen Denkform in Frankreich, von Walter Mönch\nCompanion to comparative literature, world literatures, and comparative cultural studies, edited by Steven Tötösy de Zepetnek and Tutun Mukherjee\nComparative literature : theory, method, application, Steven Tötösy de Zepetnek\nComparative literature today : methods & perspectives, by Yves Chevrel ; translated from the French by Farida Elizabeth Dahab\nComparative studies in nursery rhymes, Lina Eckenstein\nContra el ángel, Hernán Lara Zavala\nContrastes e convergências : estudos de literatura comparada, Sylvio Lago\nCorrespondencias, Guillermo Francovich\n"Der Buchstab tödt, der Geist macht lebendig" : Festschrift für Hans-Gert Roloff von Freunden, Schülern und Kollegen\nAlfred de Vigny : persistences classiques et affinités étrangères\nAspects de l'interprétation :\nBi jiao wen xue lun\nBi jiao wen xue lun wen ji\nBi jiao wen xue yan jiu yi wen ji\nBi jiao wen xue yu Zhongguo wen xue chan shi\nBi jiao wen xue yu min jian wen xue\nBy way of comparison : reflections on the theory and practice of comparative literature\nComparative literature : theory, method, application\nContrastes e convergências : estudos de literatura comparada\nCriss-cross : essays in Romanian and comparative literature\nCrítica sem juízo : ensaios\nCultureel relativisme en vergelijkende literatuurwetenschap\nDanske folkebøger fra 16. og 17 århundrede\nDanske folkebøger fra 16. og 17. arhundrede\nDe Shakespeare à Michel Butor : mélanges offerts à Monsieur Charles Dédéyan, professeur émérite à l'Université de Paris-Sorbonne\nDe vôos e ilhas : literatura e comunitarismos\nDen nordiska renässansen i sjuttonhundratalets litteratur\nDer Magdeburger Prosa-Äsop : eine mittelniederdeutsche Bearbeitung von Heinrich Steinhöwels "Esopus" und Niklas von Wyles "Guiscard und Sigismunda" : Text und Untersuchungen\nDet förklarade ögonblicket : studier i västerländsk idyll från Theokritos till Strindberg = [The transfigured moment : studies in European idyll from Theocritus to Strindberg]\nDialogues concerning eloquence in general : and particularly, that kind which is fit for the pulpit\nDie erzählung von Apollonius aus Tyrus : Eine geschichtliche untersuchung über ihre lateinische urform und ihre späteren bearbeitungen\nDie in dem alten Haus der Sprache wohnen : Beiträge zum Sprachdenken in der Literaturgeschichte : Helmut Arntzen zum 60. Geburtstag\nDie literarische Gestalt des Blinden im 19. und 20. Jahrhundert : Klischees, Vorurteile und realistische Darstellungen des Blindenschicksals\nDivagaciones hispánicas : discursos y estudios críticos\nEcho and disguise : studies in German and comparative literature\nEinführung in die Vergleichende Literaturwissenschaft : Forschungsstand, Kritik, Aufgaben\nEl mar que nos une : ensayos de literatura caribeña\nEl pensamiento moderno y la novela española : ensayos de literature comparada : la repercusión filosófica de la ciencia sobre la novela.\nInternational perspectives in comparative literature : essays in honor of Charles Dédéyan\nIntra & extra muros : verkenningen voornamelijk in de Neerlandistiek en het comparatisme\nIz istorii literaturnykh svi͡azeĭ XIX veka\nKindai no shōsetsu : hikaku bungaku no shiten to hōhō\nKōza hikaku bungaku\nLa lyre d'Amphion : de Thèbes à La Havane, pour une poétique sans frontières\nLe sonnet en Italie et en France au XVI siècle; : essai de bibliographie comparée\nLetterature comparate, problemi e metodo : studi in onore di Ettore Paratore\nLiteratura comparada : história, teoria e crítica\nLiteraturnye svi͡azi drevnikh slavi͡an : [Sbornik stateĭ\nLittérature générale et littérature comparée : essai d'orientation\nLudwig Tieck als Übersetzer und Herausgeber : zur frühromantischen Idee einer deutschen Weltliteratur\nMaori oral literature : as seen by a classacist\nMax Nordau : Entartung\nMezhnat͡sionalʹnye svi͡azi kazakhskoĭ literatury\nOt klassit͡sizma k romantizmu. : Iz istorii mezhdunar. svi͡azeĭ rus. literatury. [Sbornik stateĭ.\nPoetry of the Netherlands in its European context, 1170-1930. : Illustrated with poems in original and translation\nPoints of contact : a study of the interplay and intersection of traditional and non-traditional literatures, cultures, and mentalities\nProblems in national literary identity and the writer as social critic\nRusskai͡a literatura na Zapade : Statʹi i razyskanii͡a\nRusskiĭ i I͡Uz̊noslavi͡anskiĭ geroiceskiĭ e̊pos : sravnitelwno-tipologic̊eskoe issledovanie\nSemiotika literaturno-khudozhestvennogo diskursa\nSensus communis : contemporary trends in comparative literature : panorama de la situation actuelle en littérature comparée : Festschrift für Henry Remak\nShizen to jiga no genhūkei : Romanteki shinsō no tameni\nStoria letteraria e comparazione\nTeorii͡a sravnitelʹnogo izuchenii͡a literatury\nTexte und Kontexte : Studien zur deutschen und vergleichenden Literaturwissenschaft : Festschrift für Norbert Fuerst zum 65. Geburtstag\nThe literature of our own country compared with that of other nations\nThe middle distance : a comparative history of American imaginative literature : 1919-1932\nThe peregrine muse, : studies in comparative Renaissance literature\nThe spiritual message of literature : a manual of comparative literature, with topical outlines, and lists of useful books for school, college, and private study\nTres mil años de literatura en Cien años de soledad : intertextualidad en la obra de García Márquez\nTsubouchi Shōyō to hikaku bungaku\nWas ist vergleichende Literaturwissenschaft?\nWest-East, inseparable twain; : selected articles\nZapad i Vostok : statʹi\nŌ-Bei sakka to Nihon kindai bungaku\n
 Data from Comparative literature - Brigham Young University


url: =Ni, Jun (35)\nXu, Ping (5)\nTao, Fei (4)\nDunn, Louise L. (1)\n1. Microinfarct disruption of white matter structure Auriel, Eitan | Edlow, Brian L. | Reijmer, Yael D. | Fotiadis, Panagiotis | Ramirez-Martinez, Sergi | Ni, Jun | Reed, Anne K. | Vashkevich, Anastasia | Schwab, Kristin | Rosand, Jonathan | Viswanathan, Anand | Wu, Ona | Gurol, M. Edip | Greenberg, Steven M.\n2. Mechanical writing of n-type conductive layers on the SrTiO3 surface in nanoscale Wang, Yuhang | Zhao, Kehan | Shi, Xiaolan | Li, Geng | Xie, Guanlin | Lai, Xubo | Ni, Jun | Zhang, Liuwan\nScientific Reports 2015;5:10841.\nThe fabrication and control of the conductive surface and interface on insulating SrTiO3 bulk provide a pathway for oxide electronics. The controllable manipulation of local doping concentration in semiconductors is an important step for nano-electronics. Here we show that conductive patterns can be written on bare SrTiO3 surface by controllable doping in nanoscale using the mechanical interactions of atomic force microscopy tip without applying external electric field. The conductivity of the layer is n-type, oxygen sensitive, and can be effectively tuned by the gate voltage. Hence, our findings have potential applications in oxide nano-circuits and oxygen sensors.\n3. Identification of enzymes involved in SUMOylation in Trypanosoma brucei Ye, Kaiqin | Zhang, Xuecheng | Ni, Jun | Liao, Shanhui | Tu, Xiaoming\nScientific Reports 2015;5:10097.\nSmall ubiquitin-like modifier (SUMO), a reversible post-translational protein modifier, plays important roles in diverse cellular mechanisms. Three enzymes, E1 (activating enzyme), E2 (conjugating enzyme) and E3 (ligase), are involved in SUMO modification. SUMOylation system and process in higher eukaryotes have been well studied. However, in protozoa, such as Trypanosoma brucei (T. brucei), these remain poorly understood. Herein, we identified the E1 (TbAos1/TbUba2) and E2 (TbUbc9) enzymes of SUMOylation pathway in T. brucei by sequence analysis and GST pull-down assay. Furthermore, we successfully reconstructed the SUMOylation system in vitro with recombinant enzymes. Using this system, the active site of TbUba2 and TbUbc9 was revealed to be located at Cys343 and Cys132, respectively, and a centrin homologue (TbCentrin3) was identified to be a target of SUMOylation in T. brucei. Altogether, our results demonstrate that TbAos1/TbUba2 and TbUbc9 are the bona fide E1 and E2 enzymes of the SUMOylation system in T. brucei.\n4. Enhancing the light-driven production of d-lactate by engineering cyanobacterium using a combinational strategy Li, Chao | Tao, Fei | Ni, Jun | Wang, Yu | Yao, Feng | Xu, Ping\nScientific Reports 2015;5:9777.\nIt is increasingly attractive to engineer cyanobacteria for bulk production of chemicals from CO2. However, cofactor bias of cyanobacteria is different from bacteria that prefer NADH, which hampers cyanobacterial strain engineering. In this study, the key enzyme d-lactate dehydrogenase (LdhD) from Lactobacillus bulgaricus ATCC11842 was engineered to reverse its favored cofactor from NADH to NADPH. Then, the engineered enzyme was introduced into Synechococcus elongatus PCC7942 to construct an efficient light-driven system that produces d-lactic acid from CO2. Mutation of LdhD drove a fundamental shift in cofactor preference towards NADPH, and increased d-lactate productivity by over 3.6-fold. We further demonstrated that introduction of a lactic acid transporter and bubbling CO2-enriched air also enhanced d-lactate productivity. Using this combinational strategy, increased d-lactate concentration and productivity were achieved. The present strategy may also be used to engineer cyanobacteria for producing other useful chemicals.\n5. New Insights into Intracellular Locations and Functions of Heme Oxygenase-1 Dunn, Louise L. | Midwinter, Robyn G. | Ni, Jun | Hamid, Hafizah A. | Parish, Christopher R. | Stocker, Roland\nAntioxidants & Redox Signaling 2014;20(11):1723-1742.\nSignificance: Heme oxygenase-1 (HMOX1) plays a critical role in the protection of cells, and the inducible enzyme is implicated in a spectrum of human diseases. The increasing prevalence of cardiovascular and metabolic morbidities, for which current treatment approaches are not optimal, emphasizes the necessity to better understand key players such as HMOX1 that may be therapeutic targets. Recent Advances: HMOX1 is a dynamic protein that can undergo post-translational and structural modifications which modulate HMOX1 function. Moreover, trafficking from the endoplasmic reticulum to other cellular compartments, including the nucleus, highlights that HMOX1 may play roles other than the catabolism of heme. Critical Issues: The ability of HMOX1 to be induced by a variety of stressors, in an equally wide variety of tissues and cell types, represents an obstacle for the therapeutic exploitation of the enzyme. Any capacity to modulate HMOX1 in cardiovascular and metabolic diseases should be tempered with an appreciation that HMOX1 may have an impact on cancer. Moreover, the potential for heme catabolism end products, such as carbon monoxide, to amplify the HMOX1 stress response should be considered. Future Directions: A more complete understanding of HMOX1 modifications and the properties that they impart is necessary. Delineating these parameters will provide a clearer picture of the opportunities to modulate HMOX1 in human disease. Antioxid. Redox Signal. 20: 1723–1742.\n6. Mirror neuron therapy for hemispatial neglect patients Wang, Wei | Zhang, Xin | Ji, Xiangtong | Ye, Qian | Chen, Wenli | Ni, Jun | Shen, Guangyu | Zhang, Bing | Yuan, Ti-Fei | Shan, Chunlei\nScientific Reports 2015;5:8664.\nMirror neuron system(MNS) based therapy has been employed to treat stroke induced movement disorders. However, its potential effects on patients with hemispatial neglect were uninvestigated. The present study set out to test the therapeutic efficiency of video watching of series of hand actions/movements (protocol A) in two patients with left hemispatial neglect, due to the right hemisphere stroke. The video containing dynamic landscape of natural scene or cities but not human/animals was used as the protocol B. The “ABA” training procedure for 3 weeks therefore allows us to internally control the individual differences. Before and after each week of training, the Chinese behavioral inattention test- Hongkong version (CBIT-HK) was implemented to evaluate the hemispatial neglect severity. Functional magnetic resonance imaging (fMRI) experiment was implemented in two health subjects to reveal the difference of brain activation between protocol A and B. The results showed that protocol A rather than protocol B significantly improved the CBIT-HK scores at first and third weeks, respectively. Protocol A induced more bilateral activations including right inferior parietal lobe (supramarginal gyrus), which belongs to MNS and is also critical region resulting to hemineglect. Conclusion: MNS activation can provide a novel therapy for hemispatial neglect patients.\n7. Aurora-A kinase-inactive mutants disrupt the interaction with Ajuba and cause defects in mitotic spindle formation and G2/M phase arrest in HeLa cells Bai, Meirong | Ni, Jun | Shen, Suqin | Huang, Qiang | Wu, Jiaxue | Le, Yichen | Yu, Long\n8. Analysis of the transcriptional responses in inflorescence buds of Jatropha curcas exposed to cytokinin treatment Chen, Mao-Sheng | Pan, Bang-Zhen | Wang, Gui-Juan | Ni, Jun | Niu, Longjian | Xu, Zeng-Fu\nBMC Plant Biology 2014;14:318.\n9. Suppression of histone deacetylation promotes the differentiation of human pluripotent stem cells towards neural progenitor cells Yang, Juan | Tang, Yu | Liu, Hui | Guo, Fang | Ni, Jun | Le, Weidong\nBMC Biology 2014;12:95.\n10. Transcriptome of the inflorescence meristems of the biofuel plant Jatropha curcas treated with cytokinin Pan, Bang-Zhen | Chen, Mao-Sheng | Ni, Jun | Xu, Zeng-Fu\n11. Multifocal hemosiderin depositions on T2*-weighted magnetic resonance imaging in a patient with pathology-proven systemic diffuse large B-cell lymphoma Yang, Xun-zhe | Ni, Jun | Cui, Li-ying\nBMC Neurology 2014;14:184.\n12. P300-dependent STAT3 acetylation is necessary for angiotensin II-induced pro-fibrotic responses in renal tubular epithelial cells Ni, Jun | Shen, Yang | Wang, Zhen | Shao, De-cui | Liu, Jia | Kong, Ya-li | Fu, Lan-jun | Zhou, Li | Xue, Hong | Huang, Yu | Zhang, Wei | Yu, Chen | Lu, Li-min\n13. Moyamoya syndrome associated with Graves’ disease: a case series study Ni, Jun | Zhou, Li-Xin | Wei, Yan-Ping | Li, Ming-Li | Xu, Wei-Hai | Gao, Shan | Cui, Li-Ying\n14. Inhibition of STAT3 acetylation is associated with angiotesin renal fibrosis in the obstructed kidney Ni, Jun | Shen, Yang | Wang, Zhen | Shao, De-cui | Liu, Jia | Fu, Lan-jun | Kong, Ya-li | Zhou, Li | Xue, Hong | Huang, Yu | Zhang, Wei | Yu, Chen | Lu, Li-min\n15. Genome Sequence of Sporolactobacillus terrae DSM 11697, the Type Strain of the Species Huang, Kaiming | Ni, Jun | Xu, Ke | Tang, Hongzhi | Tao, Fei | Xu, Ping\n16. Draft Genome Sequence of the Gluconobacter oxydans Strain DSM 2003, an Important Biocatalyst for Industrial Use Sheng, Binbin | Ni, Jun | Gao, Chao | Ma, Cuiqing | Xu, Ping\n17. High-resolution MRI findings in patients with capsular warning syndrome Zhou, Lixin | Ni, Jun | Xu, Weihai | Yao, Ming | Peng, Bin | Li, Mingli | Cui, Liying\n18. Intragenic Suppressor of Osiaa23 Revealed a Conserved Tryptophan Residue Crucial for Protein-Protein Interactions Ni, Jun | Zhu, Zhenxing | Wang, Gaohang | Shen, Yanxia | Zhang, Yanyan | Wu, Ping\n19. Pancreatic solid cystic desmoid tumor: Case report and literature review Xu, Bin | Zhu, Ling-Hua | Wu, Jia-Guo | Wang, Xian-Fa | Matro, Erik | Ni, Jun-Jun\n20. Successful interventional radiological management of postoperative complications of laparoscopic distal pancreatectomy Zhu, Yi-Ping | Ni, Jun-Jun | Chen, Ren-Biao | Matro, Erik | Xu, Xiao-Wu | Li, Bin | Hu, Hong-Jie | Mou, Yi-Ping\n21. Dysfunction and Post-Traumatic Stress Disorder in Fracture Victims 50 Months after the Sichuan Earthquake Ni, Jun | Reinhardt, Jan D. | Zhang, Xia | Xiao, Mingyue | Li, Ling | Jin, Hong | Zeng, Xianmin | Li, Jianan\n22. H2S Inhibits Hyperglycemia-Induced Intrarenal Renin-Angiotensin System Activation via Attenuation of Reactive Oxygen Species Generation Xue, Hong | Yuan, Ping | Ni, Jun | Li, Chen | Shao, Decui | Liu, Jia | Shen, Yang | Wang, Zhen | Zhou, Li | Zhang, Wei | Huang, Yu | Yu, Chen | Wang, Rui | Lu, Limin\n23. Recognition of Multiple Imbalanced Cancer Types Based on DNA Microarray Data Using Ensemble Classifiers Yu, Hualong | Hong, Shufang | Yang, Xibei | Ni, Jun | Dan, Yuanyuan | Qin, Bin\n24. Isolated splenic metastases from gastric carcinoma: A case report and literature review Zhu, Yi-Ping | Mou, Yi-Ping | Ni, Jun-Jun | Zhou, Yu-Cheng | Jiang, Jin-Wei | Jiang, Zhi-Nong | Wang, Guan-Yu\n25. Characterization of Two Streptomyces Enzymes That Convert Ferulic Acid to Vanillin Yang, Wenwen | Tang, Hongzhi | Ni, Jun | Wu, Qiulin | Hua, Dongliang | Tao, Fei | Xu, Ping


url: =Status of Mycetes Pollution and Air Mycetes Toxin in a Standby Underground Hospital--《Practical Preventive Medicine》2007年02期\nStatus of Mycetes Pollution and Air Mycetes Toxin in a Standby Underground Hospital\nZHANG Yong-liang,ZHI Qiang,ZHEN Shi-ying,et al.(The 25lst Hospital of the PLA,Zhangjiakou 075000,Hebei)\nObjective To reseach the status of mycetes pollution and air mycetes toxin in a underground hospital and to provide proof for precaution.Medthod The total bacterial and mycetes counts in the air were determined with the method of knock-on and mycetes on the surface of objects with cotton pledget.The mycetes were identified according to its colonial morpholopy and growth construction,and Aflatoxin B1 of Aspergillus flavs was detected by ELISA.Result The average total bacterial count was 3,195 cfu/m3 and mycetes count was 18,046 cfu/m3 in the air while the mycetes was 27,840 cfu/m3 and 104,960 cfu/m3 respectively on the surface of wooden bedframe and mattress.Nine of the 73 strains of Aspergillus flavus produced aflatoxin B1,accounted for 12.3%.Conclusion The air was heavily polluted by mycetes in this underground hospital and the total bacterial count exceeded the wholesome standard of human protection project.The mycetes is mainly from much humus in it and diffuses gradually which can invade human bodies to cause mycotic infection.Meanwhile,some of them can produce toxin which can be breathed in along with the suspended particulate in the air and deposit in the alveoli pulmonis or be absorded through the skin which adversely affects human's health.\n1 WANG Ya-ling1,LV Guo-zhong1,JIN Li-ming1,CHAI Tong-jie2(1.Kdy Laboratory of State Ethnic Affairs Commission-Ministry of Education,College of Life Science,Dalian Nationalities University,Dalian Liaoning 116605,China;2.College of Animal Science and Technology,Shandong Agricultural University, Tai'an shandong 271018,China);Advancement on Airborne Fungi and Mycotoxins[J];Journal of Dalian Nationalities University;2008-03\n1 ;Affect of Mycotoxin to Health[J];;2004-12\n2 YANG Jian bo (Institute for Kaschin Beck Disease, The Center for Endimic Disease Control, Chinese Center for Disease Control and Prevention, Harbin medical University, Harbin 150001, China);Mycotoxins and human diseases[J];Chinese Jouranl of Endemiology;2002-04\n1 CHEN Yan, ZHAI Jun-min, WANG Zhi-lun,et al (Institute of Endemic Disease, School of Medicine, Xi'an Jiaotong University, Xi'an 710061,China);A comparative research on the treatment effect of Se supplement, Vit C supplement and cereals dryness on Kaschin-Beck disease[J];Chinese Journal of Control of Endemic Disease;2003-06\n2 LIU Yan,CAO Yan-hong,SUN Li-yan,et al(Mudanjiang Centre for Disease Prevention and Control of Heilongjiang Province,Mudanjiang 157000,China);Preliminary observation on the effect of incubation time on the toxin production of Fusarium oxysporum[J];Chinese Journal of Control of Endemic Diseases;2009-04\n3 CAO Pei-hua1, CAO Jun-ling2, CAO Li-min1,CHEN Jing-hong2(1Xi'an Medical University, Xi'an Shaanxi 710021, China; 2Institute of Endemic Diseases, Environment Related Gene Key Laboratory of Ministry of Education, Xi'an Jiaotong University,Xi'an Shaanxi 710061, China);The effect of Nivalenol on the metabolism of Hyaluronic Acid[J];Foreign Medical Sciences(Section of Medgeography);2007-02\n4 CAO Pei-hua1, CAO Jun-ling2, CAO Li-min1, LI Wei-bo2 (1 Xi’an Medical University, Xi’an Shaanxi 710021, China;2 Institute of Endemic Diseases, Environment Related Gene Key Laboratory of Ministry of Education, Xi’an Jiaotong University,Xi’an Shaanxi 710061, China);Effects of nivalenol and selenium on the metabolism of aggrecan in chondrocytes[J];Foreign Medical Sciences(Section of Medgeography);2008-01\n5 ZHANG An1,2,CAO Jun-ling1,YANG Bo1,CHEN Jing-hong1,ZHANG Zeng-tie1,FU Qiang1,LIU Fu-qiang1,LU Min-ling1(1 Institute of Endemic Diseases,Environment Related Gene Key Laboratory of Ministry of Education,Xi'an Jiaotong University,Xi'an Shaanxi 710061,China;2Xi'an Radio & TV University,Xi'an Shaanxi 710002,China);The effects of moniliformin toxin and selenium on collagenⅡ and relationship to the pathogenesis of KBD[J];Foreign Medical Sciences(Section of Medgeography);2008-02\n6 CHEN Li-xing (College of Bio-science and Engineering,Hebei University of Science and Technology,Shijiazhuang Hebei 050018,China);Mycotoxins and their research progress[J];Hebei Journal of Industrial Science and Technology;2006-02\n7 ZHANG Yong-liang,ZHENG Shi-ying,ZHI Qiang.The 251st Hospital of PLA,Zhangjiakou,Hebei 075000,China;Air Disinfection with Chlorine Dioxide in Saps[J];Journal of Environment and Health;2007-04\n8 Pan Wei Pang Guangchang (Biotechnology Department,Tianjin University of Commerce,Tianjin 300134,China);Aflatoxin and Food security[J];Jiangxi Food Industry;2004-03\n9 ZHANG Yong-liang,ZHENG Shi-ying,ZHI Qiang,ZHENG Tie-gang(The 251st Hospital of PLA,Zhangjiakou,Hebei Province 075000,China);Effect on Worker's Health in the Underground Semi-closed Circumstance[J];Journal of Environmental & Occupational Medicine;2007-01\n10 ZHANG Yong-liang ZHENG Shi-ying ZHI Qiang The 251~(st) Hospital of PLA,Zhangjiakou,Hebei 075000,China; LIU Dong-biao Zhangjiakou Environmental Monitoring Station,Zhangjiakou,Hebei 075000,China;Detection of Airborne Fungus in Different Types of Military Underground Construction[J];Journal of Environmental & Occupational Medicine;2007-04\n1 WANG Ya-ling1 LV Guo-zhong1 CHAI Tong-jie2 (1.College of Life Science,Dalian Nationalities University,Dalian,Liaoning 116605,China; 2.College of Animal Science and Technology,Shandong Agricultural University,Tai'an,Shandong 271018,China);Development on Avian Immunoreaction of Fungal Infection and Mycotoxicosis[J];Journal of Dalian Nationalities University;2007-05\n2 HU Li-feng~(1, 2), FANG Zhi-guo~2, OUYANG Zhi-yun~2, LIAO Xiao-lan~1, LIN Xue-qiang~2, WANG Xiao-ke~2(1. College of Bio-Safety Science and Technology, Hunan Agriculture University, Changsha410128, China;2.Key Laboratory of Systems Ecology, Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, Beijing100085, China);Ecological Distributions of Airborne Fungi in Outdoor Environments in Beijing,China[J];Environmental Science;2005-05\n3 WANG Ya-ling, CHAI Tong-jie, LU Guo-zhong (College of Animal Science and Technology, Shandong Agricultural University,Tai'an 271018, China; Institute of Bio-Resources and Environment, Dalian Nationalities University, Dalian 116600, China; Biological Teaching and Reseach Group of Fifty-fifth Mid-School in Dalian City 116041, China);The Fungal Aerosol in Feeding Environment[J];Ecology of Domestic Animal;2005-06\n4 WANG Ya-ling~1,LU Guo-zhong~(2*),CHAI Tong-jie~1 (1.College of Animal Science and Technology,Shandong Agricultural University,Tai'an 271018,China;2.Institute of Biological Resources and Environment,Dalian Nationalities University,Dalian 116600,China);Quantitative Evaluation for the Potential Harm of Fungal Aerosol in Chicken House[J];Acta Ecologiae Animalis Domastici;2006-01\n5 WANG Ya-Ling1 LU Guo-Zhong2? CHAI Tong-Jie1 SUN Xiao-Dong2* (1College of Animal Science and Technology,Shandong Agricultural University, Tai’an 271018, China;2Institute of Bio-Resources and Environmental Science, Dalian Nationalities University,Dalian 116600,China);DIVERSITY AND CONCENTRATION OF AIRBORNE FUNGI IN CHICKEN HOUSE[J];;2005-04\n1 YANG Jian bo,DENG Jia yun,LI De yun (Institute of Kashin Beck Disease,Harbin Medical University,Harbin 150001,China) [;Jintang village investigation——one consideration about the cause of Pa disease[J];CHINESE JOURANL OF CNDEMIOLOGY;2000-01\n2 YANG Jian bo, YANG Qiu hui (Keshin Beck Disease Institute, Harbin Medical University, Harbin 150001, China);Study on the cause of Keshan disease[J];Chinese Jouranl of Endemiology;2000-05\n3 Li Qunwei,Li Dean,Men Xianqing,et alKashinBeck Instituti,Chinese Research Center for Endemic Disease Control,Harbin 150001;The T2 toxin concentration detected with GC in grain collected from Harbin city markets[J];CHINESE JOURANL OF CNDEMIOLOGY;1998-02\n4 Li Qunwei,Li De'an,Meng Xianqing,et al Institute of Kashin Beck Disease,Harbin Medical University,Harbin 150001;Experimental studies on elementary factors of Fusarium's growth and toxin production[J];CHINESE JOURANL OF CNDEMIOLOGY;1998-06