url: =Overall Orange Tropical Cyclone alert for SON-TINH-18 in China, Viet Nam, Laos from 15 Jul 2018 12:00 UTC to 18 Jul 2018 06:00 UTC\nOverall Orange alert Tropical Cyclone for SON-TINH-18\nin China, Viet Nam, Laos\n18 Jul 2018 06 UTC\n24 Jul 2018 06 UTC 26 24 Jul 2018 00 UTC 25 23 Jul 2018 18 UTC 24 23 Jul 2018 12 UTC 23 23 Jul 2018 06 UTC 22 23 Jul 2018 00 UTC 21 22 Jul 2018 18 UTC 20 22 Jul 2018 12 UTC 19 22 Jul 2018 06 UTC 18 22 Jul 2018 00 UTC 17 21 Jul 2018 18 UTC 16 21 Jul 2018 12 UTC 15 18 Jul 2018 18 UTC 14 18 Jul 2018 12 UTC 13 18 Jul 2018 06 UTC 12 18 Jul 2018 00 UTC 11 17 Jul 2018 18 UTC 10 17 Jul 2018 12 UTC 9 17 Jul 2018 06 UTC 8 17 Jul 2018 00 UTC 7 16 Jul 2018 18 UTC 6 16 Jul 2018 12 UTC 5 16 Jul 2018 06 UTC 4 16 Jul 2018 00 UTC 3 15 Jul 2018 18 UTC 2 15 Jul 2018 12 UTC 1\nTropical Cyclone SON-TINH-18 can have a medium humanitarian impact based on the maximum sustained wind speed,exposed population and vulnerability.\nExposed countries China, Viet Nam, Laos\nMaximum storm surge 0.8 m (18 Jul 17:00 UTC)\nGDACS Overall 93 km/h 0.8 m n.a. 0.5\nUp to 15.1 million people in Tropical storm (see SSHS)\n1 15 Jul 2018 12:00 93 21.5 million No people Philippines, China, Viet Nam\n2 15 Jul 2018 18:00 93 27.4 million No people Philippines, China, Viet Nam, Laos\n3 16 Jul 2018 00:00 74 47.5 million No people Philippines, China, Viet Nam, Laos, Myanmar, Thailand\n4 16 Jul 2018 06:00 83 43.8 million No people Philippines, China, Viet Nam, Laos\n5 16 Jul 2018 12:00 74 35 million No people China, Viet Nam, Laos\n6 16 Jul 2018 18:00 74 40.9 million No people China, Viet Nam, Laos\n7 17 Jul 2018 00:00 74 26 million No people China, Viet Nam, Laos, Thailand\n8 17 Jul 2018 06:00 74 22.4 million No people China, Viet Nam, Laos\n9 17 Jul 2018 12:00 74 18.9 million No people China, Viet Nam, Laos, Thailand\n10 17 Jul 2018 18:00 65 17 million No people China, Viet Nam, Laos\n11 18 Jul 2018 00:00 65 15.9 million No people China, Viet Nam, Laos\n12 18 Jul 2018 06:00 74 15.1 million No people China, Viet Nam, Laos\n1 15 Jul 2018 12:00 Tropical depression 46 no people no people 19.1, 128.1\n2 15 Jul 2018 18:00 Tropical depression 46 no people no people 18.6, 126.9\n3 16 Jul 2018 00:00 Tropical depression 56 760000 people no people 19, 125.3\n4 16 Jul 2018 06:00 Tropical depression 56 920000 people no people 18.8, 124\n5 16 Jul 2018 12:00 Tropical depression 56 140000 people no people 18.7, 122.2\n6 16 Jul 2018 18:00 Tropical depression 56 no people no people 19.1, 121.1\n7 17 Jul 2018 00:00 Tropical storm 65 no people no people 19.3, 118.1\n8 17 Jul 2018 06:00 Tropical storm 65 9.2 million people no people 19.5, 115.2\n9 17 Jul 2018 12:00 Tropical storm 74 9 million people no people 19.1, 113.4\n10 17 Jul 2018 18:00 Tropical storm 65 8.8 million people no people 18.8, 111.2\n11 18 Jul 2018 00:00 Tropical storm 65 9.5 million people no people 18.9, 109.3\n12 18 Jul 2018 06:00 Tropical storm 74 6.8 million people no people 18.9, 108\n12 18 Jul 2018 18:00 Tropical storm 65 6 million people no people 19.2, 105.5\n12 19 Jul 2018 06:00 Tropical depression 46 no people no people 19.7, 103.4\n12 19 Jul 2018 18:00 Tropical depression 37 no people no people 20.4, 101.1\nDuntou Hainan China City - 77 km\nHuangliu Hainan China City - 94 km\nYacheng Hainan China City - 133 km\nSanya Hainan China City 140000 people 167 km\nYulin Hainan China City - 180 km\nBaocheng Hainan China City - 181 km\nLingao Hainan China City 64000 people 208 km\nLingcheng Hainan China City - 219 km\nJinjiang Hainan China City - 230 km\nSam Son Thanh Hoa Vietnam City - 240 km\nVinh Nghe An Vietnam City 100000 people 247 km\nWancheng Hainan China City - 252 km\nThanh Hóa Thanh Hoa Vietnam City 110000 people 254 km\nDingcheng Hainan China City - 260 km\nJiaji Hainan China City - 262 km\nWencheng Hainan China City - 299 km\nFoluo Northeast 165 0 124 km\nSanya (Fenghuang) SYX 28 Civ. Paved Yes 11100 163 km\nSanya-Yaxian 15 0 169 km\nJtalaishi 121 0 202 km\nLingshui 25 0 215 km\nVinh VII 11 Mil. Unpaved No 7100 246 km\nHaikou 26 Civ. Paved Yes 11800 276 km\nMeilan HAK 23 0 283 km\nBai Thuong 13 0 288 km\nUdomxay UDO unknown 0 441 km\nMuang Phonsavan 1100 0 507 km\nXieng Khouang XKH 1067 Civ. Unpaved No 4900 513 km\nBasuo CNBAS China 69 km\nPaso China 76 km\nCua Lo China 79 km\nSanya CNSYX China 174 km\nYu Lin Chiang China 176 km\nCape Bastion China 185 km\nLin Kao China 207 km\nVinh VNVNH Vietnam 238 km\nLe Mon Vietnam 238 km\nBen Thuy VNNGT Vietnam 243 km\nHsu Wen China 253 km\nLan Shui Terminal China 833 km\nTuoxin Ganen He 1978 84 km\nDaguanba Changhua Jiang 1995 104 km\nChangmao Wanglou 1960 118 km\nShilu Shilu 1973 121 km\nBaogu Hingyuan 1979 141 km\nBanling Shanya 1969 172 km\nSongtao Nandu Jiang 1970 183 km\nXiaomei Duzuong 1975 207 km\nFushan Huachang 1974 229 km\nJiatan Haizai 1961 230 km\nNiululing Wanquan 1979 232 km\nThe maximum Storm surge height is 0.8m in Yen Cat, Vietnam. This height is estimated for 18 Jul 2018 17:00 UTC .\nLocations affected by Storm surge (343 locations). Calculation based on advisory number 12 of 18 Jul 2018 06:00:00 UTC. (Simulation using 0.5 minute resolution)\n18 Jul 2018 17:00 Yen Cat Vietnam 0.8\n18 Jul 2018 17:00 Xuan Moc Vietnam 0.8\n18 Jul 2018 17:00 Hoang Xa Vietnam 0.7\n18 Jul 2018 17:00 Tien Yen Vietnam 0.7\n18 Jul 2018 18:00 Diem Phe Vietnam 0.7\n18 Jul 2018 17:00 Ca Lu Vietnam 0.7\n18 Jul 2018 17:00 Ba Lang Vietnam 0.7\n18 Jul 2018 17:00 Xi Dua Vietnam 0.7\n18 Jul 2018 17:00 Sam Son Vietnam 0.7\n17 Jul 2018 23:00 Taiping China 0.7\n17 Jul 2018 22:00 Xianmai China 0.7\n17 Jul 2018 22:00 Longshe China 0.7\n18 Jul 2018 18:00 Xa Loan Vietnam 0.6\n18 Jul 2018 18:00 Van Lam Trai Vietnam 0.6\n18 Jul 2018 18:00 Dot Dong Vietnam 0.6\n17 Jul 2018 22:00 Dongli China 0.6\n18 Jul 2018 18:00 Nam Son Vietnam 0.6\n17 Jul 2018 22:00 Tung-li China 0.6\n17 Jul 2018 22:00 Dongshan China 0.6\n18 Jul 2018 18:00 Con Van Vietnam 0.6\n17 Jul 2018 21:00 Jinhe China 0.6\n17 Jul 2018 21:00 Wai-lo China 0.6\n18 Jul 2018 18:00 Long Chau Vietnam 0.5\n17 Jul 2018 22:00 Dongjian China 0.5\n17 Jul 2018 22:00 Badongxu China 0.5\n17 Jul 2018 21:00 Huangpo China 0.5\n17 Jul 2018 21:00 Chiu-wu-ch'uan China 0.5\n18 Jul 2018 18:00 Lien Phu Vietnam 0.5\n17 Jul 2018 22:00 Houhu China 0.5\n17 Jul 2018 22:00 Bengtang China 0.5\n17 Jul 2018 21:00 Houhai China 0.5\n17 Jul 2018 20:00 Baisha China 0.5\n17 Jul 2018 21:00 Shaoyao China 0.5\n17 Jul 2018 21:00 Xingyou China 0.5\n17 Jul 2018 21:00 Huangwu China 0.5\n18 Jul 2018 18:00 Tap Phuc Vietnam 0.5\n18 Jul 2018 18:00 Vinh Ngai Vietnam 0.5\n18 Jul 2018 18:00 Quan Phuong Trung Trai Vietnam 0.5\n17 Jul 2018 21:00 Nayan China 0.5\n17 Jul 2018 21:00 Doulongcun China 0.5\n18 Jul 2018 18:00 Quan Phuong Ha Vietnam 0.5\n18 Jul 2018 18:00 Nam Dong Vietnam 0.5\n17 Jul 2018 20:00 Meilu China 0.4\n17 Jul 2018 20:00 Hai-lu China 0.4\n18 Jul 2018 19:00 Luc Linh Vietnam 0.4\n18 Jul 2018 19:00 Cuu Doi Vietnam 0.4\n18 Jul 2018 19:00 Hai Phong Vietnam 0.4\n18 Jul 2018 20:00 Hoang Chau Vietnam 0.4\n17 Jul 2018 20:00 Boao China 0.4\n18 Jul 2018 18:00 Nghoung Nhan Vietnam 0.4\n17 Jul 2018 20:00 Hele China 0.4\n18 Jul 2018 19:00 An Co Vietnam 0.4\n17 Jul 2018 20:00 Chung-yuan China 0.4\n17 Jul 2018 20:00 Dianbai China 0.4\n18 Jul 2018 19:00 Dai Loc Vietnam 0.4\n17 Jul 2018 19:00 Shuidong China 0.4\n17 Jul 2018 19:00 Ch'i-ching China 0.4\n17 Jul 2018 19:00 Danchang China 0.4\n17 Jul 2018 19:00 Magang China 0.4\n17 Jul 2018 20:00 Lengzilin China 0.4\n17 Jul 2018 19:00 Qianshan China 0.4\n18 Jul 2018 20:00 Gia Luan Vietnam 0.4\n17 Jul 2018 21:00 Chengcun China 0.4\n17 Jul 2018 21:00 Santouzui China 0.4\n17 Jul 2018 21:00 Hsi-t'ou China 0.4\n17 Jul 2018 20:00 Baipu China 0.4\n17 Jul 2018 20:00 Rudong China 0.4\n17 Jul 2018 18:00 Pinggang China 0.4\n17 Jul 2018 20:00 Jiangcheng China 0.4\n17 Jul 2018 20:00 Yandun China 0.4\n17 Jul 2018 19:00 Shangyang China 0.3\n18 Jul 2018 23:00 Hsi-niu-chiao China 0.3\n18 Jul 2018 23:00 Guanjing China 0.3\n18 Jul 2018 20:00 Dong Cay Vietnam 0.3\n17 Jul 2018 18:00 Guanghai China 0.3\n17 Jul 2018 18:00 Shalan China 0.3\n17 Jul 2018 20:00 Diancheng China 0.3\n18 Jul 2018 21:00 Cai Kien Vietnam 0.3\n18 Jul 2018 22:00 Cot Doai Vietnam 0.3\n18 Jul 2018 22:00 Mong Cai Vietnam 0.3\n18 Jul 2018 23:00 Baishawan China 0.3\n18 Jul 2018 23:00 Ch'i-sha China 0.3\n18 Jul 2018 23:00 Guchengling China 0.3\n18 Jul 2018 23:00 Bailong China 0.3\n19 Jul 2018 01:00 Beimu China 0.3\n19 Jul 2018 01:00 Yong'an China 0.3\n18 Jul 2018 22:00 Vinh Thuc Vietnam 0.3\n18 Jul 2018 22:00 Jiangpingxu China 0.3\n18 Jul 2018 22:00 Jiangping China 0.3\n18 Jul 2018 22:00 Wanwei China 0.3\n18 Jul 2018 22:00 Bailong China 0.3\n19 Jul 2018 00:00 Hsi-ch'ang-hsu China 0.3\n19 Jul 2018 00:00 Hsi-ch'ang China 0.3\n19 Jul 2018 00:00 Yingluo China 0.3\n19 Jul 2018 00:00 Caotan China 0.3\n17 Jul 2018 21:00 Qinglan China 0.3\n17 Jul 2018 20:00 Huiwen China 0.3\n18 Jul 2018 23:00 Beihai China 0.3\n18 Jul 2018 21:00 Hoa Cam Vietnam 0.3\n19 Jul 2018 01:00 Longtousha China 0.3\n19 Jul 2018 01:00 Yingzai China 0.3\n17 Jul 2018 19:00 Dagou China 0.3\n17 Jul 2018 17:00 Shadi China 0.3\n18 Jul 2018 23:00 Jiangshan China 0.3\n19 Jul 2018 00:00 Gaode China 0.3\n18 Jul 2018 20:00 Ban Sen Vietnam 0.3\n17 Jul 2018 18:00 Dalangwan China 0.3\n18 Jul 2018 21:00 Cau Lo Vietnam 0.3\n19 Jul 2018 00:00 Dangjiang China 0.3\n17 Jul 2018 21:00 Hsin-chou China 0.3\n17 Jul 2018 18:00 Puqian China 0.3\n17 Jul 2018 17:00 Tonggu China 0.3\n17 Jul 2018 17:00 Dayang China 0.3\n17 Jul 2018 17:00 Chixi China 0.3\n17 Jul 2018 20:00 Chen Lan China 0.3\n19 Jul 2018 00:00 Qianjiang China 0.3\n17 Jul 2018 21:00 Doushan China 0.3\n17 Jul 2018 18:00 Luewei China 0.3\n18 Jul 2018 23:00 Ch'i-shui China 0.3\n17 Jul 2018 20:00 Tiantou China 0.3\n18 Jul 2018 21:00 Hoi Thong Vietnam 0.3\n18 Jul 2018 00:00 Beidou China 0.3\n18 Jul 2018 00:00 Chen-hai China 0.3\n17 Jul 2018 18:00 Taipa Macau (China) 0.3\n17 Jul 2018 18:00 Coloane Macau (China) 0.3\n17 Jul 2018 18:00 Lau Fau Sha Hong Kong (China) 0.3\n17 Jul 2018 18:00 Ngau Kwu Long Hong Kong (China) 0.3\n18 Jul 2018 23:00 Haikang China 0.3\n18 Jul 2018 21:00 Trung Thinh Vietnam 0.3\n18 Jul 2018 21:00 Trung Nghia Vietnam 0.3\n17 Jul 2018 18:00 Cuihengcun China 0.3\n17 Jul 2018 18:00 Qishan China 0.3\n17 Jul 2018 17:00 San-tsao China 0.3\n17 Jul 2018 20:00 Dong'ao China 0.3\n18 Jul 2018 21:00 Hau Con Vietnam 0.3\n18 Jul 2018 21:00 Con Soi Vietnam 0.3\n18 Jul 2018 23:00 Mai-ch'en-hsu China 0.3\n18 Jul 2018 23:00 Maichen China 0.3\n17 Jul 2018 16:00 Lo Tik Wan Hong Kong (China) 0.3\n17 Jul 2018 16:00 Lo So Shing Hong Kong (China) 0.3\n17 Jul 2018 16:00 Pok Fu Lam Hong Kong (China) 0.3\n17 Jul 2018 16:00 Tain Sha Tsui Hong Kong (China) 0.3\n17 Jul 2018 16:00 Central Hong Kong (China) 0.3\n17 Jul 2018 16:00 Wan Chai Hong Kong (China) 0.3\n17 Jul 2018 17:00 Taipang China 0.3\n17 Jul 2018 17:00 Fanhe China 0.3\n18 Jul 2018 23:00 Liu-sha-ying China 0.3\n18 Jul 2018 23:00 Liusha China 0.3\n17 Jul 2018 16:00 Ham Tin Hong Kong (China) 0.3\n18 Jul 2018 21:00 Thuan Thien Vietnam 0.3\n18 Jul 2018 21:00 Thien Linh Vietnam 0.3\n18 Jul 2018 21:00 Ha Tinh Vietnam 0.3\n18 Jul 2018 21:00 Trung Tiet Vietnam 0.3\n17 Jul 2018 14:00 Tianqian China 0.2\n17 Jul 2018 14:00 Zhelang China 0.2\n18 Jul 2018 22:00 Dam Ha Vietnam 0.2\n17 Jul 2018 17:00 Tsuen Wan Hong Kong (China) 0.2\n17 Jul 2018 17:00 Ha Kwai Chung Hong Kong (China) 0.2\n17 Jul 2018 17:00 Wa Fu Estate Hong Kong (China) 0.2\n17 Jul 2018 17:00 Kennedy Town Hong Kong (China) 0.2\n17 Jul 2018 17:00 Aberdeen Hong Kong (China) 0.2\n17 Jul 2018 17:00 Cheung Sha Wan Hong Kong (China) 0.2\n17 Jul 2018 17:00 Won Hang Hong Kong (China) 0.2\n17 Jul 2018 14:00 Luzui China 0.2\n17 Jul 2018 15:00 Pinghai China 0.2\n17 Jul 2018 15:00 Gangkou China 0.2\n17 Jul 2018 17:00 Wanshan China 0.2\n18 Jul 2018 04:00 Lingtou China 0.2\n18 Jul 2018 04:00 Chongpo China 0.2\n18 Jul 2018 04:00 Chiu-so China 0.2\n18 Jul 2018 04:00 Gancheng China 0.2\n18 Jul 2018 04:00 Banqiao China 0.2\n18 Jul 2018 21:00 Cau Thuong Vietnam 0.2\n17 Jul 2018 17:00 Sz Pak Hong Kong (China) 0.2\n17 Jul 2018 17:00 Nam Wan Hong Kong (China) 0.2\n18 Jul 2018 22:00 Baimajing China 0.2\n18 Jul 2018 22:00 Hsin-ying China 0.2\n18 Jul 2018 22:00 Eman China 0.2\n18 Jul 2018 22:00 Taan China 0.2\n18 Jul 2018 22:00 Hsin-chou China 0.2\n18 Jul 2018 23:00 Guangcun China 0.2\n18 Jul 2018 23:00 Xinxing China 0.2\n18 Jul 2018 23:00 Shuiwei China 0.2\n17 Jul 2018 18:00 Boshegang China 0.2\n17 Jul 2018 14:00 Chung Hom Kok Hong Kong (China) 0.2\n17 Jul 2018 14:00 North Point Hong Kong (China) 0.2\n17 Jul 2018 14:00 Chek Chue Hong Kong (China) 0.2\n17 Jul 2018 14:00 Tai Tam Hong Kong (China) 0.2\n17 Jul 2018 14:00 Stanley Hong Kong (China) 0.2\n17 Jul 2018 14:00 San Wan Ho Shau Hong Kong (China) 0.2\n17 Jul 2018 14:00 A Kung Ngam Hong Kong (China) 0.2\n17 Jul 2018 14:00 Chai Wan Hong Kong (China) 0.2\n17 Jul 2018 14:00 Hok Tsui Wan Hong Kong (China) 0.2\n17 Jul 2018 14:00 Chik Sha Hong Kong (China) 0.2\n17 Jul 2018 14:00 Tei Tong Tsui Hong Kong (China) 0.2\n17 Jul 2018 14:00 Tai Wan Tau Hong Kong (China) 0.2\n17 Jul 2018 15:00 Long Ke Hong Kong (China) 0.2\n17 Jul 2018 17:00 Lajiwei China 0.2\n18 Jul 2018 21:00 Basuo China 0.2\n18 Jul 2018 21:00 Changhua China 0.2\n18 Jul 2018 22:00 Paipu China 0.2\n18 Jul 2018 22:00 Dong Dui Vietnam 0.2\n18 Jul 2018 22:00 Dang Noi Vietnam 0.2\n17 Jul 2018 18:00 Longtang China 0.2\n17 Jul 2018 15:00 Pak Sha Au Hong Kong (China) 0.2\n17 Jul 2018 16:00 Tai Long Wan Hong Kong (China) 0.2\n18 Jul 2018 04:00 Huangliu China 0.2\n18 Jul 2018 22:00 Haiwei China 0.2\n18 Jul 2018 22:00 Nanluo China 0.2\n18 Jul 2018 22:00 Haitou China 0.2\n17 Jul 2018 15:00 Khitschhung China 0.2\n17 Jul 2018 16:00 Hoi Pa Hong Kong (China) 0.2\n17 Jul 2018 16:00 Kowloon Hong Kong (China) 0.2\n17 Jul 2018 16:00 Tsz Wa Chan Hong Kong (China) 0.2\n17 Jul 2018 16:00 Crocodile Hill Hong Kong (China) 0.2\n17 Jul 2018 16:00 Yau Tong Hong Kong (China) 0.2\n17 Jul 2018 16:00 Rennie's Mill Hong Kong (China) 0.2\n17 Jul 2018 16:00 Sau Mau Ping Hong Kong (China) 0.2\n17 Jul 2018 16:00 Yau Ma Po Hong Kong (China) 0.2\n17 Jul 2018 16:00 Sai Kung Hong Kong (China) 0.2\n17 Jul 2018 16:00 Hang Hau Hong Kong (China) 0.2\n17 Jul 2018 15:00 Shagang China 0.2\n18 Jul 2018 04:00 Foluo China 0.2\n18 Jul 2018 03:00 Yacheng China 0.2\n18 Jul 2018 21:00 Beili China 0.2\n18 Jul 2018 21:00 Duntou China 0.2\n18 Jul 2018 21:00 Longyou China 0.2\n17 Jul 2018 09:00 Huanglong China 0.2\n18 Jul 2018 02:00 Xiaolin China 0.2\n17 Jul 2018 09:00 Houzhai China 0.2\n17 Jul 2018 09:00 Raoping China 0.2\n17 Jul 2018 09:00 Zhelin China 0.2\n17 Jul 2018 09:00 Shenao China 0.2\n19 Jul 2018 00:00 Qiaotou China 0.2\n17 Jul 2018 16:00 Cheung Kang Hong Kong (China) 0.2\n17 Jul 2018 16:00 Cheung Wo Hong Kong (China) 0.2\n17 Jul 2018 15:00 Jizhongtuo China 0.2\n17 Jul 2018 15:00 Shanwei China 0.2\n17 Jul 2018 18:00 Fan Kwai Tong Hong Kong (China) 0.2\n18 Jul 2018 22:00 Hai Khau Vietnam 0.2\n18 Jul 2018 22:00 Vinh Ang Vietnam 0.2\n17 Jul 2018 18:00 Haikou China 0.2\n17 Jul 2018 15:00 Houmen China 0.2\n17 Jul 2018 15:00 Magong China 0.2\n18 Jul 2018 22:00 Ky Anh Vietnam 0.2\n18 Jul 2018 22:00 Van Trang Vietnam 0.2\n18 Jul 2018 22:00 Lang Loi Vietnam 0.2\n17 Jul 2018 11:00 Jiazi China 0.2\n17 Jul 2018 09:00 Chelim China 0.2\n18 Jul 2018 04:00 Yinggehai China 0.2\n18 Jul 2018 22:00 Vinh Son Vietnam 0.2\n17 Jul 2018 15:00 Jiesheng China 0.2\n17 Jul 2018 13:00 Changqingwei China 0.2\n17 Jul 2018 10:00 Donghong China 0.2\n17 Jul 2018 10:00 Haimen China 0.2\n17 Jul 2018 10:00 Shantou China 0.2\n17 Jul 2018 10:00 Dahao China 0.2\n17 Jul 2018 10:00 Aotou China 0.2\n17 Jul 2018 10:00 Daitou China 0.2\n17 Jul 2018 10:00 Guangao China 0.2\n17 Jul 2018 10:00 Siwei China 0.2\n18 Jul 2018 22:00 Kiem Long Vietnam 0.2\n18 Jul 2018 22:00 Ba Don Vietnam 0.2\n18 Jul 2018 22:00 Tho Ngoa Vietnam 0.2\n18 Jul 2018 23:00 Cua Thon Vietnam 0.2\n18 Jul 2018 02:00 Pingsha China 0.2\n17 Jul 2018 13:00 Jieshi China 0.2\n17 Jul 2018 13:00 Hudong China 0.2\n17 Jul 2018 11:00 Shenquan China 0.2\n17 Jul 2018 10:00 Jinghai China 0.2\n17 Jul 2018 18:00 Haian China 0.2\n18 Jul 2018 22:00 Ly Nhon Thon Vietnam 0.2\n17 Jul 2018 10:00 Ch'ao-yang-hsien China 0.2\n19 Jul 2018 00:00 Xiuying China 0.2\n18 Jul 2018 22:00 Dong Hoi Vietnam 0.2\n18 Jul 2018 00:00 T'an-chou China 0.2\n18 Jul 2018 00:00 Samkong China 0.1\n17 Jul 2018 12:00 Huanggang China 0.1\n18 Jul 2018 05:00 Jiusuo China 0.1\n18 Jul 2018 23:00 Xom Lap Vietnam 0.1\n18 Jul 2018 07:00 Shuangshui China 0.1\n18 Jul 2018 08:00 Gujing China 0.1\n17 Jul 2018 10:00 Nanao China 0.1\n17 Jul 2018 10:00 Gongkou China 0.1\n17 Jul 2018 10:00 Dongshan China 0.1\n17 Jul 2018 11:00 Chengguanzhen China 0.1\n17 Jul 2018 11:00 Guleitou China 0.1\n17 Jul 2018 09:00 Gangkou China 0.1\n17 Jul 2018 22:00 Lingcheng China 0.1\n18 Jul 2018 23:00 Cat Son Phuong Vietnam 0.1\n18 Jul 2018 23:00 Mui Lay Vietnam 0.1\n18 Jul 2018 03:00 Sanya China 0.1\n18 Jul 2018 03:00 Anyou China 0.1\n17 Jul 2018 09:00 Mei-ko China 0.1\n17 Jul 2018 09:00 Doumen China 0.1\n18 Jul 2018 11:00 Miaojiao China 0.1\n18 Jul 2018 12:00 Lianshan China 0.1\n18 Jul 2018 12:00 Ruishengtou China 0.1\n18 Jul 2018 16:00 Xincheng China 0.1\n18 Jul 2018 17:00 Heng-ch'ung-hsu China 0.1\n17 Jul 2018 10:00 Gongqiancun China 0.1\n17 Jul 2018 10:00 Chencheng China 0.1\n17 Jul 2018 11:00 Chendai China 0.1\n17 Jul 2018 11:00 Hsi-pu China 0.1\n17 Jul 2018 11:00 Huqiu China 0.1\n17 Jul 2018 11:00 Wutian China 0.1\n18 Jul 2018 00:00 Hsin-ts'un China 0.1\n18 Jul 2018 00:00 Yingzhou China 0.1\n18 Jul 2018 23:00 Giem Ha Trung Vietnam 0.1\n18 Jul 2018 23:00 Dong Ha Vietnam 0.1\n18 Jul 2018 16:00 Miaotou China 0.1\n18 Jul 2018 15:00 Chang-p'eng China 0.1\n18 Jul 2018 16:00 Machong China 0.1\n17 Jul 2018 12:00 Dianqian China 0.1\n17 Jul 2018 12:00 Liuwudian China 0.1\n18 Jul 2018 16:00 Daze China 0.1\n18 Jul 2018 17:00 Huangchong China 0.1\n17 Jul 2018 10:00 Sidu China 0.1\n17 Jul 2018 10:00 Ssu-tu China 0.1\n17 Jul 2018 09:00 Liu'ao China 0.1\n17 Jul 2018 22:00 Sancai China 0.1\n18 Jul 2018 00:00 Tang Kiu China 0.1\n18 Jul 2018 00:00 Tengqiao China 0.1\n18 Jul 2018 23:00 Thon My Thuy Vietnam 0.1\n18 Jul 2018 00:00 Linwang China 0.1\n18 Jul 2018 03:00 Yulin China 0.1\n17 Jul 2018 11:00 Hsia-mei China 0.1\n17 Jul 2018 12:00 Jiuzhen China 0.1\n17 Jul 2018 11:00 Shentu China 0.1\n17 Jul 2018 11:00 Chihu China 0.1\n17 Jul 2018 11:00 Fotan China 0.1\n18 Jul 2018 23:00 The Chi Tay Vietnam 0.1\n18 Jul 2018 23:00 An Thuan Vietnam 0.1\n18 Jul 2018 23:00 Thai Duong Thuong Vietnam 0.1\n18 Jul 2018 23:00 Thon Thai Duong Ha Vietnam 0.1\n18 Jul 2018 03:00 Tiandu China 0.1\n17 Jul 2018 13:00 Daomei China 0.1\n17 Jul 2018 12:00 An-ting Taiwan 0.1\n17 Jul 2018 12:00 Hecuo China 0.1\n17 Jul 2018 12:00 Aotou China 0.1\n17 Jul 2018 12:00 Chin-men Taiwan 0.1\n17 Jul 2018 12:00 Lianhe China 0.1\n17 Jul 2018 12:00 Shijing China 0.1


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url: =2013年论文 - 中科院集成信息平台3.0\nBoxuan Li, Meng Qiu, Saran Long, Xuefei Wang, Qianjin Guo, and Andong Xia, Unraveling Heterogeneous Microviscosities in the Ionic Liquids 1-Alkyl-3-Methylimidazolium Hexafluorophosphate with Different Chain Lengths, PhysChemChemPhys, 15(2013) 16074-16081.\nMeng Zhou, Silvije Vdovic, Saran Long; Man-Zhou Zhu, Linyin Yan, Yingying Wang, Yingli Niu, Xuefei Wang, Qianjin Guo, Rongchao Jin, and Andong Xia, Intramolecular Charge Transfer and Solvation Dynamics of Thiolate-Protected Au20(SR)16 Clusters Studied by Ultrafast Measurement, J. Phys. Chem. A, 117(2013) 10294-10303.\nMeng Qiu, Saran Long, Boxuan Li, Linyin Yan, Weiwei Xie, Yingli Niu, Xuefei Wang, Qianjin Guo, and Andong Xia, Toward an Understanding of How the Optical Property of Water Soluble Cationic Polythiophene Derivative Altered by Addition of Salts: The Hofmeister Effect, J. Phys. Chem. C, 2013, 117, 21870-21878.\nSilvije Vdovic, Yingying Wang, Boxuan Li, Meng Qiu, Xuefei Wang, Qianjin Guo, and Andong Xia, Excited State Dynamics of β-Carotene Studied by Means of Transient Absorption Spectroscopy and Multivariate Curve Resolution Alternating Least-Squares Analysis, PhysChemChemPhys, 15(2013), 20026-20036.\nHuayan Yang, Jing Lei, Binghui Wu, Yu Wang, Meng Zhou, Andong Xia, Lansun Zheng, Nanfeng Zheng. Crystalstructure of a luminescent thiolated Ag nanocluster with an octahedral Ag-6(4+) core Chem. Comm., 49(2013), 300-302.


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=Fan'gu : Ran shao sheng ming huo yan de yi shu jia (Work) - Memorial Hall Library\nThe work Fan'gu : Ran shao sheng ming huo yan de yi shu jia represents a distinct intellectual or artistic creation found in Memorial Hall Library. This resource is a combination of several types including: Work, Language Material, Books.\nThe Resource Fan'gu : Ran shao sheng ming huo yan de yi shu jia\nRan shao sheng ming huo yan de yi shu jia\n[yuan zhu zhe Jacqueline Loumaye ; cha hua zhe Claudine Roucha ; yi zhe Qiu Ruiluan]\nYi shu jia de hua yuan, 111\nContext of Fan'gu : Ran shao sheng ming huo yan de yi shu jia\n
 Data from Fan'gu : Ran shao sheng ming huo yan de yi shu jia - Memorial Hall Library
\nData Citation of the Work Fan'gu : Ran shao sheng ming huo yan de yi shu jia


url: =Chen, Zhenqian: descarga gratuita. Biblioteca electrónica. Encontrando libros en Z-Library\nLv, Nan, Zhang, Qing, Chen, Zhenqian, Wu, Dongsheng\nShi, Juan, Zheng, Gonghang, Chen, Zhenqian\nWu, Xueqin, Chen, Zhenqian\nNumerical study on cooling heat transfer and pressure drop of supercritical CO 2 in wavy microchannels\nLei, Yuchuan, Chen, Zhenqian\nNumerical simulations of two-phase flow in a proton-exchange membrane fuel cell based on the generalized design method\nHan, Chaoling, Chen, Zhenqian\nNie, Hanjiang, Qin, Tianling, Yang, Hanbo, Chen, Juan, He, Shan, Lv, Zhenyu, Shen, Zhenqian\nNumerical simulation on freezing phase change heat transfer in cryosurgery with two cryoprobes\nWeibo Yang, Mingheng Shi, Guangyuan Liu, Zhenqian Chen\nThermophoresis of particles in aqueous solution in micro-channel\nZhengxian Liu, Zhenqian Chen, Mingheng Shi\nStudy on dielectrophoretic deposition of airborne particles in a vertical micro channel\nZhenqian Chen, Xiaozhong Shen\nCoupled heat and formaldehyde migration in dry porous building materials\nXiaozhong Shen, Zhenqian Chen\nEffect of ultrasound on frost formation on a cold flat surface in atmospheric air flow\nDong Li, Zhenqian Chen, Mingheng Shi\nDongyan Gao, Zhenqian Chen\nPhotoinduced anisotropy and polarization holography in azobenzene side-chain polymer\nChangshun Wang, Haosheng Fei, Yanqiang Yang, Zhenqian Wei, Yong Qiu, Yongmei Chen\nYi Zhang, Shengfu Chen, Zhenqian Ouyang, Jun Hu, Qihua Xiong, Bin Li, Yibo Huang, Minqian Li, Chengzhi Jin\nStudy on the melting process of phase change materials in metal foams using lattice Boltzmann method\nDongYan Gao, ZhenQian Chen, MingHeng Shi, ZhiShen Wu\nDonghua Peng, Zhenqian Chen\nFractal diffusion of VOCs in dry porous building materials\nZhenqian Chen, Mingwei Gu, Donghua Peng\nExperimental study on dehumidifier and regenerator of liquid desiccant cooling air conditioning system\nYonggao Yin, Xiaosong Zhang, Zhenqian Chen\nNumerical Simulation of the Performance of a Solar-Assisted Heat Pump Heating System\nWeibo Yang, Jielian Zhu, Mingheng Shi, Zhenqian Chen\nViscosity calculation of a nanoparticle suspension confined in nanochannels\nWang, Yan, Keblinski, Pawel, Chen, Zhenqian\nSimulation of heat transfer of biological tissue during cryosurgery based on vascular trees\nJuan Shi, Zhenqian Chen, Mingheng Shi\nA Numerical Study on Heat Transfer of High Efficient Solar Flat-Plate Collectors with Energy Storage\nChen, Zhenqian, Gu, Mingwei, Peng, Donghua, Peng, Changhai, Wu, Zhishen\nStudy on pore characteristics of flocs and sludge dewaterability based on fractal methods (pore characteristics of flocs and sludge dewatering)\nZhao, Peitao, Ge, Shifu, Chen, Zhenqian, Li, Xiang\nHao, Lin, Chen, Shaojin, Xu, Jianfeng, Tiwari, Bhoopendra, Fu, Zhenqian, Li, Tong, Lim, Jieyan, Chi, Yonggui Robin\nA thermal lattice Boltzmann model for natural convection in porous media under local thermal non-equilibrium conditions\nGao, Dongyan, Chen, Zhenqian, Chen, Linghai\nLattice Boltzmann modeling of VOC desorption and diffusion in porous materials\nMa, Qiang, Chen, Zhenqian, Shi, Juan, Li, Dong\nLi, Dong, Chen, Zhenqian\nA non-ellipsoidal reachable set estimation for uncertain neural networks with time-varying delay\nZuo, Zhiqiang, Wang, Zhenqian, Chen, Yinping, Wang, Yijing\nChen, Zhenqian, Gao, Dongyan, Shi, Juan\n[IEEE 2009 Asia-Pacific Power and Energy Engineering Conference - Wuhan, China (2009.03.27-2009.03.31)] 2009 Asia-Pacific Power and Energy Engineering Conference - A Variable Heat Flux Line Source Model For Boreholes In Ground Coupled Heat Pump\nYang, Weibo, Shi, Mingheng, Chen, Zhenqian\nZhao, Peitao, Shen, Yafei, Ge, Shifu, Chen, Zhenqian, Yoshikawa, Kunio\nFormation of intercalation compound of kaolinite–glycine via displacing guest water by glycine\nZheng, Wan, Zhou, Jing, Zhang, Zhenqian, Chen, Likun, Zhang, Zhongfei, Li, Yong, Ma, Ning, Du, Piyi\nNumerical Study on Moisture Transfer in Ultrasound-Assisted Convective Drying Process of Sludge\nZhao, Fang, Chen, Zhenqian\nNumerical study on gas diffusion in isotropic and anisotropic fractal porous media (gas diffusion in fractal porous media)\nMa, Qiang, Chen, Zhenqian\nChen, Kai, Guo, Chuanxiong, Wu, Haitao, Yuan, Jing, Feng, Zhenqian, Chen, Yan, Lu, Songwu, Wu, Wenfei\nWang, Changshun, Fei, Haosheng, Qiu, Yong, Yang, Yanqiang, Wei, Zhenqian, Tian, Yanqing, Chen, Yongmei, Zhao, Yingying\nVisualization of Effects of Ultrasound on Liquid Droplet Solidification and Frost Formation on Cold Flat Surface\n[IEEE 2011 International Conference on Electric Technology and Civil Engineering (ICETCE) - Lushan, China (2011.04.22-2011.04.24)] 2011 International Conference on Electric Technology and Civil Engineering (ICETCE) - A study on the improvement of sludge dewaterability by thermal conditioning\nZhao, Peitao, Ge, Shifu, Ge, Jian, Chen, Zhenqian\nA Numerical Model for the Simulation of a Vertical U-Bend Ground Heat Exchanger Used in a Ground-Coupled Heat Pump\nYang, Weibo, Liang, Xingfu, Shi, Mingheng, Chen, Zhenqian\nAn in situ thermal response test for borehole heat exchangers of the ground-coupled heat pump system\nYang, Weibo, Chen, Zhenqian, Shi, Mingheng, Zhang, Chengbin\nHe, GanLin, Wang, ChunYan, Li, QingEn, Tan, Huo, Chen, FuXiong, Huang, ZhenQian, Yu, BaoDan, Zheng, LiXia, Zheng, RunHui, Liu, Dan\nFabrication of GO/magnetic graphitic nanocapsule/TiO2assemblies as efficient and recyclable photocatalysts\nCheng, Zhenqian, Ding, Ding, Nie, Xiangkun, Xu, Yiting, Song, Zhiling, Fu, Ting, Chen, Zhuo, Tan, Weihong\nPORE STRUCTURE RECONSTRUCTION AND MOISTURE MIGRATION IN POROUS MEDIA\nZHENG, JIAYI, SHI, XING, SHI, JUAN, CHEN, ZHENQIAN\nZhuang, Lifang, Liu, Peng, Liu, Zhenqian, Chen, Tingting, Wu, Nan, Sun, Ling, Qi, Zengjun\nLattice Boltzmann simulation of multicomponent noncontinuum diffusion in fractal porous structures\nExperimental Study on the Formaldehyde Emission under Non-isothermal Conditions\nShen, Xiaozhong, Shi, Juan, Chen, Zhenqian


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url: =�� �������� ��������� on-line - ������ Blog ������������ ������ ��������� ��������� ������� � CLO_119: ������� 2 ���������� ��\n� CLO_118: ������� 2 ���������� �\nCLO_120: ������� 2 ���������� ��� �\nCLO_119: ������� 2 ���������� ��\n�������� 1: �������\n�: Ni3 xiang3 yao4 kan4 wo3de zhao4pian4 ��;\n�: Hao3 �. Wa, ni3 you3 hao3 duo1. Zhe4xie1 ren2 shi4 shei2 �;\n�: Zhe4bian1 zhe4ge nan2 sheng1 shi4 wo3de ba4ba.\n�: Wa, kan4 qi3 lai2 hen3 shuai4.\n�: Na4 dang1ran2. Zai4 ta1 pang2bian1 na4ge piao4liang4de nv3ren2 shi4 wo3de ma1ma.\n�: Zhen1de ��; Ni3 kan4 qi3 lai2 bu2 xiang4 ta1. Na4 zai4 zhao4pian4 xia4mian4de zhe4xie1 ren2 shi4 shei2;\n�: Na4 xie1 shi4 wo3de peng2you3. Wo3men zui4jin4 qu4 du4jia4de shi2hou4 pai1 de.\n�: Wei4 shen2me ni3 zai4 zhao4pian4 li3mian4 kan4 qi3 lai2 bu4 kai1xin1;\n�: �, na4 shi2hou4 wo3 du4zi e4.\n�������� 1: �����\n�: Nǐ xiǎng yào kàn wǒde zhàopiàn ��;\n�: Hǎo �. Wa, nǐ yǒu hǎo duō. Zhèxiē rén shì shéi �;\n�: Zhèbiān zhège nán shēng shì wǒde bàba.\n�: Wa, shuài kàn qǐ lái hěn.\n�: Nà dāngrán. Zài tā pángbiān nàge piàoliàngde nǚrén shì wǒde māma.\n�: Zhēnde ��; Nǐ kàn qǐ lái bú xiàng tā. Nà zài zhàopiàn xiàmiànde zhèxiē rén shì shéi;\n�: Péngyǒu shì wǒde Nà xiē. Shíhòu qù dùjiàde pāi de Wǒmen zuìjìn.\n�: Wèi shénme nǐ zài zhàopiàn lǐmiàn kàn qǐ lái bù kāixīn;\n�: �, nà shíhòu wǒ dùzi è.\n�������� 2: �������\n�: Zui4jin4 ni3 you3 shen2me you3qu4 de shi4 ��;\n�: Ni3 ting1 shuo1 LE ��; Wo3 xian4zai4 you3 yi2ge xin1de gong1zuo4.\n�: � zhen1de ��; Shen2me gong1zuo4;\n�: Zai4 you2ju2 shang4ban1.\n�: Zuo4de zen3me yang4;\n�: Hai2 bu2 cuo4. Ke3shi4 jing1chang2 yao4 jia1 ban1.\n�: Ping2chang2 ji3 dian3 shang4ban1;\n�: Mei3tian1 zao3shang4 qi1 dian3 dao4 xia4wu3 wu3 dian3.\n�: Wa, na4me jiu3. Suo3yi3 ni3 bu4 xi3huan1 zhe4 fen4 gong1zuo4 ��;\n�: Bu2 hui4 �. Lao3ban3 ren2 hen3 hao3. Ta1 jing1chang2 qing3 wo3men chi1 wu3can1.\n�: Zhen1 hao3. Na4 ni3de gong1zuo4 hui4 li2 ni3 jia1 hen3 yuan3 ��;\n�: Bu2 tai4 yuan3, ke3shi4 zao3shang4 ping2chang2 dou1 hui4 sai1che1, suo3yi3 wo3 dou1 yao4 hen3 zao3 qi3 chuang2.\n�������� 2: �����\n�: Zuìjìn nǐ yǒu shénme yǒuqù de shì ma?\nB: Nǐ tīng shuō le ma? Wǒ xiànzài yǒu yíge xīnde gōngzuò.\nA: O zhēnde ma? Shénme gōngzuò?\nB: Zài yóujú shàngbān.\nA: Zuòde zěnme yàng?\nB: Hái bú cuò. Kěshì jīngcháng yào jiā bān.\nA: Píngcháng jǐ diǎn shàngbān?\nB: Měitiān zǎoshàng qī diǎn dào xiàwǔ wǔ diǎn.\nA: Wa, nàme jiǔ. Suǒyǐ nǐ bù xǐhuān zhè fèn gōngzuò ma?\nB: Bú huì a. Lǎobǎn rén hěn hǎo. Tā jīngcháng qǐng wǒmen chī wǔcān.\nA: Zhēn hǎo. Nà nǐde gōngzuò huì lí nǐ jiā hěn yuǎn ma?\nB: Bú tài yuǎn, kěshì zǎoshàng píngcháng dōu huì sāichē, suǒyǐ wǒ dōu yào hěn zǎo qǐ chuáng.\nCLO_119 [6:07m]: Play Now | Play in Popup | Download\non Monday, July 2nd, 2007 at 12:03 am\tand is filed under Level Two.\n4 Responses to “CLO_119: Level 2 Review II” Bryan Hassler Says:\nAugust 23rd, 2007 at 1:40 pm Can anyone elaborate on the use and/or need of “hui” in the sentence “Nà nǐde gōngzuò huì lí nǐ jiā hěn yuǎn ma?”. I would have thought the sentence would be fine without the “hui4″. Does it add some element or suggest a future tense as hui4 often seems to do?\nBryan Hassler Says:\nAugust 23rd, 2007 at 1:42 pm In addition, can anyone shed some light on “dou1 hui4″ in “Bú tài yuǎn, kěshì zǎoshàng píngcháng dōu huì sāichē, suǒyǐ wǒ dōu yào hěn zǎo qǐ chuáng.”? Thanks.\nAugust 24th, 2007 at 12:56 am Bryan, for point 1 above, you are right that the sentence could function just fine without the hui4. The hui4 in this case could function as a future tense as in the following:\n“Nà nǐde gōngzuò lí nǐ jiā hěn yuǎn ma?” (Is your work far from your house?)\n“Nà nǐde gōngzuò huì lí nǐ jiā hěn yuǎn ma?” (Is your work going to be far from your house?)\nFor point 2 above, the dōu in “zǎoshàng píngcháng dōu huì sāichē, suǒyǐ wǒ dōu yào hěn zǎo qǐ chuáng” functions as “all” and “always” respectively, giving us “there is usually traffic all morning, so I always have to wake up early.” We get the above meanings by combining dōu with other verbs such as “dōu huì” (always will be) and “dōu yào” (always have to)\nAugust 24th, 2007 at 7:00 am Thanks, Adam. That helps clear things up. Your explanations have been very helpful.\n� 2006-2008 ChineseLearnOnline.com. All Rights Reserved.\nPodcasts covered by Creative Commons Attribution 2.5 License.


url: =Total Factor Energy Efficiency of China and its Convergence--《China Population Resources and Environment》2010年01期\n《China Population Resources and Environment》 2010-01\nTotal Factor Energy Efficiency of China and its Convergence\nLI Guo-zhang HUO Zong-jie(School of Economics,Lanzhou University,Lanzhou Gansu 730000,China)\nTraditional single-factor energy efficiency indicators have shown merely the relationship between energy inputs and outputs,but can not measure the impact of other input factors portfolio towards energy efficiency,and ignores that the output is the combined result of energy,capital,labor force,and other alternative elements;hence these indicators have comparatively obvious flaws.However,with the help of DEA(Data Envelopment Analysis) model,factors of energy,capital and labor can be comprehensively considered in order to measure energy efficiency in China.With the panel data of 29 provinces in Chinese mainland and CRS(Costant Return to Scale) DEA model based on input orientation,the total factor energy efficiency of each province,the whole country and three major areas,the east areas,the west area and the central areas,from 1995 to 2006 have been compared and analyzed respectively.The results show that the energy efficiency in these areas from the west to the east,has taken on a rising tendency gradually,and that of the national and three major areas during the investigation period is also improving except a little fluctuation between 1999 and 2002.Furthermore,through the convergence analysis of overall China and three major areas,a steady convergence trend is found both in the whole country and especially in the middle and east parts while in the west,the convergence turns out to be in a faint divergent trend.\n【CateGory Index】： F224;F206\n1 XU Ying-zhi,GUAN Jian-wei(School of Economics and Management,Southeast University,Nanjing 210096,China);On the Convergence of Regional Energy Efficiency in China:A Perspective of Spatial Economics[J];Journal of Finance and Economics;2011-01\n2 PAN Guo-gang,JIA Jiang-tao(School of Economy & Management,China University of Petroleum,Qingdao 266555,China);Research on Improving Strategy of Energy Efficiency in China from the Perspective of System Theory[J];Energy Conservation Technology;2011-03\n3 LIU Li-tao1,2,SHEN Lei1(1.Institute of Geographic Sciences and Natural Resources Research,CAS,Beijing 100101,China;2.Graduate University of Chinese Academy of Sciences,Beijing 100049,China);Spation-temporal Evolution Pattern and Influential Factor of Regional Total Factor Energy Efficiency in China[J];Journal of Natural Resources;2010-12\n1 SHI Dan(Institute of Industrial Economics CASS,Beijing 100836,China);Regional Differences in China's Energy Efficiency and Conservation Potentials[J];China Industrial Economy;2006-10\n2 YANG Hong-liang1,SHI Dan2(1.Department of Energy,Bureau of East Asia,Asian Development Bank,Manila Philippine;2.Energy Economy Center,Institute of Industrial Economy,Chinese Academy of Social Sciences,Beijing 100836,China);ENERGY-EFFICIENCY METHODS AND COMPARING THE ENERGY EFFICIENCIES OF DIFFERENT AREAS IN CHINA[J];Economic Theory and Business Management;2008-03\n3 Zhang Jun & Wu Guiying & Zhang Jipeng (Fudan University);The Estimation of China's provincial capital stock: 1952—2000[J];Economic Research Journal;2004-10\n4 Fu Xiaoxia~1,2 and Wu Lixue~2,3(1: Business School, Central University of Finance and Economics;2: Institute of Industrial Economic, CASS;3: Beijing Municipal Institute for Economic and Social Development);Technical Efficiency, Capital Deepening and Regional Disparity[J];Economic Research Journal;2006-10\n5 ;Energy Efficiency and Energy Productivity: A Comparison Based on the Panel Data by Province[J];The Journal of Quantitative & Technical Economics;2007-09\n6 ;Study of Technical Inefficiency of Energy Consumption and It's Convergence[J];The Journal of Quantitative & Technical Economics;2007-10\n1 Gao Hui;Environmental Pollution and Changes in the Mode of Economic Growth——Evidence from Inter-provincial Panel Data in China[J];Finance & Economics;2009-04\n2 WU Qiaosheng~(1,2),CHENG Jinhua~2(1.School of Economy and Management,Wuhan University,Wuhan, 430072,China;2.Faculty of Economy,China University of Geosciences,Wuhan,430074,China);Change in Energy Consumption Intensity and the Main Factors during the Process of China's Industrialization——An Empirical Analysis based on the Decomposition Model[J];Journal of Finance and Economics;2006-06\n3 YAO Lin-ru,LI Li(Antai School of Economics and Management,Shanghai Jiaotong University,Shanghai 200052,China);Labor Migroction,Industrial Agglomeration and Regional Disparity[J];Journal of Finance and Economics;2006-08\n5 ZHOU Hong,LIN Ling(Fudan University,Shanghai 200433,China);Decomposition of Energy Efficiency Change of Industry in China (1993—2002)[J];Industrial Economics Research;2005-05\n6 ZHOU Yong~1,LI Lianshui~2(1.School of Economics and Management,Southeast University,Nanjing 210096,China;2.Nanjing University of Information Science and Technology,Nanjing 210044,China);The Action of Structure and Efficiency on Chinese Energy Intensity——An Empirical Analysis Based on AWD[J];Industrial Economics Research;2006-04\n8 WANG Jin-xiang,WU Yu-hua(School of Management, Tianjin University, Tianjin City,300072);Research on Efficient Evaluation of Electric Power Companies Based on Super-efficiency DEA Model[J];Journal of Northeast China Institute of Electric Power Engineering(Natural Science Edition);2004-04\n9 ZHANG Li-feng(Department of Economics,Northeastern University at Qinhuangdao,Qinhuangdao 066004,China);Empirical Analysis of China's Energy Consumption/Saving in Different Types of Industries[J];Journal of Northeastern University(Social Science);2008-02\n10 ZHANG Jing-hua(School of CCP,The State Administration of Taxation,Yangzhou 225007,China);Analysis on the Relationships among Natural Resources,Economic Growth and Innovation[J];Modern Economic Science;2008-06\n1 GUO Guo-feng1,ZHENG Zhao-feng2(1.Business School of Zhengzhou University,Zhengzhou 450001,China; 2.Puyang Central Sub-branch of PBC,Puyang 457000,China);Effect of Chinese Stock Market to the Volatility of International Energy——Based on Empirical Econometric Model[J];China Industrial Economics;2011-06\n2 Jiang Lei,Ji Minhe(The GIScience key lab,Chinese Ministry of Education,East China Normal University,Shanghai 200062,China);Energy Intensity and Its Spatial Heterogeneity in China——A Perspective of Resource Endowment,Industrial Structure,Technological Progress and Market Mechanism[J];Industrial Economics Research;2011-04\n1 ZHOU Yong~1,LI Lianshui~2(1.School of Economics and Management,Southeast University,Nanjing 210096,China;2.Nanjing University of Information Science and Technology,Nanjing 210044,China);The Action of Structure and Efficiency on Chinese Energy Intensity——An Empirical Analysis Based on AWD[J];Industrial Economics Research;2006-04\n2 WU Qiao-sheng1, CHENG Jin-hua2, WANG Hua1(1. China University of Geosciences, Wuhan 430074, China 2. Zhongnan University of Economics and Law, Wuhan 430060, China);Change of Energy Consumption with the Process of Industrialization in China[J];China Industrial Economy;2005-04\n3 SHI Dan(Institute of Industrial Economics CASS,Beijing 100836,China);Regional Differences in China's Energy Efficiency and Conservation Potentials[J];China Industrial Economy;2006-10\n4 QIU Wei-jie, LIU Si-feng (School of economics and management, Nanjing University of Aeronautics& Astronautics, Nanjing 210016, China);The Grey Control System and its Research on Elastic Coefficient of Electricity Consumption in China[J];Economic Survey;2005-05\n5 WU Qiao-sheng,CHENG Jin-hua(School of Economics,China University of Geology(Wuhan),Wuhan 430074,China);CHANGES AND FACTORS DECOMPOSITION OF CHINESE ENERGY CONSUMPTION INTENSITY:1980—2004[J];Economic Theory and Business Management;2006-10\n6 HE Feng1, CHEN Rong2, HE Lin3 (1.Postdoctoral Communication Station of Theory Study, Northwest University. Xi'an, Shanxi 710069; 2. Faculty of Business Administration, The Chinese University of Hong Kong, Shatin, New Territories, Hong Kong; 3. School of International Business, Shanxi Normal University, Xi'an, Shanxi 710062);The Estimation and Correlation Analysis on Our Country's Cumulative Amount of Capital[J];Economist;2003-05\n7 YONGFENG HUANG (Beijing University of Aeronautics and Astronautics)RUOEN REN (Beijing University of Aeronautics and Astronautics)XIAOSHENG LIU (Shanxi Academy of Social Sciences);Capital Stock Estimates in Chinese Manufacturing by Perpetual Inventory Approach[J];China Economic Quarterly;2002-01\n8 XIANCHUN XU (National Bureau of Statistics);China's GDP Accounting[J];China Economic Quarterly;2002-04\n9 Cai Fang & Du Yang;Convergence and divergence of Regional Economic Growth in China[J];Economic Research Journal;2000-10\n10 Yin Wenquan & Cai Wanru;The Genesis of Regional Barriers in China′s Local Market and Countermeasures[J];Economic Research Journal;2001-06


url: =Effect of Stubble Height on Growth and Yield of Ratooning Rice--《Journal of Anhui Agricultural Sciences》2007年17期\nEffect of Stubble Height on Growth and Yield of Ratooning Rice\nLIU Ai-zhong et al(Hunan Institute of Humanities,Science and Technology,Loudi,Hunan 417000)\nShanyou 63 and Minghui 63 were used as materials and three stubble height treatments(10 cm,20 cm to 40 cm) were set to study the effect of different stubble height on growth and yield of ratooning rice.The results showed that higher stubble shortened the growth period,but increased plant height,spike length,ratooning rate and yield of ratooning rice.On the contrary,lower stuuble lengthened growth period,but decreased plant height,spike length,ratooning rate and yield of ratooning rice.Ratooning rice had higher yield mostly because of its spike amount.Therefore,in order to guarantee high yield of ratooning rice,the stubble of the two varieties should be in 30~40 cm,which could make sure that ratooning rice completed its full spikes before mid September before cold-dew wind arrived and enhanced the effective spike number.\n【Fund】： 国家自然科学基金项目(30370835);; 湖南省中青年基金资助项目(00TZY068);; 湖南省教育厅青年基金资助项目(02B011)\n1 YANG Xun-yi1,2,WANG Chu-tao1,2,LI Xian-yong1,2,LIU Xi-zhong1;Preliminary Discussion for Ratoon Rice Propagation Technology in Hainan by Using CMS Q 2 A from Three-line Hybrid Rice[J];Seed;2008-09\n2 YI Zhen-xie,ZHOU Wen-xin,TU Nai-mei(College of Agronomy,Hunan Agricultural University,Changsha 410128,China;);Effects of Stubble Height of the Main Crop on Source-Sink Characteristics and Assimilates Transportation in Ratooning Rice[J];Chinese Journal of Rice Science;2009-05\n1 TANG Wen bang,CHEN Li yun,XIAO Ying hui,LIU Jian feng (College of Plant Science and Technology,HNAU,Changsha 410128,PRC);Relationships among Yield,Yield Components and some Features of Ratooning Rice[J];Journal of Hunan Agricultural University;2002-01\n2 ZHANG Gui-lian 1,TU Nai-mei 1,ZHANG Shun-tang 2 (1.College of Agronomy,HNAU,Changsha 410128, PRC;2.Commission for Inspecting Discipline of Linwu County,Linwu 424300,PRC);A Comparative of Ratooning Characteristics of Different Hybrid Rice Combinations[J];Journal of Hunan Agricultural University;2002-05\n3 Xie Guanghui; Su Baolin; Shi Lei; Tian Anyou(Dept. of Agronomy, CAU,Beijing 100094) (Huayuan,Hunan);A Study on Growth and Dry Matter Production of Rice in Wuling Mountain Area:Ⅱ.Effects of Sowing Date on Dry Matter Production of Hybrid Rice[J];Journal of China Agricultural University;1996-01\n4 Xie Rong, He Guanghua, Zuo Yongshu, Yang Zhenglin, Li Daorong (Insti-tute of Rice and Sorghum,Sichuan Academy of Agricultural Sciences,Luzhou 646100),EAR, 1998,6(1):23-27.;Correlation between yield-related factors of two hybrid strains of rice and their response to sowing dates.[J];;1998-01\n1 SHI Ying-yao et al (Agronomy Department of Anhui Agricultural University,Hefei,Anhui 230036);Influence of Sowing Time,Seeding Density and Transplanting Seedling on Early Rice Yield[J];Journal of Anhui Agricultural Sciences;2006-15\n2 ZHOU Chang-hui et al(College of Agronomy,Yangtze University,Jing zhou,Hubei 434025);Study on the Optimum Sowing Day with No-tillage and Direct Seeding of Late-season Rice on Jianghan Plain[J];Journal of Anhui Agricultural Sciences;2008-15\n4 ZHAO Donghai 1, YAN Qinquan 2, WANG Jingren 1,WAN Haiqing 1 (1.Department of Life Science, Hunan University of Arts and Science, Changde 415000; 2. College of Plant Science and Technology);Study on relationship between population uniformity and yield characters of late hybrid rice[J];Guangxi Agricultural Science;2005-03\n6 GAO Jian-hua1,XING Dan-ying1,LEI Chang-yun1,YANG Wei-ming1,LUO Yao-mei3,MU Fang-yong3(1.Agricultural College,Yangtze University,Jingzhou 434025,Hubei,China;2.Agricultural Technology Extension Station In Hubei Province,Wuhan 430070,China;3.Agricultural Technology Extension Center In Lichuan,Lichuan 445400,Hubei,China);Research on the Effect of Rice Seedling on Dry Land Covered with Different Plastic Film Mulched on Early-season Rice Cultivar[J];Hubei Agricultural Sciences;2008-02\n7 ZHANG Shu1,CHEN Qi-zhi1,FANG Xi-wen2,ZOU Chun-hua2,GUO Mao-lu2,HONG Kai-ming2,XU Ben-yuan2,LLiang1,CHANG Xiang-qian1,YANG Xiao-lin1(1.Institute of Plant Protection and Soil Science,HAAS,Wuhan 430064,China;2.Qichun Bureau of Agriculture,Qichun 436300,Hubei,China);Preliminary Investigation of the Relations between Rice Sowing Date and the Occurrence of Diseases & Insect Pests[J];Hubei Agricultural Sciences;2009-07\n8 ZHANG Gui-lian,TU Nai-mei*,YUAN Ju-hong,LIU Peng,ZHANG Shun-tang (College of Agronomy,HNAU,Changsha 410128,China);Effects of Sowing Stage on the Sprouting of Axillary Bud and Yield of Ratooning Rice[J];Journal of Hunan Agricultural University;2005-03\n9 JIANG Ting-jiea,YI Zhen-xieb,TU Nai-meib* (a.Department of Science and Technology;b.College of Agronomy,HNAU,Changsha 410128,China);Effect of Stubble Height on Ratooning Properties of Pei’ai64S/E32[J];Journal of Hunan Agricultural University;2005-04\n10 LI Di-qin,TANG Qi-yuan,ZHANG Yun-bo,QIN Jian-qun,JIN Xiao-ma(College of Agronomy,Hunan Agricultural university changsha 410128,PRC);Advances of Researches on Solar Energy Utilization in Hybrid Rice[J];Hunan Agricultural Sciences;2007-06\n3 Sun Xiao-hui Tian Yan-hua Yang Huo-lun Zhang Zhong-liang Wang Hua-xin Ren Guang-zao Zhang Ming-rong(Sichuan Agricultural College);THE RELATIONSHIP BETWEEN THE HEIGHT OF THE FIRST CROP RICE STUBBLE AND THE ~(32)p UTILIZATION AND ECONOMIC CHARACTERS OF RATOONING RICE[J];Acta Agriculturae Nucleatae Sinica;1984-04\n4 LUO Gan-feng1,GUO Fei-zhou2,ZHOU Zhi-hong1,SUN Huo-xi3(1.Jiangxi Agricultural Engineering Vocational College,Jiangxi Province,Zhangshu 331200,China;2.Agricultural Bureau of Anyuan County,Jiangxi Province,Anyuan 341000,China;3.Jiangxi Academy of Agricultural Sciences,Nanchang 330200,China);Study on High-yielding Cultivation Techniques of Ratooning Rice[J];Acta Agriculturae Jiangxi;2007-06\n5 YANG Dong,DONG Rui-xia,ZHANG Shui-jin,XIE Hong-guang,TU Shi-hang,ZHENG Jia-tuan* (Rice Research Institute,Fujian Academy of Agricultural Sciences,Fuzhou 350018,China);Production Benefit and Cultivation Techniques of Ratooning Rice[J];Acta Agriculturae Jiangxi;2007-09\n6 XU Fu-xian,XIONG Hong,ZHU Yong-chuan,WANG Gui-xiong(Rice and Sorghum Institute,Sichuan Academy of Agricultural Sciences,Sichuan Luzhou 646000,China);Relationship between the efficient amount of nitrogen application for bud development and the source-sink structure at full heading stage of main crop[J];Southwest China Journal of Agricultural Sciences;2006-05\n7 XU Fu-xian,XIONG Hong,ZHU Yong-chuan,ZHANG Lin(Rice and Sorghum Institute,Sichuan Academy of Agricultural Sciences,Sichuan Luzhou 646000,China);Effect of the amount of N application for bud development on the ratooning ability and in association with ratio of source to sink in mid-season hybrid rice[J];Southwest China Journal of Agricultural Sciences;2008-03\n8 XU Fu-xian,XIONG Hong,ZHU Yong-chuan,ZHANG Lin,GUO Xiao-yi(Rice and Sorghum Research Institute,Sichuan Academy of Agricultural Sciences,Luzhou 646000,China);Estimation of Efficient Rate of Nitrogen Application for Promoting Ratooning Bud Development Using Chlorophyll Meter Reading(SPAD Value) of Flag Leaf at the Full Heading Stage of Main Crop in Mid-Season Hybrid Rice[J];Chinese Journal of Rice Science;2009-01\n10 ;Studies on the Integration of the Cultural Techniques of No-tillage, Seedling-broadcasting and High-stub-ratooning for Medium Hybrid Rice[J];Hybrid Rice;2003-04\n3 LIU Jian feng,TANG Wen bang,XIAO Ying hui,YUAN Neng sheng (College of Plant Science and Technology,HNAU,Changsha 410128,PRC);Relationship between Plant Evenness and Yield Characters of Two line Hybrid Late Season Rice[J];JOURNAL OF HUNAN AGRICULTURAL UNIVERSITY;2001-01\n5 Xie Guanghui; Su Baolin; Shi Lei; Tian Anyou(Dept. of Agronomy, CAU,Beijing 100094) (Huayuan,Hunan);A Study on Growth and Dry Matter Production of Rice in Wuling Mountain Area:Ⅱ.Effects of Sowing Date on Dry Matter Production of Hybrid Rice[J];Journal of China Agricultural University;1996-01\n7 XU Fuxian; XIONG Hong; HONG Song(Rice and Sorghum Research Institute, Sichuan Academy of Agricultural Sciences, Luzhou 646100);Relation Between Axillary Bud Growth and Matter Accumulation of Stem-Sheath After Heading of Main Crop in Hybrid Rice[J];CHINESE JOURNAL OF RICE SCIENCE;1997-03\n8 Xie Rong, He Guanghua, Zuo Yongshu, Yang Zhenglin, Li Daorong (Insti-tute of Rice and Sorghum,Sichuan Academy of Agricultural Sciences,Luzhou 646100),EAR, 1998,6(1):23-27.;Correlation between yield-related factors of two hybrid strains of rice and their response to sowing dates.[J];;1998-01\n9 Yang Wenyu;Ma Zhun;Yang Shimin;Yuan Jichao; Ni Su(Sichuan Agricultural University,Ya’an 625014 );The Mechanism and Technique of GA3 Spraying to increase Grain Yield of Both Main and Ratoon crops in Medium Hybrid Rice[J];HYBRID RICE;1994-06\n10 Shi Nenpu(The Agricultural Department of Fujian Province, 350003 );A Preliminary Study On the Growth Characteristics and Cultural Techniques of″Early Hybrid Rice-Ratoon Rice″ System[J];HYBRID RICE;1995-01


url: =《Acta Pharmaceutica Sinica》-2019-01\nEnhancement of water solubility and anti-tuberculosis activities by a novel artemisinin derivative ZHANG Ning;LIU Yang;LI Ye;HU Ping;School of Pharmaceutical Sciences\nImproving oral absorption of BCS Ⅱ drugs by increasing solubility:frequently overlooked permeability ZHANG Yi;CUI Tian;LI Shu-xuan;RAO Yi-qin;HU Hai-yan;School of Pharmaceutical Sciences\nImprovement of in vitro dissolution and physical stability for spironolactone solid dispersion formulated with Soluplus SONG Hang;GAO Li-fang;FU Qiang;WANG Jue;HE Zhong-gui;Shenyang Pharmaceutical University;Institute of Packaging Materials and Pharmaceutical Excipients\nCyclosporin A osmotic pump tablets which can form supersaturated micelles SONG Sha;YU Hong-zhen;ZHU Chun-liu;DUAN Nian-xiu;YU Miao-rong;LING Yun;GAN Yong;Pharmacy College of Nanchang University;Shanghai Institute of Materia Medica\nImproving the dissolution rate of water-insoluble diflunisal by γ-cyclodextrin metal-organic framework WU Bi-yuan;ZHOU Yi-xian;PAN Xin;QUAN Gui-lan;WU Chuan-bin;School of Pharmaceutical Sciences\nMechanism studies on solubility enhancement of ibuprofen by complexation with nicotinamide SHEN Pei-ya;DOU Hai-tao;QIAN Shuai;ZHANG Jian-jun;GAO Yuan;Department of Traditional Chinese Pharmaceutics\nEffect of flufenamic acid on solubility, dissolution and pharmacokinetic behavior of sorafenib in MSNM@SFN YIN Yi-fan;LI Zhuo-yue;LI Hui;GUO Yang;ZHANG Qiang;ZHANG Xuan;Beijing Key Laboratory of Molecular Pharmaceutics and New Drug Delivery Systems\nEffect of added halide ions and pH on the solubility of nebivolol hydrochloride and the evaluation of selected, discriminating dissolution media ZHAO Da-chuan;QIU Yu-han;CUI Wen-xia;HAO Jie-min;ZHAO Hai-xia;PAN Wei;CAO Wei;QIU Hong-chun;TIAN Yun;CAI Wen-jian;HANG Tai-jun;GUO Xiao-di;Prinbury Biopharm Co.Ltd;China Pharmaceutical University;Prinston Pharmaceutical;\nAn in vitro method for preliminarily screening competing agents to enhance drug permeation in cyclodextrin inclusion complexes RAO Yi-qin;LI Shu-xuan;LI Peng-yu;ZHANG Yi;HU Hai-yan;School of Pharmacy\nMechanisms of β-arrestin-biased GPCR signal transduction and advances in drug research YIN Lin;CHEN Xi;YANG Xiu-ying;DU Guan-hua;Beijing Key Laboratory of Drug Target Identification and Drug Screening\nApplication of methods on target identification and validation of label-free natural products LI Yu-bin;LV Chao;ZHANG Wei-dong;College of Pharmacy\nPepstatin Pr show anti-fibrosis effect related to YAP-TGFβ-Smad pathway NIU Wei-xiao;CHEN Ming-hua;ZHANG Na;GE Mao-xu;BAO Yun-yang;SI Shu-yi;SHAO Rong-guang;HE Hong-wei;Inititute of Medicinal Biotechnology\nStructure-activity relationship analysis of novel farnesyl transferase inhibitors ZHANG Ming;LI Shi-liang;ZHU Li-li;HUANG Jin;ZHAO Zhen-jiang;LI Hong-lin;Shanghai Key Laboratory of New Drug Design\nTwo new compounds from rifamycin resistant mutant strain Streptomyces sp. HS-NF-1046R QI Huan;MA Zheng;XUE Zheng-lian;RUAN Hai-ning;GAO Mei-yue;ZHANG Hui;YU Xiao-ping;WANG Ji-dong;Zhejiang Provincial Key Laboratory of Biometrology and Inspection and Quarantine\nLC-MS analysis of sintilimab as an anti-PD-1 therapeutic mab for its improved hinge stability study YU Chuan-fei;CAO Xing-jun;WANG Wen-bo;NI Hai-qing;GUO Amy Y;WANG Lan;National Institutes for Food and Drug Control;Innovent Biologics Suzhou Co.Ltd;\nIn vitro-in vivo correlation of goserelin acetate microspheres WANG Meng-di;XUE Ying;LENG Guang-yi;XU Li-xiao;YAN Jing-jing;YU Fei;YANG Hua-xin;LIU Wan-hui;Key Laboratory of Molecular Pharmacology and Drug Evaluation\nDelivery of miR-375 and doxorubicin hydrochloride by lipid bilayer coated hollow mesoporous silica nanoparticles for liver cancer therapy YU Zhao-yang;XUE Hui-ying;QIU Lin;LIU Yi;LI Juan;Department of Pharmacy\nSolubilization and protection of curcumin by mixed surfactants LIU Tiao-tiao;YANG Bai-xue;GUO Ying-yu;CHEN Na;LI San-ming;School of Pharmacy\nResearch progress on pharmacodynamic substances of Chinese Medicine based on chromatographic techniques LIU Jie;XIAO Hong-bin;Beijing Research Institute of Chinese Medicine\nDetoxification mechanism of Jujubae Fructus and Crotonis Semen Pulveratum based on the toxicity of gastrointestinal system and diuretic effect in mice LI Yao;GUO Sheng;TAO Wei-wei;YU Jin-gao;SU Shu-lan;DUAN Jin-ao;Jiangsu Collaborative Innovation Center of Chinese Medicinal Resources Industrialization/National and Local Collaborative Engineering Center of Chinese Medicinal Resources Industrialization and Formulae Innovative Medicine/Jiangsu Key Laboratory for High Technology Research of TCM Formulae\nThe anti-atherosclerotic effect and mechanism study of berberine in hyperlipidemic ApoE~(-/-) mice ZUO Xuan;LUO Jin-que;JIANG Xin-hai;HAN Xiao-wan;WANG Xiao;LIU Peng;LI Yi-ning;WANG Rui-hai;XU Yan-ni;SI Shu-yi;NHC Key Laboratory of Biotechnology of Antibiotics\nEvaluation of chemical consistency of triterpene acids in ethanol extracts of Poria and acetic ether extracts thereof by UPLC-QTOF-MS/MS with full scan and mimic MRM mode ZOU Ye-ting;XU Jin-di;LONG Fang;ZHANG Ye-qing;LI Song-lin;Department of Pharmaceutical Analysis\nThe prediction of baicalin content in the extraction process of Scutellaria baicalensis by near-infrared spectroscopy combined with different variable selection methods LIU Xue-song;ZHANG Si-yu;ZHAO Man-qian;WANG Jun;LI Ye-rui;DAI Jun;TENG Chuan-zhen;KE Xiao;CHEN Yong;WU Yong-jiang;College of Pharmaceutical Sciences\nPhospholipidomics study of Jiegeng Decotion for LPS-induced acute lung injury in mice based on UHPLC-Q-Exactive Orbitrap/MS YANG Rui;QIAN Wen-juan;PENG Lin-xiu;XU Jia;XIE Tong;JI Jian-jian;ZHAN Xiu-qin;SHAN Jin-jun;Jiangsu Key Laboratory of Pediatric Respiratory Disease\nThe identification of Sect. Cruciata(Gentiana) species using mtDNA nad1/b-c and nad5/d-e fragments LU Jia-ni;ZHAO Zhi-li;NI Liang-hong;GAAWE Dorje;MI Ma;School of Pharmacy\nComplete chloroplast genome of Allium chinense: comparative genomic and phylogenetic analysis YANG Qiao-qiao;JIANG Mei;WANG Li-qiang;CHEN Hai-mei;LIU Chang;HUANG Lin-fang;Key Research Laboratory of Traditional Chinese Medicine Resources Protection


url: =神九棋牌游戏Publisher免费版下载_Microsoft Publisher免费版 v2020 官方版-开心电玩\n您的位置：开心电玩 → 电脑软件 → 办公软件 → Microsoft Publisher免费版 v2020 官方版\nMicrosoft Publisher免费版 v2020 官方版\n889KBJWWCAD官方版 v2020 免费版\n1.89MB小小输入法 v2020.03.19 官方版\n166KBPPT拆分合并工具 v1.85 官方版\n164.39MBOfficeSuite Premium办公套件 v4.10.30129.0 免费版\n761KB木子工具箱最新版 v1.0.0.1 免费版\n幸运快三有规律吗CHULIGUODEZHAOPIANKANBISHEYINGJIAPAISHEDEZHAOPIAN。ZAIBAOLIUWENDANGWAIGUANHEBUJUDETONGSHI，KEYIQINGSONGCHARUHUOTIHUANXINZHAOPIAN。ZAI Publisher ZHONG，KEYIPINGYI、SUOFANG、JIANCAI、DIAOZHENGYANSEHELIANGDU，HUOZHEGENGGAIZHAOPIANDEXINGZHUANG。NINKEYIZAIYINGYONGGENGGAIQIANYULANGENGGAI，SHENZHIKEYICONGBIAOTIBUJUKUTIANJIATUPIANBIAOTI。\nTIGONGLEXINDEPAIBANGONGJU，KEBANGZHUNINJIANGPUTONGWENBENZHUANHUANWEIJINGXIPAIBAN。SHIYONGYANGSHISHEZHI、YANGSHITIDAI、ZHENZHENGDEXIAOXINGDAXIEZIMU、LIANZI、TIDAISHUZIGESHIDENG Publisher TIGONGDEHENDUO OpenType ZITIZHONGDEGONGNENG。NINHAIKEYISHIYONGQITAGONGSITIGONGDEQITA OpenType ZITI。JIANGZIJIFUYOUCHUANGYIDEZHUANGSHIYONGZAIZIJIDEZUOPINSHANG。\nSHIYONG Publisher 2010，XINDEDUIXIANGDUIQIJISHUHEZHINANSHININKEYIQINGSONGDIJIANGXINDUIXIANG、TUXIANGHUOWENBENKUANGJUZHONG，YIJIYUCHUBANWUHUOMOBANZHONGDEXIANYOUDUIXIANGDUIQI。KESHIBUJUZHINANXUNSUTIGONGLEXINDUIXIANGDEJIANYIWEIZHI，BINGYUNXUNIN“TIAODAO”QITAWEIZHI(RUGUONINXUANZELEQITAWEIZHI)。TAZONGSHIJIANGXINDUIXIANGBAOLIUDAONINFANGZHIDEWEIZHI，BIANYUNINZHANGKONG。\nNINSHIFOUZAIXUNZHAOTESHUDEXIAOGUO?SHIYONG Publisher 2010，WUXULIKAI Publisher，JIKECHAKANHEXIAZAIYOUSHANGYEYONGHUHEQITA Publisher YONGHUCHUANGJIANDE、CHENGZAIYU Web SHANG Microsoft Office ZHONGDEGAOZHILIANGMOBAN。KEYICONGYOUCHENGBAISHANGQIANNEIZHIKEZIDINGYISHEJIMOBANZUCHENGDEKUZHONGJINXINGXUANZE。CHUANGJIANMOBANHOUJIANGQIYU Publisher YONGHUSHEQUGONGXIANG。SHIXIANGUOCHENGFEICHANGRONGYI、YOUQUHEKUAISU。\n8、SHIYONG Publisher ZUHELIEBIAOYISHIXIANYOUZHENDUIXINGDEYOUJI。\n幸运快三有规律吗KEYITONGGUODUILAIZIDUOGEYUAN(BAOKUO Excel、Outlook、Word JIGENGDUO)DEKEHULIEBIAOJINXINGZUHEHEBIANJI，ZAI Publisher 2010 ZHONGCHUANGJIAN、GUANLIHECUNCHUDANYIKEHULIEBIAO。RANHOU，KEYIGEXINGHUANINDECHUBANWUHESHICHANGYINGXIAOCAILIAO，YICHANSHENGGENGDUOYINGXIANGLI。\nXIANZAI，NINKEYIQINGSONGGONGXIANGCHUBANWU。JIANGCHUBANWUBAOCUNWEI Word WENDANG、JPEG、PDF HUO XPS GESHIYIBIANYUYINSHUAHEGONGXIANG。BUXUYAORENHEJIAZAIXIANG。\nKEYIGENGKUAISUGAOXIAODIWANCHENGRENWU。Microsoft Office Backstage SHININTONGGUOJICIDANJIJIKEBAOCUN、GONGXIANG、DAYINHEFABUWENDANG。SHIYONG Publisher ZHONGXIANZAIJICHENGDEGONGNENGQU，KEYIXIANSHIZUIYUNINXIANGGUANDEMINGLING，WEININDAILAIGERENFENGGEZIDINGYITIYAN。XINDEKESHIDAOHANGTIGONGLEMEIYECHUBANWUDESUOLVETU，YIBIANNINKEYIKUAISUDICONGYIYEYIDONGDAOLINGYIYE。WENDANGGONGZUOQUSHIFENJIANJIE，ZHEISHIDENINKEYIZAIZHENGJIEDEHUANJINGZHONGJIANGZHUYILIJIZHONGZAISHOUTOUDERENWUSHANG。\nMicrosoft Office Publisher中的日历功能如何使用？\n1、DAKAIPOJIEWENJIANZHONGDE“office 2010 ZHENGBANYANZHENGJIHUOGONGJU.exe”.(YUNXINGRUANJIANDEGUOCHENGZHONGGUANBIFANGHUOQIANG)RUXIATU\n幸运快三有规律吗4、RANHOUDIANJIPOJIEWENJIANZHONG“Rearm office 2010”JINXINGZHONGZHI。RUXIATU\n幸运快三有规律吗5、JIXUSHURU“Y”.RANHOUHUITISHI“Microsoft Office rearm successful”.ANRENYIJIANTUICHU。RUXIATU\n6、ZUIHOU，DIANJI“Activate office 2010 VL”，SHURU“1”.ANRENYIJIANTUICHUJIKECHENGGONGJIHUO.\n幸运快三有规律吗7、ZUIHOUDAKAI“Microsoft Publisher 2010”，CHAKANJIHUOZHUANGTAI，SHIMIANFEIBANDELE.\n2.94MB ︱ JIANTIZHONGWEN\n司派 v1.1.464 官方绿色版01-15\nBlueStacks安卓模拟器破解版 v4.80.0 官方版05-18\n影视特权客户端 v1.0 官方版08-02\nposestudio下载 v1.0.4 中文版08-30\n自明排课系统 v10.0 电脑版09-28\n速盘SpeedPan最新版下载 v2.3.5.210 限速破解版10-18\nPhotoshop CS6百度云资源 免费破解版(含注册机)10-23\n油猴脚本插件(Tampermonkey) v4.8.41 官方版11-18\n淘宝客推广大师破解版 v2.0.1.10 最新版11-26\nReaper中文版 v6.01 破解版12-11\n中医针灸推拿会员管理软件 v1.0 官方版12-14\n网蜂工具箱破解版 v3.06 最新版\n亿图图示免费版 v9.4.1 中文破解版\n带回血的老师可信吗 - Publisher免费版下载_Microsoft Publisher免费版 v2020 官方版-开心电玩 正经送彩金的棋牌平台---幸运快三有规律吗_欢迎您 中国体彩app官方网站---幸运快三有规律吗_Welcome 江苏快三同号推荐---HOME_欢迎您 云南20选8开奖结果.今天---HOME_Welcome


url: =Home > Cina > Yangjiang Hotels > Xiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an)\nBuilding 1, LongQin Bay reception center, agile Gold Coast, Hailing Island, vicino Poli Silver Beach, Evergrande Hawaii, Zhapo Shili Silver Beach, Jiangcheng District, Yangjiang, China.vedi mappa >\nCodice postale:441702 Aperto nel:2017 Ultimo rimodernamento:2018 Numero delle camere:15 Area commerciale:Nimble Golden Coast\nXiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an), Si trova sulla costa del Mar Cinese Meridionale, una delle più alte dieci isole del tesoro cinese, Hailing Island a Yangjiang, provincia di Guangdong, che è un'attrazione turistica nazionale AAAAA, agile Gold Coast. Ha sempre goduto della reputazione di 'Beidaihe nel Sud' e di 'Hawaii nell'Est'. Il 'lago di cristallo' sulla agile Gold Coast è diventato le 'otto più belle nuove scenografie' a Yangjiang, provincia di Guangdong;Ha una Crystal Lake Recreation Area di quasi 50000 metri quadrati, una piscina acquatica illimitata e una 5 km lunga spiaggia ecologica per il tempo libero e la vacanza;Divertitevi e godetevi le vacanze;Il 10000 M2 gonfiabile parco acquatico, scivolo su larga scala, acqua filtrata, trampolino d'acqua, altalena d'acqua, vela da surf GB, motoscafo, moto da spiaggia e altri progetti di test di resistenza e saggezza possono sfidare il limite fisico dei turisti!È adiacente al parco acquatico di mangrovie, zona panoramica naturale dell'isola orientale, il famoso 'Nanhai No.1' China Maritime Silk Road Museum, e vicino a Dajiowan macchia panoramica, tempio di Mazu, spiaggia di argento Shili e isola di Mawei.\nParcheggio a pagamento Cassaforte degli articoli della reception atrio ascensore zona fumatori Piano per non fumatori Area di sosta per ospiti non d'affari Sorveglianza TVCC nelle aree pubbliche Sistema audio pubblico Sistema di presentazione multimediale Wi-Fi area pubblica (gratuito) Giornale della hall Mappa del traffico turistico\nServizio di biglietteria di viaggio Servizio postale chiamata mattutina Gestore della hall 24 ore su 24 Servizi per gli affari Servizio di liquidazione con carta di credito Servizio di lavanderia a domicilio Reception 24 ore su 24\nDomande frequenti in Xiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an)\nChe orari di check-in e check-out sono previsti presso Xiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an)?\nIl check-in è dalle 14:00 e il check-out è fino alle 12:00 presso Xiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an).\nXiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an) dispone di una piscina e palestra?\nXiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an) dispone di un ristorante in loco?\nXiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an) dispone di banda larga o Wifi?\nXiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an) accetta il pagamento anticipato?\nXiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an) accetta carte di credito?\nQuanto costa soggiornare presso Xiangyu Holiday Apartment (Yangjiang Hailing Island Minjie Huangjin Hai'an)?


url: =Mexican Peso to Fiji Dollar Exchange Rate History For 13 March 2020 (13/03/20)\nHome » Currency Exchange Rates » MXN Rates for 13/03/2020 » MXN FJD rate on 13/03/2020\nMexican Peso (MXN) to Fiji Dollar (FJD) Historical Exchange Rates on 13th March 2020 (13/03/2020)\nOn March 13, 2020 the Official MXN to FJD Exchange Rate:\nClose: 1 MXN = 0.1025 FJD\nBest: 1 MXN = 0.10513 FJD\nWorst: 1 MXN = 0.10076 FJD\nLive: 1 MXN = 0.1006 FJD\n22/06/2021 vs 13/03/2020 CLOSE = -1.86%\n22/06/2021 vs 13/03/2020 HIGH = -4.31%\n22/06/2021 vs 13/03/2020 LOW = -0.16%\nInvert? Fiji Dollar to Mexican Peso exchange rate on 13 March 2020 (13/03/2020)\nChoose alternative years (2010 onwards): MXN/FJD rates in 2010, MXN/FJD rates in 2011, MXN/FJD rates in 2012, MXN/FJD rates in 2013, MXN/FJD rates in 2014, MXN/FJD rates in 2015, MXN/FJD rates in 2016, MXN/FJD rates in 2017, MXN/FJD rates in 2018, MXN/FJD rates in 2019, MXN/FJD rates in 2020, MXN/FJD rates in 2021\nCompare various denominations for the Mexican Peso / Fiji Dollar exchange rate conversion on the 13th March 2020 using the data table below.\n1 MXN = 0.10251 FJD 9.7551 MXN = 1 FJD on 13/03/2020\n5 MXN = 0.51255 FJD 48.776 MXN = 5 FJD on 13/03/2020\n10 MXN = 1.0251 FJD 97.551 MXN = 10 FJD on 13/03/2020\n15 MXN = 1.5377 FJD 146.33 MXN = 15 FJD on 13/03/2020\n20 MXN = 2.0502 FJD 195.10 MXN = 20 FJD on 13/03/2020\n25 MXN = 2.5628 FJD 243.88 MXN = 25 FJD on 13/03/2020\n50 MXN = 5.1255 FJD 487.76 MXN = 50 FJD on 13/03/2020\n100 MXN = 10.251 FJD 975.5 MXN = 100 FJD on 13/03/2020\n500 MXN = 51.255 FJD 4878 MXN = 500 FJD on 13/03/2020\n1000 MXN = 102.51 FJD 9755 MXN = 1000 FJD on 13/03/2020\n2500 MXN = 256.28 FJD 24388 MXN = 2500 FJD on 13/03/2020\n5000 MXN = 512.6 FJD 48776 MXN = 5000 FJD on 13/03/2020\n10000 MXN = 1025 FJD 97551 MXN = 10000 FJD on 13/03/2020\n25000 MXN = 2563 FJD 243879 MXN = 25000 FJD on 13/03/2020\n50000 MXN = 5126 FJD 487757 MXN = 50000 FJD on 13/03/2020\n100000 MXN = 10251 FJD 975515 MXN = 100000 FJD on 13/03/2020\n250000 MXN = 25628 FJD 2438786 MXN = 250000 FJD on 13/03/2020\n500000 MXN = 51255 FJD 4877573 MXN = 500000 FJD on 13/03/2020\n1000000 MXN = 102510 FJD 9755146 MXN = 1000000 FJD on 13/03/2020


url: =1. Method of automatic detection on micro-seismic P-arrival time under low signal-to-noise ratio EI\n2. Electro-optically Q-switched dual-wavelength Nd:YLF laser emitting at 1047 nm and 1053 nm EI SCOPUS SCIE\n4. Generation of low repetition rate subnanosecond pulse in an optimal doubly QML Nd:Lu0.15Y0.85VO4 laser with EO and Cr4+:YAG EI SCOPUS SCIE\n5. 808-nm diode-pumped dual-wavelength passively Q-switched Nd:LuLiF4laser with Bi-doped GaAs EI\n6. Theoretical and experimental study on high peak power sub-nanosecond pulse characteristics of multi-segment composite Nd:YVO4laser EI\n7. Application of gait factor in reducing gait interferences EI\n10. A memorability based method for video hashing EI\n作者机构：[Wang, Wulin ;Sun, Jiande ;Liu, Ju ] University School of Information Science and Engineering, Shandong University, Jinan; 250100, China;[Sun, Jiande ] Hisense State Key Laboratory of Digital-Media Technology, Qingdao; 266061, China\n来源：International Conference on Communication Technology Proceedings, ICCT,2015,Vol.2016-February,309-313\n13. 基于禁忌搜索的人工蜂群算法及其应用 CSCD\n14. Maximum Principle for Forward-Backward Stochastic Control System Driven by Lévy Process EI\n15. A New Algorithm for Intermediate Dataset Storage in a Cloud-Based Dataflow CPCI-S EI SCOPUS\n16. A consistent and low-overhead time synchronization method for mobile Wireless Sensor Networks EI\n作者机构：[Wu, Xiaoming ;Wang, Yinglong ] College of Information Science and Engineering, Shandong University of Science and Technology, Qingdao, China;[Wu, Xiaoming ;Wang, Yinglong ;Wang, Fuqiang ] Shandong Provincial Key Laboratory of Computer Networks, Shandong Computer Science Center (National Supercomputer Center in Jinan), Jinan, China\n来源：Proceedings - 5th International Conference on Instrumentation and Measurement, Computer, Communication, and Control, IMCCC 2015,20151917-1921\n17. Cooperative Spectrum Sensing Using Finite Demmel Condition Numbers EI SCOPUS SCIE\n18. Novel unsymmetrical dual cross-diamond search algorithm for fast block motion estimation EI SCOPUS\n19. An iterative image reconstruction for differential X-ray phase-contrast computed tomography EI SCOPUS\n20. A credit-based allocation method of resource quotas for cloud users EI


url:
=Photo of Boeing 787-8 (B-7837) - FlightAware\n3 Votes (5.00 Average) and 3,347 Views\n

Photo Courtesy of FlightAware.com

\n[url=http://flightaware.com/photos/view/4941235-5f1fdee4dde03bb8758a990a213efaa428b0bf99/user/mdebock%2fsort%2fvotes/page/1/size/vga][img]https://photos-e1.flightcdn.com/photos/retriever/211a0e0a48f4ecd5367fc9092038be7911039381[/img]Photo Courtesy of FlightAware.com[/url]\n19 of B-7837 14698 of B788 249 at KMYR\n25-May-2020 Unknown Barajas Int'l (MAD / LEMD) Near Shenzhen, Guangdong 12:57PM CEST Last seen 07:15AM CST (+1) 12:18\n25-May-2020 Unknown Shenzhen Bao'an Int'l (SZX / ZGSZ) Barajas Int'l (MAD / LEMD) 03:00AM CST 10:11AM CEST 13:10\n22-May-2020 B789 Beijing Capital Int'l (PEK / ZBAA) Shenzhen Bao'an Int'l (SZX / ZGSZ) 04:11PM CST 06:56PM CST (?) 2:45\n22-May-2020 B738 Shenzhen Bao'an Int'l (SZX / ZGSZ) Beijing Capital Int'l (PEK / ZBAA) 09:32AM CST 12:26PM CST 2:54\n20-May-2020 B789 Los Angeles Intl (KLAX) Shenzhen Bao'an Int'l (SZX / ZGSZ) 03:20PM PDT 08:58PM CST (+1) 14:38\n20-May-2020 B789 Shenzhen Bao'an Int'l (SZX / ZGSZ) Los Angeles Intl (KLAX) 03:37PM CST 12:24PM PDT 11:46\n18-May-2020 B789 Los Angeles Intl (KLAX) Shenzhen Bao'an Int'l (SZX / ZGSZ) 04:35PM PDT 09:49PM CST (+1) 14:14\n18-May-2020 B789 Shenzhen Bao'an Int'l (SZX / ZGSZ) Los Angeles Intl (KLAX) 04:28PM CST 01:44PM PDT 12:15\n18-May-2020 B738 Haikou Meilan Int'l (HAK / ZJHK) Shenzhen Bao'an Int'l (SZX / ZGSZ) 07:00AM CST 07:53AM CST (?) 0:53\n15-May-2020 B789 Shenzhen Bao'an Int'l (SZX / ZGSZ) Haikou Meilan Int'l (HAK / ZJHK) 11:57PM CST 12:45AM CST (+1) 0:47\n14-May-2020 B789 Los Angeles Intl (KLAX) Shenzhen Bao'an Int'l (SZX / ZGSZ) 03:08PM PDT 08:53PM CST (+1) 14:45\n14-May-2020 B789 Shenzhen Bao'an Int'l (SZX / ZGSZ) Los Angeles Intl (KLAX) 03:06PM CST 12:07PM PDT 12:01


url: =3 June 2013 Hyperspectral and high-resolution image fusion based on second generation Bandelet transform\nXiaoping Du , Hang Chen\nXiaojie Dou , Lurui Xia , Xiangzheng Cheng , Congmiao Shan\nOptical Engineering, 52(6), 067001 (2013). https://doi.org/10.1117/1.OE.52.6.067001\nXiaoping Du, Xiaoping Du, Hang Chen, Hang Chen, Zhengjun Liu, Zhengjun Liu, Xiaojie Dou, Xiaojie Dou, Lurui Xia, Lurui Xia, Xiangzheng Cheng, Xiangzheng Cheng, Congmiao Shan, Congmiao Shan, "Hyperspectral and high-resolution image fusion based on second generation Bandelet transform," Optical Engineering 52(6), 067001 (3 June 2013). https://doi.org/10.1117/1.OE.52.6.067001 . Submission:\nXiaoping Du, Hang Chen, Zhengjun Liu, Xiaojie Dou, Lurui Xia, Xiangzheng Cheng, Congmiao Shan, "Hyperspectral and high-resolution image fusion based on second generation Bandelet transform," Opt. Eng. 52(6) 067001 (3 June 2013)


url: =Volume 36, Issue 8 (Sep 2017)\nHigh Temperature Mechanical Behavior of MgAl2O4-YAG Eutectic Ceramic In Situ Composites by Float Zone Method\nPhase Transition and Thermal Expansion of Ba3RB3O9 (R = Sm–Yb, and Y)\nSimura, Rayko / Kawai, Shohei / Sugiyama, Kazumasa\nMicrostructure and Mechanical Properties of Heat-treated T92 Martensitic Heat Resistant Steel\nRajesh Kannan, P. / Muthupandi, V. / Arivazhagan, B. / Devakumaran, K.\nChange in Microwave-Absorbing Characteristics during the Oxidation Processes of an Ilmenite Concentrate\nLi, Wei / Meng, Binfang / Wang, Xinying / Liu, Yuqi / Zhang, Libo\nFeAl2O4 Nanopowders; Structural Analysis and Band Gap Energy\nThe Influence of Dwell Time on Low Cycle Fatigue Behavior of Ni-base Superalloy IC10\nWang, Anqiang / Liu, Lu / Wen, Zhixun / Li, Zhenwei / Yue, Zhufeng\nMicrowave-Assisted Preparation of Activated Carbon from Eupatorium Adenophorum: Effects of Preparation Parameters\nCheng, Song / Zhang, Shengzhou / Zhang, Libo / Xia, Hongying / Peng, Jinhui / Wang, Shixing\nKinetics of Evaporation of Alloying Elements under Vacuum: Application to Ti alloys in Electron Beam Melting\nChoi, Wonjin / Jourdan, Julien / Matveichev, Alexey / Jardy, Alain / Bellot, Jean-Pierre\nEffect of Heat Treatment Technique on the Low Temperature Impact Toughness of Steel EQ70 for Offshore Structure\nTao, Su-Fen / Xia, Yun-Jin / Wang, Fu-Ming / Li, Jie / Fan, Ding-Dong\nEffect of B2O3 on Volume Stability and Strength of Corundum-based Castables\nZhang, Chuanyin / Ye, Guotian / Shang, Xuejun / Zhai, Pengtao / Chen, Liugang\nThermodynamic Analysis of the Selective Reduction of a Nickeliferous Limonitic Laterite Ore by Hydrogen\nElliott, R. / Pickles, C. A.\nThe Analysis of Parametric Sensitivity Based on Designing and Optimization of a New Microwave Heating System\nChen, Hua / Zhang, Jin / Fan, Zebin / Peng, Jinhui / Ju, Shaohua\nInfluence of Heat Treatment on the Mechanical Properties of Ni Films on 430 Stainless Steel Substrate\nPan, Yong / Cui, Junwei / Lei, Weixin / Zhou, Jie / Ma, Zengsheng


url: =发布日期： 2017-11-27 09:51:24\t点击次数： 22554\nZhejiang Yongkang Kangfute Industry Co.,Ltd\nYongKang KangJi Industry and Trade Co.,Ltd\nYongkang Zhuochengte Plastic Products Co.,Ltd.\nDongyang City Feilong Cap Co.,Ltd\nYongjang Haisong Kitchenware Rack Co.,Ltd\nYiwu City Jo Toys Co.,Ltd\nYongKang vivid Industry and Trade Co., Ltd\nZhejiang Zhicheng Houseware Co., Ltd\nYongzhen Bottle Factory\nYongKang JinCheng Inflator Factory\nYongKang HongQing Arts&Crafts CO.,Ltd\nYongkang G-VAM Leisure Products Co.,Ltd\nYongkang Lianjiang Hardware Factory\nTaizhou Bosheng Plastics Industry Co.,Ltd.\nYongkang Allshine Industry And Trade Co.,Ltd\nYongkang Junaite Hardware Co.,Ltd\nYongkang OTI Safety Products Industry Co.,Ltd.\nJinhua Qianhui Commodit Co.,Ltd.\nJinhua Oya Crafts Factory\nYongkang Tankai Industry & Trade Co.,Ltd\nYongKang City Erli Trade and Industry CO.,Ltd\nZheJiang LongShi Craft Co.，Ltd\nJin Hua Feima Bag Co.,Ltd\nJinhua Huayu Commodity Co.,Ltd\nYongkang Haokang Fitness Co.,Ltd\nYong kang strong kaida kitchenware co.,Ltd\nJINHUA FORYOUDAY COMMODITY FACTORY\nYongkang Zhengda Industrial & Trade Co.,Ltd.\nYongkang Jiacai Arts & Crafts Co.,LTD\nYongKang Longyingfei Industry&Trade Co.,Ltd\nZhejiang JianLi Plastics Science and Technology Co.,Ltd\nHongyuan Hardware Tools Company\nIt has been manufacturing and exporting these products over 10 years,and it keeps updating new products every year to meet the needs of the customers mainly from Middle East of Asia,South America, Brazil and so on.\nGREEN ODE COMMODITY LIMITED\nYongkang Vanvosanso Houseware Co.,Ltd.\nYongkang Aoyi Industry&Trade Co.,Ltd.\nYongkang Yongfang Hardwre Foundry\nYiwu Weijunfang Crafts CO.,LTD\nYiwu Yirui Daily Commodity Co.,Ltd\nGuangxi BoBaiLi Jane Craft Weaving Factory\nDongyang Relife Cultural Creativity Co.,LTD\nYongKang Jasm Indusrty & Trade Co.,Ltd\nWuyi sanhe stainless steel products CO.,ltd\nYiwu Changying Sports Goods Co.,Ltd\nYongkang Jinliao Plastic Products Factory\nYongKang Mingzhen stainless product.co.,ltd\nYongkang Yongjia Daily Necessities Co.,Ltd\nLanxi City Shengtai Textiles Co.,Ltd\nWuYi KangQiang Cup Industry CO.,LTD\nWuyi Toye Electronic Co.,Ltd\nDongyang Baoxin Garment Co.,Ltd\nYiwu Sally Weaving Co.,Ltd\nZhejiang Yongkang Suyuan Industry&Trade Co.,LTD\nLanxiyide Textile Co.,Ltd\nYongkang Aungyu Household Products Co.,LTD\nYongkang yunyang tools factory\nYongkang Huihui Tools Co.,Ltd.\nShunyang Industry and trading\nYongkang U-plus industry &trade Co.,Ltd\nSunde Stationery Co.,LTD\nYu Lei Plastic Products Factory\nYongKang HuanYi Metal Products Co.,Ltd\nZhejiang Creation Industry Trade Co.,Ltd\nWuyi Qihua Tools Co.,Ltd\nYongkang Yitian Company\nJinhua Zhongbang Toys Co.,Ltd\nDongyang Xinrui Homeware Co.,Ltd\nPanan Dasheng Craft&Gifts Factory\nYIWU XUEER TOYS CO.,LTD\nChuanghong Leiisre Thing Co.,Ltd\nYongkang Fenghou Industry&Trade Co.,Ltd\nYongkang Sisheng Industry Co.,Ltd\nYongkang Hesheng industry trade limited company\nYongkang Wenhua Stainless Steel Product Co.,Ltd\nYongKang City,Na Hang plastic products factoty\nHaoHaoZuo Hardware Products Co.,Ltd\nDongyang Xincheng Leisure Products Co.,Ltd\nYiwu Guanqing Sports Goods CO.,LTD\nZheJiang YongHao Industry And Trade Co.,Ltd\nYIWU LAUNDRY COMMODITY FACTORY\nZhejiang Able New material Co.,ltd\nYongkang Jindakang Industry And Trade Co., Ltd.\nZheJiang YiWu YiZhou Stationary CO.,LTD\nJinhua Shangcheng Luggage Cd.,Ltd\nYongkang Hongchang Leisure Luggage Co.,Ltd\nYi Wu Ye Xin Bag and suitcase Co.,Ltd.\nYongkang Bodian Industry And Trading Co.,Ltd.\n专业生产油灰刀 伸缩杆 滚筒刷 内六角扳手\nZhejiang Yongkang Hongya Household Products Co.,Ltd\nDongyang City Siman Crafts Co.,Ltd\nZhejiang Huangxuan Industry & Trade Co.,Ltd\nYong Kang Minghu Industry & Trade Co.,Ltd\n永康市明虎工贸有限公司专业生产电视购物产品（类似于AS SEEN ON TV),以日常生活用品为主，是集研发、生产、 销售和售后服务于一体的专业化企业。\nYongkang rui hardware products factory\nYongkang Sungi Industry & Trade Co.,Ltd\nYongkang Ducheng Leisure Products Co.,Ltd\nJinhua Jingcai Crafts & Gifts Co.,Ltd.\nYongkang cloud bird commodity manufacturing co.,LTD\n浙江永康云中鸟日用品制造有限公司是专业生产电动搅拌杯 、懒人电动马克杯 、咖啡搅拌杯、镜头杯、车载杯、电热杯、不锈钢真空杯、保温杯、汽车杯、咖啡杯、水晶玻璃杯、礼品杯、陶瓷杯等家居用品。\nJinhua JunMei Household peoducts Co.,Ltd\nDongyang vicat hose co.,LTD\nZhejiang Xuliang Rubberband Manufacturing Co.,LTD.\nYongkang Oxsy Industry &Trade Co.,Ltd\nWuyi Baifeng Leisure Products Co.,Ltd.\nYiWu City HeHeng Arts And Crafts Co.,Ltd\nPan'an Hao Chuan, Mould Plastic Factory\nPanan County, Zhejiang Province Temple Has\nYongkang Hongyuan Fitness Equipment Factory\nYongkang Jway Commodity Co.,Ltd\nPanan WanXia Hardware Plastice Factory\nJinhua Qiongyu Arts & Crafts Factory\nYongkang Xinshang Leisure Products Co.,Ltd\nYongkang Yu Jin kitchen ware\n永康市宇进厨具本厂专业生产 宇进 your cooker牌 欧美酒店后厨 铝汁锅 大铝桶14-45cm 法式 铁柄（不锈钢柄）（双耳）平底锅 煎盘18-40cm 鸭舌锅（酒精炉专用）16-30cm 韩式烤盘 分米鸡烤盘50-100cm 韩式部队锅(18-40cm) 韩式年糕锅(18-36cm) 各种款式 韩火烤盘 （明火 电磁炉款）\nYongkang Duntai Industry & Trade Co.,Ltd.\nYongkang JinKang cup industry co.,LTD\nPanan Country Jinlang Plastic Productions Factory\nWuyi Oude Car Accessories Co.,Ltd\nYongkang Lianzhi Sports Goods Co.,Ltd\nPingyang County Yu Plastic Products Factory\nYangjiang Linkwaves Hardware & Gift Ltd\nWellgo Kitchenware Co.,Ltd\nQi Qiu Le Yuan\nNingbo Yeekr Electronic co.,ltd\nFenghua Jinlong Manufacturing Co.,Ltd\nNingbo Enlly Trade Ltmited\nNinghai Kehan Electrical Appliance Co., Ltd\nCixi Bakejoy Rubber Products Co.,Ltd.\nNingbo Shimaotong International Co.,Ltd\nXing Gang Business Consulting Group Limited\nChaoan Hengsheng Industrial Co.,Ltd.\nShenzhen Hongrongxin Technology Co.,Ltd\nNingbo Yinzhou Yihui Leather Co.，Ltd\nHeiFei Lantern Ling Arts&Crafts Co.，Ltd\n方元三维是国内专业的桌面级3D打印设备的生产企业，兼销售进口桌面级3D打印机， 公司拥有最新最丰富的3D打印设备。主打产品：Makerbot，3D systems，Formlabs， Ultimaker，和 FY3D-H大尺寸国产3D打印机，3D扫描仪，长虹一体机等。\nNingbo Yinzhou Boyun Industry &Trading Co.,Ltd\nCixi Minglu Rubber Plastic Co.,Ltd\nIngbo Yinzhou Happy Paper Products Co., Ltd\nCiXi Shanpu Stainless Steel Products Co.,Ltd.\nNinghai Jianning Rubber Mould Co.,Ltd\nRichful Deyong Investment Consultation (Ningbo) Limited\nNingbo Rainbow Toys Co., Ltd.\nNingbo Ronglichang plastic products Co.,Ltd\nNingbo Jiangbei Classic Commodity Co.,Ltd.\nNingbo Yinzhou Yuanxiang Textile& Rubber Factory\nNingboYinzhou Haozhijin Hardware Manufactory Co.,Ltd.\nGuangzhou Mitchell Plastic Co.,Ltd.\nJian Ming Feng Toys\nNingbo Haishu Wanqianyao Textile Co.,Ltd\nYangjiang Yangdong Guanbo Industry And Trade Co.,Ltd\nNingbo Beilun Jinhao Art Co. Ltd\nNingbo TCH Paper Products CO.,Ltd.\nNingbo Nangang Electric CO.,LTD.\nNingBo MLXB Machinery Co., Ltd.\nNingbo Huahong Vacuum Cup Co.,Ltd\nYuyao Yry Super Solar Light Co.,Ltd.\nFoshan lndigo label Printing Co.,ltd\nYangdong Mensch Ceramic Knife Co., Ltd\nOrangekitchen (Asia) Hardware Co.,Ltd\nYangjiang Ruixing Beauty Appliance Co.,Ltd\nNingbo Jiangbei Shenyu Industry&Trade Co.,Ltd\nNinghai Xidian Jianding Plastic Factory\nHefei Pata Industrial & Trading Co., Ltd.\nHefei Balloon arts and Crafts Co., Ltd\nShanghai Yicheng Printing Technology Co.Ltd\nGuan Gdong Jin Long Tableware Factory\nHefei Ronghui Manufacturing & Trade Co.,LTD\n3. DIY 工艺品。宠物玩具。\nNingbo Fengtai Plastic Electric Co.,Ltd.\nDan Yang Run Xin Electrical Co.,Ltd\n宁波市海曙春诚塑料制品有限公司是一家集中空吹塑 注塑 挤塑为一体的生产型企业。\nNingbo Shunda Sunrise Electric Co.,Ltd.\nYuyao Jinhua Machinery Factory\nNingbo Fenglan Bicycle Co.,Ltd.\nLice Packing Printing Co，.Ltd\nCoeng Sing Manufacturing & Trading Co,Ltd\nSuzhou Genuo Industrial (HK) Co.,Ltd\nJiangxi xiushuicounty qibao artandcrafts co.,Ltd\nNingbo Yinzhou City Bomei Arts & Crafts Factory\nNingbo from Yang vitreous digital technology co.,LTD\nZhangzhou Heyday Clock And Watch Co.,Ltd\nCixi City Haolu Craft Co.,Ltd\nNingBo YuCheng Garden Technology CO.,LTD\nBBT Clothing Accessories Co.,Ltd.\nYang Jiang D&C Home Appliance Co.，Ltd.\nshandong HeHuang Housewares co.,ltd.\nNingbo Sinoray Silicone Products Co.,Ltd.\nNingbo Rich Packing Co.,Ltd\nYuyao Yalai Commodity Factory\nNingbo Sanzheng Plastic Co.,Ltd.\nNingbo Must Cleaning Company Ltd.\nNingbo Beilun Dongneng Stationery&Articles For Traveling Co.,Ltd.\nYuyao Shunfa Stationery Gifts Co.,Ltd.\nYangjiang Zhongyuan Industry And Trade Co.,Ltd\nYangjiang Champion Stainless-Steel Products Co., Ltd.\nXingguo County Huying Hardware Products Co.,LTD\nShanghai Mingle Industrial Co.,Ltd\nJiasheng industry and Trade co,Ltd,\nShantou City,Chenhai District,Chengbei Daily Plastic Co.,Ltd.\nNingbo Yinzhou Greatown Arts&Crafts Co.,Ltd\nEzhou Baofeng Metal Wool Technology Group Co.,Ltd\nYuyao ke’an Reflective Products Co.,LTD\nNingbo Unimolding Rubber & Plastic Parts Co.,Ltd\nNing Bo Biot light CO.,LTD\nNingbo Hgt Import & Export Co., Ltd.\nNingbo Mei Yang luggage factory\nNingbo Lavo Pet Products LTD\nDongguan Hong Electronic Technology Co., Ltd\nGuangdong Yangjiang Sanliangmu Household Co.,Ltd\nYangjiang Yangdong Hengyi Industry & Trade Co.,Ltd\nTianjin Xingyu Arts & Crafts Co.,Ltd\n公司主营：纸拉花 纸灯笼 纸蜂窝装饰 HALLOWEEN CARNIVAL & PARTY\nShantou Chenghai Fengyu Plastic Toys Factory\nShan Tou Cheng Hai Aoweiqi Toys Factory\nNingbo Ningli Battery Co.,Ltd\nNinghai Stellar Crafts Co.,Ltd.\nNingbo Xin-Wei Packaging Co., Ltd.\nNingbo Bokesi Stationery Co.,Ltd.\nNingbo D.Well Stationery Co.Ltd\nNingbo fortunella venosa new energy technology co., LTD\nKuoda Bag Materials Limited\nYuyao Ming Huan Lamps Co.,Ltd\nLiTian Digital Technology Co.,Ltd\nNingbo Fengling Welding And Cutting Equipment Co.,Ltd.\nNingbo Rising Manufactory Co.,Ltd\nYuyao Moushan Best-Friend Plastic Factory\nNing Bo Shi Yin Zhou Mao Shan Huan Liang Ji Xie Pei Jian Chang\nNingbo Tairun precision electronics co., LTD\nJiyuan Yongsheng Cerami Co.,Ltd\nNingbo Zhenhai Haihang Electric Appliance Co.,Ltd\nTaizhou Huangyan Pengxin Plastic Machine Co.,Ltd\nWenzhou Jian An Kang Shoes Co.,Ltd\n我司是一家拥有十多年经验的制鞋企业，公司坐落于中国鞋业最发达的城市浙江温州，厂房依山靠水，交通极为便利，我司一直执着于安全鞋生产，一直秉承“一切为安全着想”的宗旨，以优质的产品性能，优良的售后服务，多品种、多功能系列化的产品，高竞争力的价格，为您，您的企业安全保驾护航。建安康牌安全鞋：大底采用双密度，外底密度70度，坚硬耐磨；内底密度较50度，柔软舒适。 内里: 内里主要有坎培拉无纺布和各种规格的网布两大类。 坎培拉无纺布：是无纺布的一种，多用于鞋类内里，是新一代环保材料，具有拒水、透气、柔韧、不助燃、无毒无刺激性、色彩丰富等特点。\nTaizhou City, Luqiao Meisier plastic\nWenzhou Wilo Stationery CO., LTD.\nRui’an City Feiyun Health Insoles Factory\nWenzhou Fengshen Silica Co., Ltd\nWen Zhou Wangnan Laser Mste Rial co.,LTD\nWenzhou Treasure Crafts Co.,Ltd\nTaizhou Jasli Houseware Co.,Ltd.\nZhejiang Province Jiande xuanye hardware Tools Co.,ltd\nTaizhou Haoshi Sanitaryware Co.,Ltd\nShaoxing Tingting Umbrella Co.,Ltd\nTaizhou Huangyan Youshan Crats Factory\nZhejiang Chembo Industrial Co.,Ltd.\nWenzhou minyang plastic art & craft co.,ltd\nWenzhou Changming Textile Co.,Ltd.\nTaizhou City Woying Plastic Co. ,Ltd.\nLin'An Baihao Nonwoven Products Factory\nLinhai Longstep Home Products Co.,Ltd\nHaining Jinmao Metal Manufacture Co., Ltd,\nTaizhou Shuangjie Plastic daily necessities factory\nWenzhou Tianshang Home Furnishing Products Co., Ltd\n温州天尚家居用品有限公司专业生产收纳盒、收纳袋、无纺布袋、保温袋、P V C包、化妆包、赠品包、帆布包、洗衣机罩、空调罩等产品。\nWenzhou Weiermei Insole Co.,Ltd\nWenzhou Dequn Arts And Crafts Co., Ltd.\nHuangyan Wangshifa Plastic Factoy Zhejiang\nShaoXing ShangYu JinMa Can Making Factory\nYituo Toys Co.,Ltd\nIn our factory, PVC inflatable toys, inflatable beach sets,inflatable promotional items as well as PVC bags are produced,and our products have been exported to more than 50 counties and regions worldwide, including Europe, America,Oceania and Asia.\nCovering 11,000 square meters,our company has more than 200 employees with good workmanship.We have more than 150 sets of high frequency machines from 1.5KW to 50KW,10 bedplate lines for silkscreen printing as well as 30 sets of industrial sewing machines.\nOur company is specializing in kinds of inflatable products,such as toy series, sand beach series,sports series, swimming series,entertainment series,furniture series,bag series, and promotional series, with large production capacity, premium quality,reasonable price and best after-sales service.Our company has gained a good reputation and become a designated manufacturer for many famous brands.\nZhejiang Jiande Jinhui Electronics Tool Co.,Itd.\nCangnan Fashion Bags Co.ltd\nWenzhou Touda Handicraft Co.,Ltd\nZhejiang Tangwind Crafts Co.,Ltd\nCangnan County Boone Bag Factory\nWznzhoushi Jida Gongyipin Co.,Ltd.\nTAIZHOU HUANGYAN YONGXINFA PLASTIC FACTORY\nCangnan hengxin jinshu gongyipin you xian gong si\nWenzhou Golife Crafts Co.,Ltd\nLinhai JinLang Hardware Plastics Products Factory\nLinhai Dingtian Commodity Factory\nWenzhou GUI apron Co. Ltd.\nLinhai Weikang Textile Arts And Crafts Co.,Ltd.\nJiande City Hongtai Electrical Appliance Tools CO.,LTD\nLongyou Aihui Trade Co.,LTD\nJiande Hnc Tools Co.,Ltd\nTaizhou Huangyan Yiding Plastic Co.,Ltd\nTiantai Yixin Rubber Co.Ltd\nWenling Yongwang Plastic Manufacturing Co.,Ltd\nLuqiao Shuangying Plastic Factory\nJiande City Yaxing Rubber Tools Factory\nXieLi Crafts＆Arts Factory\nTaizhou Deyi Plastic Co.,Ltd\nChangshan Xianghe Gifts & Crafts Co., Ltd.\nZheJiang QingGengYuDu Printing CO.,LTD\nDolle Home Products(Linhai)Co.,Ltd.\nZhejiang E.J.Brush Ind Co.,Ltd\nLinhai Fuhong Commodity Co.,Ltd\nCangnan Jing'an Paper Products Co., Ltd\nWEN ZHOU KUAN DA PACKAGING CO.,LTD\nTaizhou Huangyan Botao Plastic Lo.,Ltd\nCangnan Shuangyin Bags.,Co.,Ltd\nCangnan County Longgang Trust Piastic Packaging Co.，Ltd\nZhejiang Hansun Arts&Crafts Co., Ltd\nLinhai Shichang Plastic Product Fatory\nZhejiang Seeway Gloves Co.,Ltd\nYueqing Jiaheng Plastic Co., Ltd\nJiande City,the town of hong Li Hardware Tools Factory\nQuzhou Kidde Bamboo Industry Co., Ltd\nWENZHOU KIWIM PLASTIC PACKAGING CO.,LTD\nWenzhou Haibo Houseware Co.,Ltd\n温州海搏家居用品有限公司产品有注塑开模类产品： 塑料菜板30余款，折叠菜板，防滑抗菌菜板，色拉碗 厨房小工具等； PP片材类产品： PP餐垫 PP文件夹 PP收纳盒 等。\nK&D Industrial Co.,Ltd.\nTaizhou Jingquan Plastic co.,ltd\nZhejiang Bayi Environmental Protection Technology Co.,Ltd\nLinhai Hongwang Daily Necessities Factory\nZhejiang Top Sprayer Co.,Ltd\nLinan Yingfeng Cleaning Products Co.,Ltd\nZhejiang Huanyin Plastic Industry Co.,Ltd\nZhejiang Chuang Xiang Commodity Co.,LTD\nSentin Packaging Co.,Ltd\nWenzhou Onicare Electric Co.,Ltd\nZenyang Plastics Factory\nDanni Following enterprise\nWenzhou Cazzpc Home Decoration Co.,Ltd\nWen Zhou Diy Toys Co.,Ltd.\nYueqing Join Imp & Exp Co.,Ltd\nWenzhou Fuyang Packing Co.,Ltd.\nCangnan Duoxi Crafts & Gifts Co.,Ltd\nWenzhou Sente Plastics Co.，Ltd\nCangnan County Tianze Packaging Co.,Ltd.\nTaizhou Wanquan Toys Co.,Ltd\nWenzhou Fangzhou Crafts Co.,Ltd\nCangnan Bainade Packaging Co., Ltd.\nLeQing YiYu Gong Yi Ping You Xian Gong Si\nZhuji Rougda Valve Co.,Ltd.\nTaizhou Baiying Printing Co.,Ltd\nQili plastic Co.,Ltd, Jiaojiang Area, Taizhou city\nWengling City Yuebang Plastic Factory (General partnership)\nYueqing Duke Plastic Co., Ltd\nWenling Chenyun Mechanical & Electrical Co.,Ltd\nZhejiang Jason Bag Making Co., Ltd.\nWenzhou Xijie Print & Packing.Co.，LTD\n宁波星程展览有限公司 地址：宁波鄞州区和源路510号宁兴国贸大厦11楼 邮 箱：gc@auto-ningbo.com\n电 话：0574-87744938 传 真：0574-87744908 浙ICP备2021004551号-2 技术支持：尖端科技 浙公网安备 33021202001176号


url: =Yule Wang, Qiang Luo, Yue Ding, Dong Wang, Hongbo Deng:\nDemiNet: Dependency-Aware Multi-Interest Network with Self-Supervised Graph Learning for Click-Through Rate Prediction. CoRR abs/2109.12512 (2021)\nAobo Yang, Nan Wang, Renqin Cai, Hongbo Deng, Hongning Wang:\nComparative Explanations of Recommendations. CoRR abs/2111.00670 (2021)\n[c42] [c38] [i9] [c27]\n[c43] [i8] [c31] [i4]\n[c43] [c40] [i8] [c37] [c33] [c32] [c31] [i4] [i3]\n[c38] [i9] [c34]\n[c41] [i10] [i6] [j6] [c17] [c16]\n[c41] [i10] [i6]\n[c43] [c40] [c38] [i9] [i8] [c37] [c33] [c32] [c31] [i4] [i3]\n[c42] [c38] [i9]


url: =Qingdao Harbour View Inn (Shandong) Resort - Reviews and Rates - TravelPod Destinations\nQingdao Harbour View Inn Qingdao Harbour View Inn\nNo.49 Shichang First Road, Shibei District, Qingdao, Shandong, 266011, China | 2 star resort View Professional Photos Check-in\nJinjiang Inn (Qingdao Zhongshan Road) 334 reviews Show Prices Motel 168 (Qingdao Railway Station) 249 reviews Show Prices Kaiyue International Youth Hostel 154 reviews Show Prices Aegean Sea Business Hotel Qingdao 84 reviews Show Prices Qingdao Old Observatory Youth Hostel 121 reviews Show Prices Gold Lampstand Garden Holiday Hotel 22 reviews Show Prices Overview Map Stories Travel Blogs from Qingdao A fortnight in old Tsing Tao!\nThis 2 star resort, located on No.49 Shichang First Road, Shibei District, Qingdao, is near Laoshan Scenic Area, Tsingtao Brewery Co. Ltd., and Small Qingdao Island. Map this resort\n394 reviews 1.47 mi away (map)\n234 reviews 0.92 mi away (map)\nShow Prices More recommendations TravelPod Reviews TripAdvisor Reviews Qingdao Harbour View Inn\nLaoshan Scenic Area 1.32mi Tsingtao Brewery Co. Ltd. 1.93mi Small Qingdao Island 1.93mi Explore Qingdao Qingdao Hotels (100) Qingdao Motels (30) Qingdao Resorts (6) Qingdao Hostels (4) Popular Cities Beijing Hotels Changsha Hotels Chengdu Hotels Chongqing Hotels Dalian Hotels Dongguan Hotels Guangzhou Hotels Hangzhou Hotels Hong Kong Hotels Lijiang Hotels Nanjing Hotels Ningbo Hotels Sanya Hotels Shanghai Hotels Shenzhen Hotels Suzhou Hotels Tianjin Hotels Wuhan Hotels Xi'an Hotels Xiamen Hotels All cities in China\nThis resort was formerly known as: Yijingwan Holiday Hotel Page Sections


url: =Zhejiangxingyuanda Textile co.,ltd [Zhejiang,China] Business Type:Agent , Service , Trade Company Main Markets: Africa , Other Markets , Worldwide Exporter:81% - 90% Description:Woolen Suits manufacturer / supplier, offering Viscose Fabric,Knitting Fabric, etc.\nAddress:Room1722,Building2,Golden Times Mansion,Yuecheng District, Shaoxing, Zhejiang\nPrintingand Dyeing Fabric\nNavy Woolen Suits Fabric\nWoolen Suits Viscose Fabric Knitting Fabric Recycled Fabric Printingand Dyeing Fabric Chiffon Fabric. 50% Woolen Suits Fabric Navy Woolen Suits Fabric\nWoolen Suits manufacturer / supplier\n, offering Viscose Fabric,Knitting Fabric, etc.