url: =Find Gabion Box, Gabion Cage, Gabion Mesh on Industry Directory, Reliable Manufacturer/Supplier/Factory from China.\nGabion Box Gabion Cage Gabion Mesh\nProduct categories of Gabion Box, we are specialized manufacturers from China, Gabion Box, Gabion Cage suppliers/factory, wholesale high-quality products of Gabion Mesh R & D and manufacturing, we have the perfect after-sales service and technical support. Look forward to your cooperation!\nModel No.: shuang-1850\nModel NO.: shuang-1850 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nModel No.: shuangyi-1849\nModel NO.: shuangyi-1849 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Specification: ISO & SGS HS Code: 73144900 Material: Low Carbon Steel Wire Hole Shape:...\nModel No.: shuangyi-1848\nModel NO.: shuangyi-1848 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Galvanized Steel Wire Hole Shape: Hexagonal Technics: Woven...\nModel No.: shuangyi-1847\nModel NO.: shuangyi-1847 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Steel Wire Hole Shape: Square Technics: Woven Size: 4m x 1m...\nModel No.: shuangyi-1846\nModel NO.: shuangyi-1846 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Steel Wire Hole Shape: Square Technics: Woven Size: 4m x 1m...\nGalvanized/PVC Coated/Gabion Basket for River Bank\nModel No.: shuangyi-1845\nModel NO.: shuangyi-1845 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Specification: ISO & SGS HS Code: 73144900 Material: Low Carbon Steel Wire Hole Shape:...\nPVC Coated/ Welded/ Gabion Cages/ Gabion Baskets for Reatining Walls\nModel No.: shuangyi-1844\nModel NO.: shuangyi-1844 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Steel Wire Hole Shape: Square Technics: Woven Size: 4m x 1m...\nPVC Coated/Hexagonal Wire Mesh/Gabion Basket for Building\nModel No.: shuangyi-1843\nModel NO.: shuangyi-1843 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Galvanized Steel Wire Hole Shape: Hexagonal Technics: Woven...\nPVC Coated/ Galvanized/ Steel Mesh/ Gabion Box for Retaining Walls\nModel No.: shuangyi-1842\nModel NO.: shuangyi-1842 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Galvanized Steel Wire Hole Shape: Hexagonal Technics: Woven...\nGalvanized Gabion Mesh/ Steel Mesh Gabion/ Woven Gabion with Sizes\nModel No.: shuangyi-1841\nModel NO.: shuangyi-1841 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nGalvanized Gabion Mesh/ Metal Gabion/ Woven Gabion\nModel No.: shuangyi-1840\nModel NO.: shuangyi-1840 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nPVC Coated/ Galvanized/ Gabion Box/ Gabion Basket for Retaining Walls\nModel No.: shuangyi-1838\nModel NO.: shuangyi-1838 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nModel No.: shuanh=gyi-1839\nModel NO.: shuanh=gyi-1839 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics:...\nHot Dipped Galvanized Gabion Box for Slope Revetment\nModel No.: shuangyi-1837\nModel NO.: shuangyi-1837 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nModel No.: shuangyi-1836\nModel NO.: shuangyi-1836 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Specification: ISO & SGS HS Code: 73144900 Material: Low Carbon Steel Wire Hole Shape:...\nGalvanized Weaving Gabion Box/ Steel Gabion Mesh\nModel No.: shuangyi-1835\nModel NO.: shuangyi-1835 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nGalvanized/PVC Coated/Hexagonal Wire Mesh/Gabion Basket\nModel No.: shuangyi-1834\nModel NO.: shuangyi-1834 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nHot-Dipped Galvanized Gabion Wire Mesh/ Metal Gabion\nModel No.: shuangyi-1833\nModel NO.: shuangyi-1833 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nPVC Coated/ Galvanized/ Gabion Mesh, Gabion Baskets\nModel No.: shuangyi-1832\nModel NO.: shuangyi-1832 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nModel No.: shuangyi-1831\nModel NO.: shuangyi-1831 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Low Carbon Steel Wire Hole Shape: Hexagonal Technics: Woven...\nModel No.: shuangyi-1830\nModel NO.: shuangyi-1830 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: PVC Coated Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Galvanized Iron Wire Hole Shape: Hexagonal Technics: Woven...\nElectrical Galvanized Gabion Box with Factory Price\nModel No.: shuangyi-1829\nModel NO.: shuangyi-1829 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Specification: ISO & SGS HS Code: 73144900 Material: Steel Wire Hole Shape: Hexagonal...\nModel No.: shuangyi-1828\nModel NO.: shuangyi-1828 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Steel Wire Hole Shape: Square Technics: Woven Size: 3m x 1m...\nWelded Gabion Cages/ Welded Gabion Mesh for Garden\nModel No.: shuangyi-1827\nModel NO.: shuangyi-1827 Application: Gabion Mesh, Gabions, Construction Wire Mesh Usage: Civil Engineering Surface Treatment: Galvanized Aperture: 80*120mm Tensile Strength: 38kg/M2 Mesh Wire: 2.0mm--4.0mm Trademark: Shuangyi Origin: Anping, Hebei Material: Steel Wire Hole Shape: Square Technics: Woven Size: 3m x 1m...\nHere you can find the related products in Gabion Box, we are professional manufacturer of Gabion Box,Gabion Cage,Gabion Mesh. 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url: =Tom King, Books | Barnes & Noble® If You Liked... Our Monthly Picks Paperback Store Summer Reading Things to Do at Home\n1 - 20 of 207 results for "Tom King"\nBatman: Rebirth (2016) #1…\nBatman (2016-) #1 (NOOK Comics…\nBatman (2016-) #13 (NOOK…\nMister Miracle (2017-) #1…\nMister Miracle #1 Extended…\nBatman Vol. 12: City of Bane…\nMister Miracle (B&N Exclusive…\nBatman Vol. 11: The Fall and…\nBatman Vol. 13: The City of…\nVision: The Complete…\nBatman, Volume 9: The Tyrant…\nBatman, Volume 6: Bride or…


url: =Industriewerkzeuge | Akku-Winkelschleifer GWS 18-125 V-LI\n€ 423,82 (Inkl. MwSt., zzgl. Versand.)\nBOSCH-Artikelnummer 0 601 93A 30B\nLieferumfang Werkzeug, Schutzhaube, Zusatzhandgriff, Li-Ion-Akku mit 4,0 Ah, Schnellladegerät AL 1860\n- Innovative CoolPack-Akkus sorgen für eine optimale Wärmeabstrahlung und verlängern damit die Lebensdauer um bis zu 100 %(vgl. Li-Ionen-Akkus ohne CoolPack)\n- Verdrehsichere Schutzhaube – schnell und einfach verstellbar, schützt zuverlässig


url: =Su, Xin-zhuan (14)\nMu, Jianbing (10)\nFerdig, Michael T. (2)\nKiara, Steven M. (2)\nMangano, Valentina (2)\nOuedraogo, Jean-Bosco (2)\nWang, Zenglei (2)\nWilliamson, Kim C. (2)\nZongo, Issaka (2)\nAlcock, Dan (1)\nAmenga-Etego, Lucas (1)\nAnastasi, Elisa (1)\nDid you mean: author:("Jiang, dongying")\t+\n1. Artemisinin-resistant Plasmodium falciparum in Pursat province, western Cambodia: a parasite clearance rate study Amaratunga, Chanaki | Sreng, Sokunthea | Suon, Seila | Phelps, Erika S | Stepniewska, Kasia | Lim, Pharath | Zhou, Chongjun | Mao, Sivanna | Anderson, Jennifer M | Lindegardh, Niklas | Jiang, Hongying | Song, Jianping | Su, Xin-zhuan | White, Nicholas J | Dondorp, Arjen M | Anderson, Tim J C | Fay, Michael P | Mu, Jianbing | Duong, Socheat | Fairhurst, Rick M\n2. Mechanisms of in vitro resistance to dihydroartemisinin in Plasmodium falciparum Cui, Long | Wang, Zenglei | Miao, Jun | Miao, Miao | Chandra, Ramesh | Jiang, Hongying | Su, Xin-zhuan | Cui, Liwang\n3. Analysis of Plasmodium falciparum diversity in natural infections by deep sequencing Manske, Magnus | Miotto, Olivo | Campino, Susana | Auburn, Sarah | Almagro-Garcia, Jacob | Maslen, Gareth | O’Brien, Jack | Djimde, Abdoulaye | Doumbo, Ogobara | Zongo, Issaka | Ouedraogo, Jean-Bosco | Michon, Pascal | Mueller, Ivo | Siba, Peter | Nzila, Alexis | Borrmann, Steffen | Kiara, Steven M. | Marsh, Kevin | Jiang, Hongying | Su, Xin-Zhuan | Amaratunga, Chanaki | Fairhurst, Rick | Socheat, Duong | Nosten, Francois | Imwong, Mallika | White, Nicholas J. | Sanders, Mandy | Anastasi, Elisa | Alcock, Dan | Drury, Eleanor | Oyola, Samuel | Quail, Michael A. | Turner, Daniel J. | Rubio, Valentin Ruano | Jyothi, Dushyanth | Amenga-Etego, Lucas | Hubbart, Christina | Jeffreys, Anna | Rowlands, Kate | Sutherland, Colin | Roper, Cally | Mangano, Valentina | Modiano, David | Tan, John C. | Ferdig, Michael T. | Amambua-Ngwa, Alfred | Conway, David J. | Takala-Harrison, Shannon | Plowe, Christopher V. | Rayner, Julian C. | Rockett, Kirk A. | Clark, Taane G. | Newbold, Chris I. | Berriman, Matthew | MacInnis, Bronwyn | Kwiatkowski, Dominic P.\n4. A Class of Tricyclic Compounds Blocking Malaria Parasite Oocyst Development and Transmission Eastman, Richard T. | Pattaradilokrat, Sittiporn | Raj, Dipak K. | Dixit, Saurabh | Deng, Bingbing | Miura, Kazutoyo | Yuan, Jing | Tanaka, Takeshi Q. | Johnson, Ronald L. | Jiang, Hongying | Huang, Ruili | Williamson, Kim C. | Lambert, Lynn E. | Long, Carole | Austin, Christopher P. | Wu, Yimin | Su, Xin-zhuan\n5. Lack of Association of the S769N Mutation in Plasmodium falciparum SERCA (PfATP6) with Resistance to Artemisinins Cui, Long | Wang, Zenglei | Jiang, Hongying | Parker, Daniel | Wang, Haiyan | Su, Xin-Zhuan | Cui, Liwang\nAntimicrobial Agents and Chemotherapy 2012;56(5):2546-2552.\nThe recent emergence of artemisinin (ART) resistance in Plasmodium falciparum in western Cambodia, manifested as delayed parasite clearance, is a big threat to the long-term efficacy of this family of antimalarial drugs. Among the multiple candidate genes associated with ART resistance in P. falciparum, the sarcoplasmic/endoplasmic reticulum Ca2+-ATPase PfATP6 has been postulated as a specific target of ARTs. The PfATP6 gene harbors multiple single-nucleotide polymorphisms in field parasite populations, and S769N has been associated with decreased sensitivity to artemether in parasite populations from French Guiana. In this study, we used an allelic exchange strategy to engineer parasite lines carrying the S769N mutations in P. falciparum strain 3D7 and evaluated whether introduction of this mutation modulated parasite sensitivity to ART derivatives. Using three transgenic lines carrying the 769N mutation and two transgenic lines carrying the wild-type 769S as controls, we found that S769N did not affect PfATP6 gene expression. We compared the sensitivities of these parasite lines to three ART derivatives, artemether, artesunate, and dihydroartemisinin, in 18 biological experiments and detected no significant effect of the S769N mutation on parasite response to these ART derivatives. This study provides further evidence for the lack of association of PfATP6 with ART resistance.\n6. Plasmodium falciparum Gametocyte Development 1 (Pfgdv1) and Gametocytogenesis Early Gene Identification and Commitment to Sexual Development Eksi, Saliha | Morahan, Belinda J. | Haile, Yoseph | Furuya, Tetsuya | Jiang, Hongying | Ali, Omar | Xu, Huichun | Kiattibutr, Kirakorn | Suri, Amreena | Czesny, Beata | Adeyemo, Adebowale | Myers, Timothy G. | Sattabongkot, Jetsumon | Su, Xin-zhuan | Williamson, Kim C. | Templeton, Thomas J.\n7. Use of magnetically purified Plasmodium falciparum parasites improves the accuracy of erythrocyte invasion assays Bates, Adam H. | Mu, Jianbing | Jiang, Hongying | Fairhurst, Rick M. | Su, Xin-zhuan\n8. Population Genetic Analysis of Plasmodium falciparum Parasites Using a Customized Illumina GoldenGate Genotyping Assay Campino, Susana | Auburn, Sarah | Kivinen, Katja | Zongo, Issaka | Ouedraogo, Jean-Bosco | Mangano, Valentina | Djimde, Abdoulaye | Doumbo, Ogobara K. | Kiara, Steven M. | Nzila, Alexis | Borrmann, Steffen | Marsh, Kevin | Michon, Pascal | Mueller, Ivo | Siba, Peter | Jiang, Hongying | Su, Xin-Zhuan | Amaratunga, Chanaki | Socheat, Duong | Fairhurst, Rick M. | Imwong, Mallika | Anderson, Timothy | Nosten, François | White, Nicholas J. | Gwilliam, Rhian | Deloukas, Panos | MacInnis, Bronwyn | Newbold, Christopher I. | Rockett, Kirk | Clark, Taane G. | Kwiatkowski, Dominic P. | Fitzgerald, J. Ross\n9. High recombination rates and hotspots in a Plasmodium falciparum genetic cross Jiang, Hongying | Li, Na | Gopalan, Vivek | Zilversmit, Martine M | Varma, Sudhir | Nagarajan, Vijayaraj | Li, Jian | Mu, Jianbing | Hayton, Karen | Henschen, Bruce | Yi, Ming | Stephens, Robert | McVean, Gilean | Awadalla, Philip | Wellems, Thomas E | Su, Xin-zhuan\n10. Plasmodium falciparum genome-wide scans for positive selection, recombination hot spots and resistance to antimalarial drugs Mu, Jianbing | Myers, Rachel A. | Jiang, Hongying | Liu, Shengfa | Ricklefs, Stacy | Waisberg, Michael | Chotivanich, Kesinee | Wilairata, Polrat | Krudsood, Srivicha | White, Nicholas J. | Udomsangpetch, Rachanee | Cui, Liwang | Ho, May | Ou, Fengzheng | Li, Haibo | Song, Jiangping | Li, Guoqiao | Wang, Xinhua | Seila, Suon | Sokunthea, Sreng | Socheat, Duong | Sturdevant, Daniel E. | Porcella, Stephen F. | Fairhurst, Rick M. | Wellems, Thomas E. | Awadalla, Philip | Su, Xin-zhuan\n12. Large-scale Genotyping and Genetic Mapping in Plasmodium Parasites Su, Xin-zhuan | Jiang, Hongying | Yi, Ming | Mu, Jianbing | Stephens, Robert M.\n13. Effects of Plasmodium falciparum Mixed Infections on in Vitro Antimalarial Drug Tests and Genotyping Liu, Shengfa | Mu, Jianbing | Jiang, Hongying | Su, Xin-zhuan\n14. Disruption of a Plasmodium falciparum Multidrug\n15. Detection of genome-wide polymorphisms in the AT-rich Plasmodium falciparum genome using a high-density microarray Jiang, Hongying | Yi, Ming | Mu, Jianbing | Zhang, Louie | Ivens, Al | Klimczak, Leszek J | Huyen, Yentram | Stephens, Robert M | Su, Xin-zhuan\n16. Genome-Wide Compensatory Changes Accompany Drug- Selected Mutations in the Plasmodium falciparum crt Gene Jiang, Hongying | Patel, Jigar J. | Yi, Ming | Mu, Jianbing | Ding, Jinhui | Stephens, Robert | Cooper, Roland A. | Ferdig, Michael T. | Su, Xin-zhuan | Kazura, James\n17. cDNA sequences reveal considerable gene prediction inaccuracy in the Plasmodium falciparum genome Lu, Fangli | Jiang, Hongying | Ding, Jinhui | Mu, Jianbing | Valenzuela, Jesus G | Ribeiro, José MC | Su, Xin-zhuan\n18. Joint analysis of two microarray gene-expression data sets to select lung adenocarcinoma marker genes Jiang, Hongying | Deng, Youping | Chen, Huann-Sheng | Tao, Lin | Sha, Qiuying | Chen, Jun | Tsai, Chung-Jui | Zhang, Shuanglin\nBMC Bioinformatics 2004;5:81.


url: =Zhongguo ge ming de zong jian tao / Wu Jingfu zhu = Chinese revolution : a comprehensive study / by Chin Fu Woo. = 中國革命的總檢討 / 吳敬敷著 = Chinese revolution : a comprehensive study / by Chin Fu Woo. - Franklin\nZhongguo ge ming de zong jian tao / Wu Jingfu zhu = Chinese revolution : a comprehensive study / by Chin Fu Woo. = 中國革命的總檢討 / 吳敬敷著 = Chinese revolution : a comprehensive study / by Chin Fu Woo.\nNew York : United Journal, 1992.\nv, 257 p. ; 21 cm.\nNiu yue lian he ri bao cong shu = United journal book series\n紐約聯合日報叢書 = United journal book series\nChinese revolution : a comprehensive study.\nChina -- History -- 1912-1918.


url: =Browsing by Contributors He, Meian\n2014 A genome-wide association study identifies common variants influencing serum uric acid concentrations in a Chinese population Yang, Binyao; Mo, Zengnan; Wu, Chen; Yang, Handong; Yang, Xiaobo; He, Yunfeng; Gui, Lixuan; Zhou, Li; Guo, Huan; Zhang, Xiaomin; Yuan, Jing; Dai, Xiayun; Li, Jun; Qiu, Gaokun; Huang, Suli; Deng, Qifei; Feng, Yingying; Guan, Lei; Hu, Die; Zhang, Xiao; Wang, Tian; Zhu, Jiang; Min, Xinwen; Lang, Mingjian; Li, Dongfeng; Hu, Frank B; Lin, Dongxin; Wu, Tangchun; He, Meian\n2009 Functional SNPs in HSPA1A Gene Predict Risk of Coronary Heart Disease He, Meian; Guo, Huan; Yang, Xiaobo; Cheng, Longxian; Zeng, Hesong; Tanguay, Robert M.; Wu, Tangchun; Zhang, Xiaomin; Zhou, Li; Hu, Frank B.\n2010 Genetic Variations in HSPA8 Gene Associated with Coronary Heart Disease Risk in a Chinese Population He, Meian; Guo, Huan; Yang, Xiaobo; Cheng, Longxian; Zeng, Hesong; Tanguay, Robert M.; Wu, Tangchun; Zhou, Li; Zhang, Xiaomin; Hu, Frank B.\n2013 Genome-wide association study on serum alkaline phosphatase levels in a Chinese population Li, Jun; Gui, Lixuan; Wu, Chen; He, Yunfeng; Zhou, Li; Guo, Huan; Yuan, Jing; Yang, Binyao; Dai, Xiayun; Deng, Qifei; Huang, Suli; Guan, Lei; Hu, Die; Deng, Siyun; Wang, Tian; Zhu, Jiang; Min, Xinwen; Lang, Mingjian; Li, Dongfeng; Yang, Handong; Hu, Frank B; Lin, Dongxin; Wu, Tangchun; He, Meian\n2013 Higher Carbohydrate Antigen 125 Levels Are Associated with Increased Risk of Coronary Heart Disease in Elderly Chinese: A Population-Based Case-Control Study Li, Xiaorong; He, Meian; Zhu, Jiang; Yao, Ping; Li, Xiulou; Yuan, Jing; Min, Xinwen; Lang, Mingjian; Yang, Handong; Hu, Frank B.; Wu, Tangchun; Wei, Sheng\n2016 Longer Sleep Duration and Midday Napping Are Associated with a Higher Risk of CHD Incidence in Middle-Aged and Older Chinese : the Dongfeng-Tongji Cohort Study Yang, Liangle; Yang, Handong; He, Meian; Pan, An; Li, Xiulou; Min, Xinwen; Zhang, Ce; Xu, Chengwei\n2016 Plasma metabolomics identified novel metabolites associated with risk of type 2 diabetes in two prospective cohorts of Chinese adults Qiu, Gaokun; Zheng, Yan; Wang, Hao; Sun, Jie; Ma, Hongxia; Xiao, Yang; Li, Yizhun; Yuan, Yu; Yang, Handong; Li, Xiulou; Min, Xinwen; Zhang, Ce; Xu, Chengwei; Jiang, Yue; Zhang, Xiaomin; He, Meian; Yang, Ming; Hu, Zhibin; Tang, Huiru; Shen, Hongbing; Hu, Frank B; Pan, An; Wu, T


url: =Introduction of Acupoints:Meridian Points.\nIntroduction: The basic terms of meridian points are introduced:meridian point, specific points,five transport points, well points, spring points, acupoints, meridian points,sea points, source points, connecting points, cleft points, alarm point,back transport points, eight influential points, crossing point, eight confluence points, lower confluence points,\n✵meridian point: acupuncture point of a regular meridian.\n✵specific points: ponts on the meridians with specific therapeutic effects, hence, specific names.They are the five transport points, source points, connecting points, alarm points, back transport points, eight influential points, cleft points, crossing points, eight confluence points, and lower sea points.\n✵five transport points: five points on each of the twelve meridians distributing distal to the elbow and knees, varying in their condition of the flow of qi and blood.They are the well points, spring points, stream points, river points and sea points.\n✵well points: transport points located at the end of the fingers or toes.Each of the twelve meridians has a well point.They are shaoshang(LU11),shangyang(LI1),zhongchong(PC9),guanchong(TE1),shaochong(HT9),shaoze(SI1),yinbai(SP1),lidui(ST45),dadun(LR1),zuqiaoyin(GB44),yongquan(KI1),and zhiyin(BL67).They are mainly used for emergency revival.\n✵spring points: transport points located at the distal ends of the limbs mainly in the metacarpal and metatarsal regions.Each of the twelve meridians has a spring point, namely, yuji(LU10),erjian(LI2),laogong(PC8),yeman(TE2),shaofu(HT8),qiangu(SI2),dadu(SP2),neiting(ST44),xingjian(LR2),xiaxi(GB43),rangu(KI2),and tonggu(BL66).They are mainly used for treating febrile diseases.\n✵acupoints: (1).acupoints:acupuncture points in general;(2).stream points:transport points located on the hands or feet.Each of the twelve meridians has a stream point, namely, taiyuan(LU9),sanjian(LI3),daling(PC7),zhongzhu(TE3),shenmen(HT7),houxi(SI3),taibai(SP3),xiangu(ST43),taichong(LR3),zulinqi(GB41),taixi(KI3),and shugu(BL65).They are mainly used for treating rheumatism.\n✵meridian points: (1).meridian points:points on the fourteen meridians, 361 in all;(2).river points:transport points mostly located on the legs and forearms.Each of the twelve meridians has a spring point, namely, jingqu(LU8),yangxi(LI5),jianshi(PC5),zhigou(TE6),lingdao(HT4),yanggu(SI5),shangqiu(SP5),jiexi(ST41),zhongfeng(LR4),yangfu(GB38),fuliu(KI7),and kunlun(BL60).They are mainly used for treating cough, asthma, and disorders of the throat.\n✵sea points: transport points mostly located on the elbow or the knee.Each of the twelve meridians has a sea point, namely, chize(LU5),quchi(LI11),quze(PC3),tianjing(TE10),shaohai(HT3),xiaohai(SI8),yinlingquan(SP9),zusanli(ST36),ququan(LR8),yanglingquan(GB34),yingu(KI10),and weizhong(BL40).They are mainly used for treating diseases of the fu organs such as the stomach and intestines.\n✵source points: points where the original qi of zang-fu viscera passes or stays.,Each of the twelve meridians has a source point, namely, taiyuan(LU9),jinggu(UB64),hegu(LI4),taixi(KI3),chongyang(ST42),daling(PC7),taibai(SP3),yangchi(TE4),shenmen(HT7),qiuxu(GB40),wangu(SI4),and taichong(LR3).\n✵connecting points: points for the fourteen meridians to connect the respective yin and yang meridians interior-exteriorly.The spleen meridian has two connecting points, hence fifteen in all.They are pianli(LI6),dazhong(KI4),lieque(LU7),feiyang(BL58),gongsun(SP4),waiguan(TE5),fenglong(ST40),neiguan(PC6),zhizheng(SI7),ligou(LR5),tongli(HT5),guangming(GB37),dabao(SP21),changqiang(GV1),and jiuwei(CV15).\n✵cleft points: point where the meridian qi accumulates deeply.Each of the twelve meridians, together with the yin heel, yang heel, yin link, and yang link vessels, has a cleft point, hence sixteen in all.They are kongzui(LU6),huizong(TE7),ximen(PC4),yanglao(SI6),yinxi(HT6),liangqiu(ST34),wenliu(LI7),waiqiu(GB36),jinmen(UB63),fuyang(UB59),diji(SP8),jiaoxin(KI8),zhongdu(LR6),yangjiao(GB35),shuiquan(KI5),and zhubin(KI9).The cleft point is mainly used to treat acute disorders and pains in the area related to its respective meridian, and diseases of the corresponding internal viscera.\n✵alarm point: point located on the chest or abdomen, where the qi of the respective internal viscus is concentrated, and so pathological reactions such as tenderness will be found if the internal viscus is diseased.Zhongfu(LU1),zhongwan(CV12),danzhong(CV17),shimen(CV5),juque(CV14),jingmen(GB25),qimen(LR14),tianshu(ST25),riyue(GB24),huanyuan(CV4),zhangmen(LR13), and zhongji(CV3) are alarm points.\n✵back transport points: specific points located along the bladder meridian on the back, whither the qi of the zang-fu viscera flows, and pain upon pressure if often found when the corresponding viscera are:feishu(BL13)-lung;jueyinshu(BL14)-pericardium;xinshu(BL15)-heart;ganshu(BL18)-liver;danshu(BL19)-gallbladder;pishu(BL20)-spleen;sanjiaoshu(BL22)-triple energizer;shenshu(BL23)-kidney;dachangshu(BL25)-large intestine;xiaochangshu(BL27)-small intestine;pangguangshu(BL28)-urinary bladder.\n✵eight influential points: eight important points which are closely related to the zang, fu, qi, blood, bone, marrow, tendons and blood vessel respectively, namely, zhangmen(LR13) to the zang-organs, zhongwan(CV12) to the fu-organs, danzhong(CV17) to qi, geshu(BL17) to blood, dazhu(BL11) to the bones, xuanzhong(GB39) to the marrow, yanglingquan(GB34) to the tendons, and taiyuan(LU9) to the vessels.\n✵crossing point: point where two or more meridians intersect.\n✵eight confluence points: points where the regular meridians communicate with the eight extra meridians, namely, gongsun(SP4), neiguan(PC6), houxi(SI3), shenmai(BL62), waiguan(TE5),zulinqi(GB41),lieque(LU7), and zhaohai(KI6).\n✵lower confluence points: lower sea points:specific points on the three yang meridians of the foot where the qi of the six fu-organs flows into the meridian, namely, zusanli(ST36) for the stomach, shangjuxu(ST37) for the large intestine, xiajuxu(ST39) for the small intestine, yanglingquan(GB34) for the gallbladder, weizhong(BL40) for the urinary bladder, and weiyang(BL39) for the triple energizer.Since three of them,i.e.,ST36,GB34 and BL40, are the same as the sea points, they are also called the lower sea points.\n1.Acupuncture and Moxibustion:A brief introduction.


url: =At the library27,760\nChina--Politics and government914\nVan Pelt-Dietrich Library Center27,760\nVan Pelt - East Asia Collection[remove]27,760\nP - Literature & Languages9,245\nD - History: General & European6,712\nB - Philosophy, Psychology, Religion3,183\nH - Social Science, Economics, Sociology1,958\nN - Fine Arts1,813\n« Previous | 1 - 25 of 27,760 | Next »\n2. Zhongguo guo jia bo wu guan guan cang wen wu yan jiu cong shu. Jia gu juan / 中国国家博物馆馆藏文物研究丛书. 甲骨卷\nShanghai : Shanghai gu ji chu ban she, 2007.\n4. Hai wai Zhongguo xue ping lun = China studies review international. / 海外中国学评论 = China Studies review international.\n5. Ru lin / 儒林\n6. Han yu fo xue ping lun. / 汉语佛学评论.\n7. Qin qing zhi shi - Wo jia de ren he shi, wen lu / 親情之什——我家的人和事 ·文錄\n8. Qin qing zhi shi - Wo jia de ren he shi, shi lu / 親情之什——我家的人和事 ·诗錄\n9. SARS Xin niang / SARS 新娘\n10. Feng yu ren sheng / 风雨人生\n11. Jing ju ban sui wo yi sheng / 京剧伴随我一生\n12. Tong xue si shi nian / 同学四十年\n13. Li dai zhan shi ji yao / 历代战史纪要\n14. Du Cangqiu Ge shi bi ji / 读苍虬阁诗笔记\n15. Mi shi yu qiu suo / 迷失与求索\n16. Wo jiao Zhao zi / 我家赵子\n17. Zhongguo di fang ren da tou shi / 中国地方人大透视\n18. Ru / 路\n19. Er zhan shi qi de Hua qiao fei xing yuan / 二战时期的华侨飞行员\n20. Zheng Xiangheng zi xuan ji / 郑向恒自选集\n21. Qi xue nian hua / 泣血年华\n22. Feng yu ren sheng lu / 风雨人生路\n邬金惠芳 金毅峰 编.\n24. Han zi wang guo zhong de nan ren he nüe ren / 汉字王国中的男人和女人\n25. Xizang: Ning mou qi nian / 西藏：凝眸七年


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url: =dblp: Tz-Ying Wu\n◀ ▶ joint publications with Yunsheng Li\n> Home > Tz-Ying Wu\nYiran Xu, Xiaoyin Yang, Lihang Gong, Hsuan-Chu Lin, Tz-Ying Wu, Yunsheng Li, Nuno Vasconcelos:\nExplainable Object-Induced Action Decision for Autonomous Vehicles. CVPR 2020: 9520-9529\nExplainable Object-induced Action Decision for Autonomous Vehicles. CoRR abs/2003.09405 (2020)


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url: =已选条件： 数据来源: WOS × 机构: 晶体材料研究所 × 机构: 物理学院 × 文献类型: 期刊论文 ×\n4. Tellurium-Based Double Perovskites A(2)TeX(6) with Tunable Band Gap and Long Carrier Diffusion Length for Optoelectronic Applications EI SCOPUS SCIE\n6. [Au-18(dppm)(6)Cl-4](4+): a phosphine-protected gold nanocluster with rich charge states EI SCOPUS SCIE\n7. Growth of high-quality GaN crystals on a BCN nanosheet-coated substrate by hydride vapor phase epitaxy EI SCOPUS SCIE\n8. Au Nanoparticle and CdS Quantum Dot Codecoration of In2O3 Nanosheets for Improved H-2 Evolution Resulting from Efficient Light Harvesting and Charge Transfer EI SCOPUS SCIE\n9. Amorphization kinetics in strontium titanate at 16 and 300K under argon ion irradiation EI SCOPUS SCIE\n10. An earth-abundant and multifunctional Ni nanosheets array as electrocatalysts and heat absorption layer integrated thermoelectric device for overall water splitting EI SCOPUS SCIE\n11. Piezoelectric Microchip for Cell Lysis through Cell-Microparticle Collision within a Microdroplet Driven by Surface Acoustic Wave Oscillation EI SCOPUS SCIE\n12. Magneto-open-circuit voltage in organic-inorganic halide perovskite solar cells EI SCOPUS SCIE\n13. Temperature Gradient Designing and Optical Properties of SrI2 and SrI2:Eu Crystals Grown by Edge-Defined Film-Fed Growth (EFG) Method EI SCOPUS SCIE\n14. Crystallographic Investigations into the Polar Polymorphism of BaTeW2O9: Phase Transformation, Controlled Crystallization, and Linear and Nonlinear Optical Properties SCOPUS SCIE\n16. Two-dimensional spin liquid behaviour in the triangular-honeycomb antiferromagnet TbInO3 SCOPUS SCIE\n17. MnSiP2: A New Mid-IR Ternary Phosphide with Strong SHG Effect and Ultrabroad Transparency Range EI SCOPUS SCIE\n18. Recent progresses on thermoelectric Zintl phases: Structures, materials and optimization EI SCOPUS SCIE\n19. Characterization of LuGdVO3 mixed crystal prepared by one new method SCOPUS SCIE\n作者机构：[Ji, Nianjing; Chen, Yang; Li, Ziqing; Wang, Jiyang; Duan, Xiulan; Jiang, Huaidong] Shandong Univ, State Key Lab Crystal Mat, Inst Crystal Mat, Jinan 250100, Shandong, Peoples R China.; [Ji, Nianjing; Jiang, Huaidong] ShanghaiTech Univ, Sch Phys Sci & Technol, Shanghai 201210, Peoples R China.\n来源：RESULTS IN PHYSICS,2019,Vol.12,335-338\n共 425 页, 8,491 条记录


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url: =Flights from Wuxi / Suzhou to Beijing Daxing: WUX to PKX Flights + Flight Schedule\nFlights from Wuxi / Suzhou Flights to Beijing Daxing\nDirect flights from Wuxi / Suzhou to Beijing Daxing\nDid you mean flights from Beijing Daxing to Wuxi / Suzhou?\nHome Flights from Wuxi / Suzhou (WUX) to Beijing Daxing (PKX)\nWuxi / Suzhou to Beijing Daxing Flight Schedule\nScan through all non-stop flights from Wuxi / Suzhou to Beijing Daxing.\tThe full flight schedule below gives an overview of all non-stop flights from WUX to PKX, which includes the daily timetable of every operating airline for the upcoming 12 months.\nAirlines flying from Wuxi / Suzhou to Beijing Daxing\nAirline-specific flight schedules from Wuxi / Suzhou to Beijing Daxing\nCurrently, there is only one airline operating non-stop flights from Wuxi / Suzhou WUX to Beijing Daxing PKX, which is China Eastern.\tThis section gives an overview of the flight schedules and timetables of every airline with direct flights for this route.\nClick an airline below to view their WUX PKX flight schedule.\nChina Eastern flight schedulefrom Wuxi / Suzhou to Beijing Daxing\nWuxi / Suzhou to Beijing Daxing Flights\nFlights from WUX to PKX are operated 28 times a week, with an average of 4 flights per day.\tDeparture times vary between 07:50 - 20:20. The earliest flight departs at 07:50, the last flight departs at 20:20. However, this depends on the date you are flying so please check with the full flight schedule above to see which departure times are available on your preferred date(s) of travel.\nThe fastest direct flight from Wuxi / Suzhou to Beijing Daxing takes 2 hours.\tThe flight distance between Wuxi / Suzhou and Beijing Daxing is 371 miles (or 597 km).\nHow many flights per week are there from WUX to PKX?\nThere are 28 flights per week flying from Wuxi / Suzhou to Beijing Daxing (as of June 2021).\nHow long does it take to fly from Wuxi / Suzhou to Beijing Daxing?\n2 hours is the average flight time from Wuxi / Suzhou to Beijing Daxing.\nHow far is Beijing Daxing from Wuxi / Suzhou?\nThe distance from Wuxi / Suzhou to Beijing Daxing is 371 miles (597 kilometers).\nWhat airlines fly nonstop from WUX airport to PKX airport?\nChina Eastern is the only airline flying nonstop from Wuxi / Suzhou to Beijing Daxing.\nWhat alliances have direct flights from Wuxi / Suzhou to Beijing Daxing?\nSkyTeam is currently the only alliance flying nonstop from Wuxi / Suzhou to Beijing Daxing.\nWhat classes are available from Wuxi / Suzhou to Beijing Daxing?\nWhat aircraft types fly from Wuxi / Suzhou to Beijing Daxing?\nAircraft types that fly from Wuxi / Suzhou to Beijing Daxing:\nWhat is the earliest flight departing from Wuxi / Suzhou to Beijing Daxing?\nThe earliest flight departs at 07:50 from Wuxi / Suzhou and arrives at 09:50 at Beijing Daxing.\nWhat is the latest flight available from Wuxi / Suzhou to Beijing Daxing?\nThe latest flight departs at 20:20 from Wuxi / Suzhou and arrives at 22:25 at Beijing Daxing.\nShow all flights from Wuxi / Suzhou Show all flights to Beijing Daxing\nNon-stop flights from WUX to PKX\n371 miles (597 km) · 2h


url: =Oxford Bookworms Library Stage 4 Disaster! Audio CD Pack | Oxford University Press\nDisaster! Audio CD Pack


url: =Shuo Yang 0004 — LinkedIn Corp. (and 1 more)\nShuo Yang 0005 — National University of Defense Technology, College of Computer, Changsha, China\nHao Li , Shuo Yang, Zhicheng Wen, Jiawei Cao, Guangkun Luo, Zhigang Wang, Houjun Wang:\nAndrea Bonito, Diane Guignard, Ricardo H. Nochetto, Shuo Yang :\nLDG approximation of large deformations of prestrained plates. J. Comput. Phys. 448: 110719 (2022)\nHaolin Ma, Chunjiang Zhao, Changyuan Zhai, Xiu Wang, Shuo Yang, Xiaohe Sun:\nDesign and field experiment of precise control and monitoring system for a solid fumigant sterilizer based on IoT. Comput. Electron. Agric. 189: 106387 (2021)\nShuo Yang , Michael Barlow , Kathryn Kasmarik , Erandi Lakshika :\nA novel trust architecture integrating differentiated trust and response strategies for a team of agents. Int. J. Intell. Syst. 36(12): 7017-7052 (2021)\nShuo Yang , Junyao Hou, Xiang Yin , Shaoyuan Li :\nOpacity of Networked Supervisory Control Systems Over Insecure Communication Channels. IEEE Trans. Control. Netw. Syst. 8(2): 884-896 (2021)\nYi He , Shuo Yang, Ching-Yao Chan , Long Chen , Chaozhong Wu:\nVisualization Analysis of Intelligent Vehicles Research Field Based on Mapping Knowledge Domain. IEEE Trans. Intell. Transp. Syst. 22(9): 5721-5736 (2021)\nShuo Yang, Hongyu Zheng , Junmin Wang , Abdelkader El Kamel:\nLei Zhang, Xinfeng Guo, Shuo Yang, Sihong Liu, Hongtao Li, Guangkun Chen, Hongjie Gao, Huamin Zhang, Lin Tong:\nStudy on Traditional Chinese Medicine in the Treatment of Knee Osteoarthritis Based on Data Mining of Ancient Medical Classics. BIBM 2021: 3919-3926\nShuo Yang, Min Xu, Haozhe Xie, Stuart W. Perry, Jiahao Xia:\nSingle-View 3D Object Reconstruction From Shape Priors in Memory. CVPR 2021: 3152-3161\nCompatibility-Aware Heterogeneous Visual Search. CVPR 2021: 10723-10732\nPositive-Congruent Training: Towards Regression-Free Model Updates. CVPR 2021: 14299-14308\nShuo Yang, Gerry Chen, Yetong Zhang, Howie Choset, Frank Dellaert:\nEquality Constrained Linear Optimal Control With Factor Graphs. ICRA 2021: 9717-9723\nShuo Yang, Binbin Hu, Zhiqiang Zhang, Wang Sun, Yang Wang, Jun Zhou, Hongyu Shan, Yuetian Cao, Borui Ye, Yanming Fang, Quan Yu:\nInductive Link Prediction with Interactive Structure Learning on Attributed Graph. ECML/PKDD (2) 2021: 383-398\nShuo Yang , Yves Lepage :\nABCD: Analogy-Based Controllable Data Augmentation. TPNC 2021: 69-81\nShuo Yang, Peize Sun, Yi Jiang, Xiaobo Xia, Ruiheng Zhang, Zehuan Yuan, Changhu Wang, Ping Luo, Min Xu:\nObjects in Semantic Topology. CoRR abs/2110.02687 (2021)\nJu He, Shuo Yang, Shaokang Yang, Adam Kortylewski, Xiaoding Yuan, Jieneng Chen, Shuai Liu, Cheng Yang, Alan L. Yuille:\nPartImageNet: A Large, High-Quality Dataset of Parts. CoRR abs/2112.00933 (2021)\nDong Liang, Ling Li, Mingqiang Wei, Shuo Yang, Liyan Zhang, Wenhan Yang, Yun Du, Huiyu Zhou:\nSemantically Contrastive Learning for Low-light Image Enhancement. CoRR abs/2112.06451 (2021)\nTinggang Wang, Shuo Yang, Hideaki Kimura, Garret Swart, Spyros Blanas:\nEfficient Usage of One-Sided RDMA for Linear Probing. ADMS@VLDB 2020: 1-13\nTangyun Leng, Shuo Yang:\nShuo Yang, Gerry Chen, Yetong Zhang, Frank Dellaert , Howie Choset:\nRongyi Sun, Rachneet Kaur, Liran Ziegelman, Shuo Yang, Richard B. Sowers, Manuel E. Hernandez:\nShiliang Zhang , Hui Cao , Shuo Yang, Yanbin Zhang, Xiali Sharon Hei:


url: =Computational Intelligence: Neural Networks: 3-9 September 2013\nNeural Networks: 3-9 September 2013\n1. Dynamical behaviors for discontinuous and delayed neural networks in the framework of Filippov differential inclusions\nAuthors: Lihong Huang, Zuowei Cai, Lingling Zhang, Lian Duan\n2. Global exponential dissipativity and stabilization of memristor-based recurrent neural networks with time-varying delays\nAuthors: Zhenyuan Guo, Jun Wang, Zheng Yan\n3. On the construction of the relevance vector machine based on Bayesian Ying-Yang harmony learning\nDansong Cheng, Minh Nhut Nguyen, Junbin Gao, Daming Shi\n4. Exponential stabilization of delayed recurrent neural networks: A state estimation based approach\nAuthors: He Huang, Tingwen Huang, Xiaoping Chen, Chunjiang Qian


url: =Items where Author is "Xu, Daoyi" - SZTE Repository of Papers and Books\nItems where Author is "Xu, Daoyi"\nLi, Dingshi and Xu, Daoyi: Existence and global attractivity of periodic solution for impulsive stochastic Volterra-Levin equations. Electronic journal of qualitative theory of differential equations 46. pp. 1-12. (2012)\nThis list was generated on 2020. január 18. 14:57:02 CET.


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url: =HYDROCHEMICAL INDEXES OF SEAWATER INTRUSION AND COMPREHENSIVE JUDGEMENT ON INTRUSIVE DEGREE--《SCIENTIA GEOGRAPHICA SINICA》1998年01期\nZhao Jian (Department of Geography, Shandong Normal University, Jinan 250014)\nThe paper discusses the use of fiver hydrochemical indexes in evaluating the seawater intrusion, and ranking the intrusion degree for Cl -, M , Br -, r HCO 3/ r Cl and SAR . The fuzzy mathematical comprehensive judgement model has been adopted as the method of adjustment. Based on more than 300 water samples obtained from four typical profiles in the coastal region of the Laizhou Gulf, during the period from June 1993 to June 1995, we made a comprehensive judgement of seawater intrusion degree.\n1 YUAN Xiaojie;HUANG Xiangqing;GAN Huayang;HUANG Lei;Guangzhou Marine Geological Survey,China Geological Survey;Key Laboratory of Marine Mineral Resources,Ministry of Land and Resources;;VARIATION IN CHEMICAL ELEMENTS OF GROUNDWATER ALONG THE SOUTH COAST OF HAINAN ISLAND AND SIGNIFICANCE TO SEAWATER INTRUSION[J];海洋地质前沿;2017-08\n2 FU Enguang;WU Guangwei;LI Tongxin;Shouguang Bureau of Land and Resources;Shandong Monitoring Station of Geological Environment;Shandong Cartographic Institute;;Application of Fuzzy Mathematics in Water Quality Evaluation the Sea (salty) Water Intrusion——Taking Shouguang Area as an Example[J];山东国土资源;2017-07\n3 QIU Weipeng;HUANG Yaoyi;SU Jianyun;School of Resources and Environmental Science,Quanzhou Normal University;;Assessment of seawater intrusion in Jinjiang based on fuzzy mathematical evaluation method[J];商丘师范学院学报;2017-03\n4 Liu Hongwei;Chen Sheming;Guo Xu;Du Dong;Miao Jinjie;Tianjin Center of China Geological Survey;;Evaluation of Present Sea/Saltwater Intrusion into Weibei Plain[J];地质科技情报;2017-01\n5 LI Xue;YE Siyuan;Qingdao Institute of Marine Geology;Key Laboratory of Coastal Wetland Biogeosciences China Geological Survey;Key Laboratory of Marine Hydrocarbon Resources and Environmental Geology,Ministry of Land and Resources;;PROGRESS IN SEAWATER INTRUSION[J];海洋地质与第四纪地质;2016-06\n6 LIN Yueqi;LIN Congmou;CHANG Fangqiang;MENG Xi;GE Bingyang;Research Laboratory of Geotechnical Engineering,Huaqiao University;;Effect of Quanzhou Bay Seawater Intrusion on Urban Development and Construction[J];华侨大学学报(自然科学版);2016-04\n7 LIU Hong-wei;Klaus Hisby;ZHOU Yang-xiao;MA Zhen;CHEN She-ming;GUO Xu;Tianjin Center of Geological Survey,China Geological Survey;Geological Survey of Denmark and Greenland;UNESCO-IHE Institute for Water Education;;Features and evaluation of sea/saltwater intrusion in southern Laizhou Bay[J];Journal of Groundwater Science and Engineering;2016-02\n8 SUN Zhen-yu;SONG Xian-fang;BU Hong-mei;HAN Dong-mei;ZHANG Ying-hua;YANG Li-hu;MA Ying;Key Laboratory of Water Cycle and Related Land Surface Processes,Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences;;Assessment of the shallow groundwater salinization in the Yanghe & Daihe River basin near Qinhuangdao[J];安全与环境学报;2015-03\n9 LV Li-qing;SONG Hong-yan;WANG Yan-li;Penglai Center for Disease Control and Prenvention;;Investigation and analysis of inorganic salt in rural drinking water from 2006 to 2013 in Penglai city[J];中国卫生检验杂志;2015-11\n1 Liu Hongwei;Chen Sheming;Guo Xu;Du Dong;Miao Jinjie;Tianjin Center of China Geological Survey;;Evaluation of Present Sea/Saltwater Intrusion into Weibei Plain[J];地质科技情报;2017-01\n2 LIU Hongwei;HUANG Zhongfeng;GUO Xu;CHEN Sheming;DU Dong;SU Yongjun;MA Zhen;Tianjin institute of Geology and mineral resources;;APPLICATION OF GEOPHYSICAL METHODS TO DETECTING SEA WATER OR SALINE WATER INTRUSION:A CASE STUDY OF ALLUVIAL-PROLUVIAL FAN OF LAIZHOU BAY[J];海洋地质前沿;2016-09\n3 CHAO Huixia;HAN Xiaohui;YANG Zhihua;WU Xu;L Yan;YANG Hao;YANG Linhan;WANG Liping;School of Earth Science and Resources,Chang'an University;Key Laboratory for the Study of Focused Magmatism and Giant Ore Deposits,Ministry of Land and Resources;Marine Geological Survey Institute of Hainan Province;Hainan Geology Survey Institute;Hainan Branch of Beijing Yaoxin Mining Company;;New exploration of geotectonic characteristics of Hainan Island[J];地学前缘;2016-04\n4 ZHANG Yi-hui;WANG Yu-guang;WEI Qing-fei;WANG Chuan-jun;State Key Laboratory of Coastal and Offshore Engineering,Dalian University of Technology;National Marine Environmental Monitoring Center;China Environmental Resouroes Technolgoy Co.,Let.;;Application of the change groundwater level in analysing seawater intrusion[J];海洋环境科学;2015-05\n5 SUN Zhen-yu;SONG Xian-fang;BU Hong-mei;HAN Dong-mei;ZHANG Ying-hua;YANG Li-hu;MA Ying;Key Laboratory of Water Cycle and Related Land Surface Processes,Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences;;Assessment of the shallow groundwater salinization in the Yanghe & Daihe River basin near Qinhuangdao[J];安全与环境学报;2015-03\n6 SU Qiao;PENG Chang-sheng;XU Xing-yong;FU Teng-fei;YAO Jing;College of Environmental Science and Engineering,Ocean University of China;Key Laboratory of Marine Sedimentology and Environmental Geology,First Institute of Oceanography,State Oceanic Administration;;The application of high density resistivity method to analysis the impact of tide on water table fluctuation in coastal aquifer[J];海洋环境科学;2015-02\n7 LIU Hong-wei;MA Zhen;CHEN She-ming;GUO Xu;SU Yong-jun;DU Dong;HU Yun-zhuang;Tianjin Center,China Geological Survey;;Saltwater Intrusion Measurement in Laizhou Bay Southern Area Based on Hydro-chemical and Geophysical Methods[J];现代地质;2015-02\n8 CHEN Li-li;JIN La-hua;School of Environment, Jinan University;Key Laboratory of Water/Soil Toxic Pollutants Control and Bioremediation, Department of Education of Guangdong Province;;An improved fuzzy comprehensive evaluation method of eutrophication for lakes and reservoirs[J];中国环境科学;2014-12\n9 ZHOU Zhi-jun;WANG Hu-zhen;ZHANG Xiao-jing;LIU Wei-wei;WANG Chun-yao;Northeast Petroleum University,Key Laboratory of Education of China on Enhanced Oil and Gas Recovery;Northeast Petroleum University,Accumulation and Development of Unconventional Oil and Gas,State Key Laboratory Cultivation Base Jointly-constructed by Province and the Ministry of Science and Technology;Research Institute of Petroleum Exploration and Development,Henan Oilfield Company;Jidong Oilfield Company;;Appling Fuzzy Comprehensive Judge Method to Identify Deficient Returing Well and Lay[J];数学的实践与认识;2014-21\n2 ZHANG Congwei;ZHU Qin;LIU Chunyuan;ZUO Liming;School of Civil and Transportation Engineering,Hebei University of Technology;Institute of Hydrology,Engineering and Geological Survey,Hebei Provincial Geological Prospecting Bureau;;Analysis of groundwater and soil salinity in delta region of Luanhe River estuary[J];人民长江;2017-15\n3 FU Enguang;WU Guangwei;LI Tongxin;Shouguang Bureau of Land and Resources;Shandong Monitoring Station of Geological Environment;Shandong Cartographic Institute;;Application of Fuzzy Mathematics in Water Quality Evaluation the Sea (salty) Water Intrusion——Taking Shouguang Area as an Example[J];山东国土资源;2017-07\n4 ZHANG Shu-xia;HAN Lin;Luoyang City Health Supervision Bureau;;Analysis of the hygienic status of urban drinking water in Luoyang[J];中国卫生检验杂志;2017-10


url: = Video Games - Huayuankm.Com\nHuayuankm.Com / Shopping / Video Games\nDifferences in Plastics – ABS, PVC, Vinyl, Resin, Polystone, oh my! ... abs, resin, cold cast, polystone –> which one is the best material in making figures ?? ... Read more


url: =Jiang Yanxia - Semantic Scholar\nChange of overoxidation environment and cytokine of high power microwave radiation rats\nJiang Yanxia, Xu Junjie, Lu Xiaojing, Shen Nan, Lv Shijie\nPurpose of this article is to investigate high power microwave radiation damage to rats. After 200mW/cm2 microwave radiation, NO and GSH-pox of serum in fourteen days group has obvious difference to… (More)\nEffect of passive smoking on NO, GSH-pox, NOS, SOD, MDA in serum and lung homogenate of rats\nJiang Yanxia, Lv Shi-jie, Xu Junjie, Lu Xiaojing, Lei Juntao\nThis paper researched effect of passive smoking on growth rats. 30 male wistar rats were randomly devided control group(CG), low dose passive smoking group (LDG)and high dose passive smoking… (More)\nZHUANG QuanChao, XU JinMei, FAN XiaoYong, DONG QuanFeng, Jiang Yanxia, Huang Ling\nZHUANG QuanChao, XU JinMei, FAN XiaoYong, DONG QuanFeng, JIANG YanXia, HUANG Ling & SUN ShiGang 1 State Key Laboratory of Physical Chemistry of Solid Surfaces, Department of Chemistry, College of… (More)\nEffect of extracts from Mirablis jalapa root on small mice models of morphine dependence\nLei Juntao, Jiang Yanxia, Liu Zhe\nTo observe effect of extracts from Root of Mirablis jalapa on Morphine Dependent mice. Mice of models and jasmine root extract were given morphine according a gradually increasing dose scheme, in… (More)\nOrthogonal test design for optimization of the technology of Laminarin from Laminaria japomica Aresch\nJiang Yanxia, Lv Shijie, +5 authors Lei Juntao\nPurpose of this article is to investigate technology condition of laminarin extracting from Laminaria japomica Aresch, yield rate of laminarin extracting from Laminaria japomica Aresch as standard,… (More)


url: =Pinyin/Bible/Genesis/Chapter 3 - Wikibooks, open books for an open world\n< Pinyin | Bible | Genesis\nPinyin tone marking\nShern zaoh de dohngwuh zhong, sher shih zuih jiaaohuar de. ta duih nvvrern shuo, Shern zhen de shuo huayuarn 'li shuh 'shang de shuiiguoo dou bu kee chi 'ma?\nnvvrern shuo, woo'men keeyii chi huayuarn 'li de shuiiguoo,\ndahnshih Shern shuo zhongjian nah shuh de guoo'zi bukee chi, chi le jiuh huih sii.\nsher shuo, bu yidihng sii.\nShern zhidaoh rurguoo nii chi le, nii de yaanjing jiuh nerng kahn le, nii jiuh huih biahncherng shern, jiuh nerng fenbiahn shahn`eh.\nnah nvvrern juerder nah guoo'zi jih yuehmuh youh keekoou, chi le youh huih shii rern congmirng, jiuh chi le, yee geei ta de zhahngfu chi.\nta'men de yaanjing nerng kahn le, kahnjiahn zihjii yisibuguah, jiuh yohng shuhyeh zuoh yifur.\nhuayuarn 'li chui qii le liarng feng, ta'men tingdaoh Shern lair le, jiuh carng zaih shuh 'li, duoobih Shern.\nShern de shengyin chuarn daoh nah narnrern, shuo, nii zaih naa'li?\nnarnrern shuo, tingdaoh nii de shengyin jiuh haihpah, yinweih meir chuan yifur, pah nii kahndaoh.\nshuir shuo nii meir yifur, narndaoh nii chi le woo shuo bu kee chi de guoo'zi?\nnarnrern shuo, shih nvvrern geei woo chi de.\nShern duih nvvrern shuo, nii zuoh le shern'me? nvvrern shuo, sher yiinyouh woo chi de.\nShern duih sher shuo, youryur nii zuoh le huaishih, woo yaoh far nii zaih dih 'shang parxirng, yibeih'zi chi nirtuu.\nnii her nii de houhdaih yuu ta her ta de houhdaih huih yoou chour; ta huih shang nii de tour, nii huih shang ta de jiaao.\nyouh duih nvvrern shuo, nii huairyuhn her shengchaan huih heen tohngkuu; nii yaoh yaangmuh nii zhahngfu, nii zhahngfu yaoh guaanxiar nii.\nyouh duih Adam shuo, youryur nii tingcorng qizii chi le bu rahng chi de shuiiguoo, far nii yibeih'zi heen narn derdaoh shirwuh.\ndahdih zhaangchu jingjir her yeesheng zhirwuh, nii yaoh gengzhohng cair huih yoou shirwuh.\nnii yaoh weih shenghuor xinkuu gongzuoh, zhirzhih siiwarng huirgui cherntuu; nii beenlair lairzih cherntuu, nii yaoh huirgui cherntuu.\nAdam geei ta qi'zi qiimirng Eve, yinweih ta shih rernleih de dih-1 'ge muuqin.\nShern zuoh le pir`aao geei Adam her Eve chuan.\nShern shuo, nah rern yiijing yuu woo'men xiangsih, nerng fen shahn`eh, rurguoo ta chi le Shengmihng Shuh de guoo'zi jiuh huih yoongyuaan huor'zhe.\nShern jiuh gaan ta chu Eden Yuarn, zaih ta lairzih de tuudih gongzuoh.\nShern gaan Adam chuquh, daaoh Eden Yuarn dongmiahn, nar'zhe fa huuoyahn de jiahn, baashoou tongwaang Shengmihng Shuh de daohluh.\nRetrieved from "https://en.wikibooks.org/w/index.php?title=Pinyin/Bible/Genesis/Chapter_3&oldid=3346784"\nThis page was last edited on 13 December 2017, at 03:26.


url: =Agriculture and Food Sciences (2) Biology and Life Sciences (8) Chemistry (1) Medicine and Health Sciences (1) Science General (2) Technology and Engineering (1)\nGhent University (13) Faculty of Sciences (2)Faculty of Engineering and Architecture (1)Faculty of Bioscience Engineering (11) Department of Biochemistry and microbiology (2) Department of Structural engineering (1) Department of Biotechnology (1)Department of Biochemical and microbial technology (ceased 1-1-2018) (10)Department of Mathematical Modelling, Statistics and Bio-informatics (ceased 1-1-2018) (1)\nYour filters: cql: parent exact "JOURNAL OF INDUSTRIAL MICROBIOLOGY & BIOTECHNOLOGY"\nJianyun Wang (UGent) , Nele De Belie (UGent) and Willy Verstraete (UGent)\n(2012) JOURNAL OF INDUSTRIAL MICROBIOLOGY & BIOTECHNOLOGY. 39(4). p.567-577\nM NAESSENS, An Cerdobbel (UGent) , Wim Soetaert (UGent) and Erick Vandamme (UGent)\n(2005) JOURNAL OF INDUSTRIAL MICROBIOLOGY & BIOTECHNOLOGY. 32(8). p.323-334


url: =home > > how does a cone crusher work in texas\nSep 01, 2015· Jiaozuo Zhongxin heavy industry is the credibility of the best crusher manufacturer learn more please click :hicrusher E ,...\nHow does the Cone Crusher work? author:dahua time:2018-09-04 Cone crusher is widely used in mining, smelting, building materials, highways, railways, water conservancy and chemical industri It has large crushing ratio, high efficiency, low energy consumption and uniform particle size, which is suitable for the medium and fine crushing of ....\nMining Industry: How does a stone crushing plant work? - Quora ZYM is a manufacturer of mining equipment ,We can supplier you the best equipment such as jaw crusher,lizenithne crushre,cone crusher,dolomite crusher....\nRoll crusher Typically roll crushers were used in the past but now it seems that cone crushers are now in favor because of lower cost per ton Here uis YouTube video of roll crusher Coal Crusher(Parts & Animation) References: Dual roll crushers, ....\nThis method is more advanced than the one used in jaw crushers You can see how jaw crushers work by clicking here Cone crushers are one of the main types of primary crushers used in mining and ,...\nPrev: cost of manufactured sand crusher india\nNext: kolkata optimization of grinding ball wear life


url: =Henan Century Zhongxin Enterprise Development Co Ltd: Company Profile - Bloomberg\nHenan Century Zhongxin Enterprise Development Co Ltd\nHenan Century Zhongxin Enterprise Development Co. Ltd. manufactures communication equipment. The Company mainly produces and sells mobile phone and related accessories.\n4F Lvzhou Shangwu


url: =上海419论坛,上海龙凤419,爱上海 - Powered By Jiang Meili\n<="" /> transition time: 2014\n<="" /> business message\n1975, Jiang Meili was born in Gaizhou City, Liaoning Province, Zhao village of Qingshi ling. "When a busy holiday to the school, the teacher to go home to do farm work. We have to help the family to cut rice transplanter." Jiang Meili said. Farm work is very hard, which made her an idea from an early age: I have to go out, can not stay in the countryside."\n2003, due to the perennial contact potion, Jiang Meili felt his breath out, "the smell of medicine smell smoke smell and even taste on the tarmac breathless, a quiet feel someone pinched my neck." Doctors say ginger is allergic to asthma. Asthma so that Jiang Meili can only manage in the field, not into the workplace. Just at that time is catching up with SARS, a guest in the salon is not. Adhere to the six months, can not support her down the two salons can only shut down all recommended\n← Men’s jewelry store or jewelry market in 2015 the biggest dark horse\nMen’s beauty has become hot men’s health club good fortune →\n上海桑拿419论坛419上海龙凤贵族宝贝杭州桑拿大上海国际娱乐贵族宝贝南京桑拿上海夜网论坛南京夜生活上海龙凤419南京夜网上海水磨论坛娱乐地图yldt123上海419论坛上海水磨会所论坛不准不开心上海419龙凤论坛 localhost上海贵族宝贝花千坊419千花网上海桑拿论坛杭州楼凤上海后花园千花网上海龙凤论坛上海会所不准不开心论坛上海龙凤1314shlf上海后花园论坛娱乐地图上海品茶夜网夜上海上海后花园上海水磨会所上海419龙凤上海楼凤上海龙凤网广州龙凤网上海不准不开心靠谱吗南京桑拿论坛上海水磨上海419上海千花验证归来苏州桑拿上海娱乐地图上海贵族宝贝2019上海最新夜上海论坛上海千花网香草419爱上海419419爱上海上海龙凤上海桑拿网爱上海上海外卖私人工作室江苏娱乐地图上海夜生活不准不开心论坛阿拉后花园 上海上海千花mm自荐上海香草419论坛夜上海论坛上海夜网


url: =Studies on Preparation of Aluminates Long Afterglow Photoluminescence Materials and Their Luminescent Mechanism--《Materials Review》2000年01期\nStudies on Preparation of Aluminates Long Afterglow Photoluminescence Materials and Their Luminescent Mechanism\nLin Yuanhua Zhang Zhongtai Zang Feng Yan SuState Key Laboratory of New Ceramics and Fine Processing, Tsinghua University,Beijing 100084\nIn this paper,the history of research on long afterglow photoluminescence materials was reviewed, and their physical and chemical properties were compared with those of various kinds of photoluminescence materials. The methods of preparing long afterglow photoluminescence materials based on aluminates were described systematically,and the luminescent mechanism was analyzed in detail.\n1 WANG Xiaochun LIU Quansheng ZHANG Xiyan JIANG Weiwei TIAN Xueyan HU Jingjie(College of materials and chemical engineering,Changchun university of science and technology Changchun 130022);Preparation and properties of long afterglow luminescence scutcheon[J];Journal of Changchun Institute of Optics and Fine Mechanics;2005-02\n2 WANG Xiaochun,LIU Quansheng,BAI Zhaohui,LU Liping,MI Xiaoyun,CAO Zhifeng(College of Materials and Chemical Engineering,Changchun University of Scicence and Technology,Changchun 130022);Preparation of Long-afterglow Photoluminescence Paint and Its Uminescence Properties[J];;2006-01\n4 ZHOU Guo-yong,SU Yu-jing,HUANG Zhi-qiang,DENG Zhi-yong,CHEN Xing-tian(Department of Chemical and Biological Engineering,Hezhou University,He zhou 542800,China);Particle Size Control and Luminescence Properties of SrAl_2O_4∶Eu~(2+),Dy~(3+) Prepared by Low Temperature Self-propagating[J];Journal of Materials Science and Engineering;2011-04\n7 LI Wen-zhi1,2, YANG Kun-tao2 (1. Department of Electronics Engineering, Ezhou University, Ezhou, Hubei 436000, China; 2. Department of Photoelectron Engineering, Huazhong University of Science and Technology, Wuhan, Hubei 430074, China);Study on the process for the combustion of CaAl_2O_4:Eu~(2+),Nd~(3+) fluorescent powder[J];Journal of Ezhou University;2006-03\n8 ZHANG Yu -qi 1, CHEN Zhong -lin 2, ZHU Wei 3 (1. College of Material Science and Engineering, Chongqing University, Chongqing 400045,China;2.Faculty of Architecture and Urban Planning, Chongqing University, Chongqing 400045,China; 3.College of;Fabrication of Long After-glow Phosphorescent Material and Its Characteristics of Reflective Spectra[J];Journal of Chongqing University(Natural Science Edition);2002-07\n10 Tang Xin, Textile and Clothing College, Guangzhou University, Guangzhou/China;Shining principles,performances and productive analysis of shining polyester with long afterglow[J];Melliand-china;2005-12\n3 LU Liping,ZHANG Xiyan,BAI Zhaohui,MI Xiaoyun (School of Materials Science and Engineering,Changchun University of Science and Technology,Changchun 130022);Research Progress of Low-temperature Combustion Synthesis Method[J];Journal of Changchun University of Science and Technology(Natural Science Edition);2008-03\n4 Wu Yiquan Zhang YufengShanghai Institute of Ceramics, Chinese Academy of Sciences, Shanghai 20050, China;Preparation of Ultrafine MgAl_2O_4 Powders[J];Materials Review;2000-04\n5 LI Junfeng QIU Kehui ZHANG Chunmei LI Qun Institute of Material Science and Technology,Chengdu University of Technology,Chengdu 610059;LAI Xuefei College of Chemical Engineering,Sichuan University,Chengdu 610065;Progress in Combustion Synthesis of Rare Earth Luminescence Materials[J];Materials Review;2005-04\n6 ZHAI Yongqing,MENG Yuan,CAO Lili,ZHOU Jian(College of Chemistry and Environmental Science,Hebei University,Baoding 071002);The Synthesis and Luminescent Properties of Blue-Emitting Long Afterglow Phosphors Sr_2MgSi_2O_7:Eu~(2+),Ln~(3+)[J];Materials Review;2007-08\n7 Wang Huiqin;Zhang Rei;Ma Lin;Hu Jianguo;Xu Yan(Department of Chemistry)Deng Hongmei(Research Center for Measurement);A study on combustion synthesis of strontium aluminates:Eu~(2+) and its luminescence[J];JOURNAL OF FUDAN UNIVERSITY;1997-01\n8 LIU Sheng li, CHEN Zheng, GUO Shun zhi (Department of Chemistry, Xiangtan Normal University, Xiangtan 411201, China);Combustion Synthesis of SrAl_(12)O_(19)∶Eu~(2+)[J];Chinese Journal of Luminescence;2002-06\n9 YANG Zhi-ping~1,YANG Yong~1,LI Xing-min~1, LI Xu~2,LI Pan-lai~1(1.College of Physics Science and Technology;2.College of Eletronic and Informational Engineering,Hebei University,Baoding 071002,China);Effect of Urea's Quantity on the Afterglow Characteristic of CaAl_2O_4 ∶Eu~(2+),Nd~(3+) Phosphor Prepared by Combustion Synthesis[J];Chinese Journal of Luminescence;2006-02\n10 HU Jin~(1,2),SUN Jia-lin~(1,2),LIU Jian-liang~(1,2),SHI An~2,XU Mao~2,GAO Qin-qin~2(1.Kunming University of Science and Technology,Kunming 650093,China;2.Kunming Institute of Precious Metals,Kunming 650221,China);New Preparation Process of Long Afterglow Phosphor Eu and Dy Co-doped SrAl_2O_4[J];Chinese Journal of Luminescence;2006-02\n1 Chen Duhui Yang Lefu Mao Tongshuang Cai Junxiu (Chen.Dept & State Key Lab.for Phys.Chem.of Solid Surf.Xiamen University,Xiamen,361005,China);Preparation and Properties of the New Thermal Stable Material withβ-Al_2O_3-type Structure[A];[C];1995\n2 YI Hua-bing PENG Tian-you LI Si-min ZENG Wei (College of Chemistry and Molecule Science,Wuhan University,Wuhan 430072,China);Combustion preparation of CuAl_2O_4 and its photocatalytic activity[A];[C];2007\n3 WENG Jia-feng1, HU Jin1, ZHU Xiao-qin2, SHEN Li1, CHEN Dong-hua1 (1.Faculty of Materials and Metallurgical Engineering, Kunming University of Science and Technology, Kunming 650224, China; 2. Faculty of Chemical Engineering,Kunming University of Science and Technology, Kunming 650224, China);Research on new synthesis technique and defect mechanism of long afterglow material[A];[C];2009\n4 LI Yang,LI Wei-jian,ZHUANG Ying,WANG Liang-you,JIANG Zhou-hua (School of Material and Metallurgy,Northeastern University,Shenyang,Liaoning 110004,China);Preparation and Characterization of Ultra-fine MgO·Al_2O_3 Spinel Powder[A];[C];2008\n1 Cai Liangzhen, Zhang Yonghua, Zhao Jianqing ( Department of Polymer Science, South China University of Technology, Guangzhou 510640);THE EFFECT OF MODIFIED MONTMORILLONITES ON THE BARRIER PROPERTY OF BLOW-MOULDING POLY(ETHYLENE TEREPHTHALATE) BOTTLES[J];Engineering Plastics Application;2002-05\n3 Yi Yang, Tao Xin (Jinan Military Representative Office of Armoured Force, General Equipment Department, Jinan 250031, China);RESEARCH ADVANCE OF POLYMER/NANO-SiO_ 2 COMPOSITE[J];Engineering Plastics Application;2006-06\n4 Su Yi;STRUCTURE, PROPERTIES, PREPARATION,AND DEVELOPMENT PROSPECT OFNANOMETER MATERIALS[J];JOURNAL OF ANHUI INSTITUTE OF ARCHITECTURE;1996-02\n5 SUN Wenzhou1,JIANG Liang1,ZHAO Wenjuan2(1.School of Materials Science and Engineering,North University for Ethics,Yinchuan 750021,China;2.School of Civil Engineering and Water Conservancy,Ningxia University,Yinchuan 750021,China);Processing optimization of SrAl_2O_4:Eu~(2+),Dy~(3+) aluminate long persistence phosphors synthesized by combustion synthesis method[J];Ordnance Material Science and Engineering;2010-05\n6 CHAO Tie-ping (Department of Chemistry,Baicheng Normal College,Baicheng 137000,China);The Characteristic and Application of Rare-earth Luminescence Materials[J];Journal of Baicheng Normal College;2006-04\n7 FAN Wen-hui 1,LIU Ying 2,WANG Yong-chang 1,GUO Xiao-hui 2,HOU Xun 2 (1.Institute of Modern Physics, School of Science, Xi'an Jiaotong University, Xi'an 710049,China; 2.Xi'an Institute of Optics and Precision Mechanics,Chinese Academy of Sciences, X;Concentration quenching in electron trapping materials[J];SEMICONDUCTOR OPTOELECTRONICS;1999-03\n8 ZHAO Su ling,HOU Yan bing,DONG Jing feng (Institute of Optoelectronic Technology,Northern Jiaotong University,Beijing 100044,China);Upconversion Luminescence of Rare Earth Ions[J];SEMICONDUCTOR OPTOELECTRONICS;2000-04\n10 ZHAO Jun-wu, QI Xiao-xia(Science College,Xi'an Jiaotong University,Xi'an 710049,CHN);Research Progress on Long Persistence Phosphors[J];Semiconductor Optoelectronics;2005-04\n3 QI Xiao-xia,ZHAO Jun-wu(College of Sciences,Xi'an Jiaotong University,Xi'an 710049,CHN);Preparation and Luminous Performances of SrAl_2O_4∶Eu~(2+),Dy~(3+) Luminous Materials[J];Semiconductor Optoelectronics;2006-05\n4 WANG You1,WANG Zheng-de1,2,YUAN Wan-shun2,SUN De-yin2,LI Bao-wei1(1.Material and Metallurgy School,Inner Mongolia University of Science and Technology,Baotou 014010,China;2.Biochemical and Chemical Engineering School,Inner Mongolia University of Science and Technology,Baotou 014010,China);The heterogeneous preparation and characterization of dysprosium sulfides[J];Journal of Inner Mongolia University of Science and Technology;2007-01\n5 FENG Yifei,XU Jie,CHI Caixia,WEI Changping,YANG Shichao,ZHANG Xugang(College of Material Science and Engineering,Changchun University of Science and Technology,Changchun 130022);Effects of Co-doping on the Luminescence Property of Y_2O_3:Eu~(3+) Powder[J];Journal of Changchun University of Science and Technology(Natural Science Edition);2007-02\n6 LI Yue,MI Xiaoyun,JI Honglei,AN Chun`ai(School of Materials Science and Engineering,Changchun University of Science and Technology,Changchun 130022);Researching Progress on Low-temperature Combustion Synthesis of Inorganic Compound[J];Journal of Changchun University of Science and Technology(Natural Science Edition);2007-02\n7 ZHANG Yao1,LONG Dandan2,LIU Juan2,YAN Jinghui2,KANG Zhenhui3(1.Luohe Medical College,Luohe,462002;2.College of Chemistry and Environmental Engineering,Changchun University of Science and Technology,Changchun,130022;3.Institute of Functional Nano & Soft Materials,Soochow University,Suzhou,215123);Synthesis of Yb~(3+),Er~(3+) Co-Doped NaYF_4 Via Hydrothermal Microemulsion Method[J];Journal of Changchun University of Science and Technology(Natural Science Edition);2011-03\n8 ZAN Xin-wu1,FENG Bin1,FU Yu-mei1,ZHOU Zhi-ming2(1.Key Laboratory for Optoelectronic Technology & Systems,Ministry of Education,College of Optoelectronic Engineering,Chongqing University,Chongqing 400044,China;2.College of Chemistry and Chemical Engineering,Chongqing University,Chongqing 400044,China);Application of long afterglow phosphor in sensing[J];Transducer and Microsystem Technologies;2009-05\n9 HOU Zhi-qing,LIU Dong-zhou,WANG Yun-ming(School of Sciences,Hebei Agricultural University,Baoding 071001,China).Cailiao Baohu 2010,43(10),55～57(Ch).;Encapsulation of Strontium Aluminate Powder by SiO_2A1_2O_3 Composite Film via Liquid Deposition[J];Materials Protection;2010-10\n10 GAO Xiaoming QIU Kehui ZHANG Peicong DENG Chunlin (College of Material and Bioengineenng,Chengdu University of Technology,Chengdu 610059);A Study of Preparation of SrAl_2O_4: Eu~(2+) Luminescent Material[J];Materials Review;2003-S1\n2 LI Xiao-juan, WANG Xue-ying, LI Chang-min, YANG Dian-lai, LIN Hai ( Faculty of Chemical Engineering and Materials, Dalian Polytechnic University, Dalian 116034, China; Institute of Inorganic Nonmetal Materials, Dalian Polytechnic University, Dalian 116034, China);Red Emission in High Concentration Eu~(3+) -doped Titanate Thin Film[A];[C];2007\n4 Lü Hao~1 LIU Ai-mei~1 ZHANG Xi-yan~2 CAO Zhi-feng~2 (1.Department of Physics,Xiaogan University,Xiaogan 432000,China;2.Department of Material,Changchun University of Science and Technology,Changchun 130022,China);Fabrication of long luminescence glass microspheres using the sagging method[A];[C];2007\n5 NI Hai-yong LI Xu-bo DING Jian-hong (Guangzhou Research Institute of Non-ferrous Metals,Guangzhou 510651,China);VUV-vis luminous properties of blue long afterglow phosphor Ca_(1-x-y)Al_(2-z)Si_zO_4:Eu~(2+),Nd~(3+)and its host[A];[C];2008\n6 ZHANG Hong-yu,LIU De-kun,ZHANG Zhong-shuai, ZHANG Li-hong,BU Xiang-yun,GU De-shan (Phsics School of Northeast Normal University,Changchun of Jilin Prov.130024,China);The study of long-lived tritium-luminescence[A];[C];2011


url: =The research and implementation of the extension of the 1∶1,000,000 national fundamental topographic database based on cultural feature--《Science of Surveying and Mapping》2006年02期\nThe research and implementation of the extension of the 1∶1,000,000 national fundamental topographic database based on cultural feature\nYU Rong-hua,SHEN Tao,SU Shan-wu(Chinese Academy of Surveying and Mapping,Beijing,100039,China)\nThis paper firstly discusses the status quo of the 1∶1,000,000 national fundamental topographic database,and addresses the necessity and the principle to the extension of the database.The paper chooses the state key cultural relics protection sites and the world cultural legacy as the extension features,and specifies the reasons and significances of using these two cultural features.Then the paper enumerates the data sources of the extension work,clarifies how to update and extend the database.Finally it illuminates these two data layers through spatial contents and tabular attributes.The paper also makes a prospect to the future work.\n3 DENG Yue-jin1,2,LEI Zhen1,REN Fang-yong1 (1.Wuhan University Geo Information Technology Inc,Wuhan 430223,China; 2.State Key Laboratory for Information Engineering in Surveying,Mapping and Remote Sensing,Wuhan 430200,China);Design and Implementation of National Fundamental Geographic Information Database Management System based on GeoStar[J];Geomatics & Spatial Information Technology;2010-06\n4 WEI Jin-li1,2,WANG Long-bo1,4,XU Jun1,3,WANG Guo-bo1,2(1.North Bay(Guangxi) High-resolution Satellite Remote Sensing Test Base,Nanning 530023,China)2.Geomatics Center of Guangxi,Nanning 530023,China;2.The First Surveying and Mapping Engineering Institute of Guangxi, Nanning 530023,China;4.Guang xi Mapping Institute,Nanning 530023,China);Research of the Application Ability of Using CCD Multi-spectral Data of NO.1 Environment Satellite in 1:250 000 Topographic Map Update[J];Geomatics & Spatial Information Technology;2011-02\n5 ZHOU Zhao;XIAO Qiang;ZHAO Guo-cheng;LIU Gang;School of Surveying and Mapping,Information Engineering University;;Research on fundamental geo-spatial data dontinuous updating model[J];Engineering of Surveying and Mapping;2014-01\n6 WANG Donghua;LIU Jianjun;National Geomatics Center of China;;Key Techniques for Dynamic Updating of National Fundamental Geographic Information Database[J];Acta Geodaetica et Cartographica Sinica;2015-07\n7 LIU Jianjun;;Construction and Updating of National Fundamental Geographic Information Database[J];Bulletin of Surveying and Mapping;2015-10\n8 JI Yun-ping,XIA Zheng-kai (College of Environmental Sciences,Peking University,Beijing 100871,China);Study on the Water and Soil Loss Based on Digital Map[J];Research of Soil and Water Conservation;2005-04\n9 XU Hui-xi1,HE Zheng-wei1,YANG Cun-jian2,SHUANG Zhi-yun3,WU Ming-sheng3,CHEN Jun4(1.Institute of Digital Land & Ecological Science,Chengdu University of Technology,Chengdu 610059;2.Key Laboratory of Software,Sichuan Normal University 610066;3.Forestry Bureau of Shimian County,Shimian 625403;4.Dept.of Environment Engineering,Chengdu University of Information Technology,Chengdu 610225,China);Study on Forest Resources Informatization Based on GIS——A case in Shimian County of Sichuan Province,China[J];Research of Soil and Water Conservation;2007-03\n10 WANG Mei-ling①,②,WANG Dong-hua②,YANG Qi-ming①(① School of Info-physics and Geometrics Engineering,Central South University,Changsha 410083;② National Geometrics Center of China,Beijing 100044);The Analysis and Change Rules of Placenames in 1:250000 Database[J];Remote Sensing Information;2010-03\n1 GAO Li-jun;The Project of the System About Analyzing Synthetically the Cultural Relic Resource[J];Bulletin of Surveying and Mapping;2004-10\n2 CHEN De-chao~1,LIU Shu-ren~2 (1.Dept. of Urban and Environment Sciences of USTS,Suzhou 215011,China; 2.Dept. of Geography of ECNU,Shanghai 200062,China);An Elementary Study on Shanghai Archaeological Information System Based on GIS[J];Geomatics & Spatial Information Technology;2004-05\n3 LI An-bo~1,BI Shuo-ben~1,PEI An-ping~2,LV Guo-nian~1(1.Jiangsu Provincial Key Lab. of Geographical Information Sciences,Nanjing Normal University,Nanjing 210097;2.Department of Cultural Relic & Museum,Nanjing Normal University,Nanjing 210097,China);Research and Construction of GIS for Field Archaeology[J];Geography and Geo-Information Science;2004-01\n4 ZHU Weiping, WANG Zhiwen, WU Jianping (Zhejiang Education Institute, Hangzhou 310012, China; East China Normal University, Shanghai 210062, China);Research on Cultural Relic Management Information System Based on GIS-Taking Cultural Relic Management Information System in Zhejiang Province as an Example[J];Geo-information Science;2005-04\n5 ZENGQun-hua , GUOYue(Geography Department of Chongqing Normal University, Chongqing 400047, China);Research of Informational System for the Historical Relics Protection of Three Gorgies Reservior Region Based on RS&GIS[J];Areal Research and Development;2004-06\n6 Dong Zhongkui;GIS Study for Cultural(Relic's) Protection[J];Geotechnical Investigation & Surveying;2005-06\n7 Qi Wuyun et al.;Types of Application of the GIS in Archaeological Researches[J];Huaxia Archaeology;2005-02\n8 Xiao Bin,Xie Zhiren,Lu Guonian,Zhu Xiaohua College of Geographical Science,Nanjing Normal University,210097,Nanjing,PRC.;Archaeology Information Management System Based on GIS ——A Case Study of the Yangtze-Delta Region[J];JOURNAL OF NANJING NORMAL UNIVERSITY(NATURAL SCIENCE EDITION);1999-03\n9 Zhou Shuanglin;On the Conservation against Efflorescence of Earthen Sites[J];Cultural Relics of Central China;2003-06


url: =*'''Yi Zhong ''' from Zhejiang University, (Hangzhou, China) joins the lab (Summer exchange student, 2013). Welcome! *'''Yi Zhong ''' from Zhejiang University, (Hangzhou, China) joins the lab (Summer exchange student, 2013). Welcome! Revision as of 10:13, 29 April 2014


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url: =Assessment of Combined Pollution of Heavy Metals in Soils.--《AGRO-ENVIRONMENTAL PROTECTION》1999年02期\n《AGRO-ENVIRONMENTAL PROTECTION》 1999-02\nAssessment of Combined Pollution of Heavy Metals in Soils.\nMeng Zhaofu et al. (Northwestern Agriculture University, Yangling, shanxi, 712100)\nThe paper reviews the development of the assessment of heavy metals combined pollution, Its purpose is to provide the reference to the research and protection of heavy metals pollution in soils.\n1 ZHAO Min;ZHOU Xiansi;Meishan Environmental Monitoring Central Station;Chengdu Easton Biopharmaceuticals Co.,Ltd.;;Effects Leaded by Cd and Pb on the Chlorophyll Content of Houttuyniae Herba[J];环境与可持续发展;2017-01\n2 ZHU Qingqi;ZHANG Yi;College of Chemistry,Chemical Engineering and Materials Science,Soochow University;Suzhou Grain and Oil Monitor Institute;Grain and Oil Quality Monitor Institute of Jiangsu Grain Burea;;Rapid determination of cadmium in grain products by acid leaching-graphite furnace atomic absorption spectrometry[J];粮食与饲料工业;2016-05\n3 LI Hua-li;TANG Yong-jin;ZENG Feng;College of Life Science and Engineering,Southwest University of Science and Technology;State Defense Key Laboratory of the Nuclear Waste and Environmental Security,Southwest University of Science and Technology;;Effects of Multiple Contamination of Uranium and Heavy Metals on Chlorophyll Fluorescence Characteristics of Cichorium Intybus L.[J];湖南师范大学自然科学学报;2015-02\n4 WANG Qi;ZHANG Cai-ying;CAO Hua-bin;GUO Xiao-quan;HU Guo-liang;Institute of Animal Population Disease Surveillance and Prevention and Control,Jiangxi Agricultural University;;Hazards and control of heavy metal pollution in Poyang Lake to the production of animal husbandry[J];黑龙江畜牧兽医;2015-01\n5 LI Ying;WANG Zhi-zhong;XIAO Guo-guang;College of Mathematics and Statistics,Central South University;Changsha Research Institute of Mining and Metallurgy;;Study on the Heavy Metal Combined Pollution Model in Soil[J];经济数学;2014-03\n6 LU Li;YANG Jin-yan;TIAN Li-yan;YANG Jie;TANG Ya;Department of Environmental Science and Engineering,College of Architecture and Environment,Sichuan University;;Status Quo and Evaluation of Heavy Metal Pollution of Vegetables and Soils in Dayi Lead-Zinc Mining Area,China[J];生态与农村环境学报;2014-03\n7 LU Lanlan;LIU Guijian;WANG Xingming;WANG Jie;School of Earth and Space Sciences,University of Science and Technology of China;School of Earth and Environment,Anhui University of Science and Technology;;Distribution and ecological risk assessment of trace elements in mining soil in Guqiao Coal Mine,Huainan Coalfield[J];中国科学技术大学学报;2014-02\n8 WU Wenfei,NAN Zhongren,WANG Shengli,ZHOU Ting,LIAO Qin,LI Chengcheng Key Laboratory of Western China′s Environmental Systems(Ministry of Education),College of Earth and Environmental Sciences,Lanzhou University,Lanzhou 730000,China;Fractionation character and bioavailability of Cd,Pb,Zn and Ni combined pollution in oasis soil[J];生态学报;2013-02\n9 DU Wei,YAO Liping (Institute of Sericulture and Apiculture, Yunnan Academy of Agricultural Sciences, Mengzi Yunnan 661101, China);Research Progress on Relationship between Heavy Metal Pollution and Sericultural Production[J];北方蚕业;2012-03\n1 Du Wei;Huang Ping;Institute of Sericulture and Apiculture, Yunnan Academy of Agricultural Sciences;;Study on Relationship between Heavy Metal Pollution and Sericultural Production[A];[C];2012\n1 Wu Yanyu et al.(Institute of Applied Ecology, Academia Sinica, Shenyang 110015);Compound Pollution of Cd, Pb, Cu, Zn and As on Lowland Rice.[J];农业环境保护;1998-02\n2 Zhu Jianzhao et al. (Guangxi Wuzhou Prefecture Environment Monitoring Station, 543001);Effects of Mn and ratio of Mn/Fe on Paddy Growth[J];农业环境保护;1998-02\n3 Zhou Qixing (Zhejiang Agricultural University, Hangzhou 310029) Gao Zhengmin(Shenyang Institute of APPlied Ecoloty, Acodemia Sinica, 1100153;COMBINED POLLUTION AND ITS INDEXES OF Cd AND Zn IN SOIL-RICE SYSTEMS[J];土壤学报;1995-04\n4 Yu Guoying; Wu Yanyu and Wang Xin (Laboratory of Ecological Process of Trace Substances in Terrestrial Eecsystem, Institute of Applied Ecology, Academia Sinica,Shenyang 110015);Impact of heavy metal combined pollution on soybean growth and its integrated assessment[J];应用生态学报;1995-04\n5 .He Yongtian and Xiong Xianzhe(Institute of Applied Ecology, Chinese Academy of Sciences, Shenl yang 110015);Advance in the Study on Compounded Pollutions[J];环境科学;1994-06\n6 Lao Haumei (Guangxi Agricultural University, Nanning. 530005)Wang Hongkong (Beijing Agricultural University, Beijing, 100094);EFFECT OF COMPOUND POLLUTION OF HEAVY METALS ON CROPS IN CALCAREOUS SOIL[J];环境化学;1994-05\n7 Zhou Qixing et al .(Institute of Applied Ecology, Academia Sinica, Shenyang110015);ABSTRACTSInteraction Between Cd and Zn in Seeds of Crops and Its Mechanisms.[J];农业环境保护;1994-04\n8 WuYan yu et al.(Institute of Applied Ecology, Shenyang 110015);The Combined Pollution of Arsenic with Other Metals and Its Prevention[J];农业环境保护;1994-03\n9 Qing Changle et al. (Southwest Agricultural University, Chongqing 630716),;Discussion on Critical Index of Heavy Metal Toxicity in Soil[J];农业环境科学学报;1992-02\n10 Wang Hongkang(Beijing Agricultural University);ADVANCES OF METAL POLLUTION STUDY IN SOILS[J];环境化学;1991-05\n1 Han Zhangxiong;Wan Dejun;Hu Jianping;Liu Long;Liu Qiang;Ni Tianyang;Provincial Key Laboratory of Mineral Exploration and Utilization,Shaanxi,PRC,Xi'an Testing and Quality Supervision Center for Geological and Mineral Products,The Ministry of Land and Resource;College of Environment and Resource,Northwest A & F University;Institute of Hydrogeology and Environmental Geology,Chinese Academy of Geological Sciences;;Migration and Transformation of Heavy Metals in Soil and Its Influencing Factors[J];矿产综合利用;2017-06\n2 CAO Qinying;HUANG Zhihong;Faculty of Life Science and Technology, Central South University of Forestry and Technology;National Engineering Laboratory for Applied Technology of Forestry & Ecology in South China, Central South University of Forestry and Technology;;Review on speciation analysis of heavy metals in polluted soils and its influencing factors[J];生态科学;2017-06\n3 LI Bing;LI Yu-shuang;Shenyang University,Environmental College/Key Laboratory of Regional Environment and Eco-Remediation of Ministry of Education;;Research Progress on the Bio-availability of Combined Pollution of Soil Organic Substance and Heavy Metals[J];湖北农业科学;2017-18\n4 TAO Xiuzhen;TANG Changyuan;WU Pan;ZHANG Chipeng;WANG Zhikang;School of Chemistry and Eco-Environmental Engineering (School of Chinese Pharmacy), Guizhou Minzu University;School of Geography and Planning, Sun Yat-Sen University;College of Resource and Environmental Engineering, Guizhou University;;Distribution and Food Exposure Risk Assessment of Heavy Metals Inmature Rice on the Coal Mining Area, Guizhou[J];生态环境学报;2017-07\n5 LIN Xiao;REN Yan-fang;ZHANG Yan-chao;WANG Yan-ling;HE Jun-yu;College of Agriculture,Guizhou University;College of Environmental and Safety Engineering,Changzhou University;;Effects of Cadmium Polluted Soil on Plant Growth and Accumulation of Cadmium in Rice at Booting Stage[J];河北农业科学;2017-03\n6 ZHAO Ping;QU Hua-xiang;ZHANG Yu-zhu;Vegetable and Flower Institute,Jiangxi Academy of Agricultural Sciences;Institute of Agricultural Economics and Information,Jiangxi Academy of Agricultural Sciences;Hunan Rice Research Institute;;Effects of zinc on cadmium uptake,transfer and root morphology of rice seedings under cadmium stress[J];广东农业科学;2017-05\n1 DUAN Rui-jun;WU Chao-bo;WANG Lei;GUO Jian-chun;FU Shao-ping;LIU Jiao;LI Rui-mei;Institute of Tropical Bioscience and Biotechnology,China Academy of Tropical Agricultural Science;College of Agriculture,Hainan University;College of Chemistry and Chemical Engineering,Hainan University;;Contents of proline,soluble sugar,and chlorophyll and accumulations of nitrogen,phosphorus and potassium in Paspalum vaginatum Sw. in response to Cd stress[J];江苏农业学报;2016-02\n2 TANG Yong-jin;LUO Xue-gang;ZENG Feng;JIANG Shi-jie;Life and Engineering College,Southwest University of Science and Technology;State Defense Key Laboratory of the Nuclear Waste and Environmental Security,Southwest University of Science and Technology,Mianyang;;Response of Plants to High Concentrations of Uranium Stress and the Screening of Remediation Plants[J];核农学报;2013-12\n3 WU Dan;WANG You-bao;HU Shan;WANG Nan-nan;College of Life Sciences, Anhui Normal University;Provincial Key Laboratory of Biotic Environment and Ecological Safety in Anhui;;Remediation of Soil with Cd, Zn, Pb Combined Pollution by Chlorophytum Comosum Growth[J];土壤通报;2013-05\n4 GAO Jianxin;ZHANG Wenhui;WANG Xiaofeng;College of Life Sciences,Tianjin Normal University,Tianjin Key Laboratory of Animal and Plant Resistance;;Effects of Cd~(2+) Stress on Photosynthetic and Fluorescent Parameters of Five Willow Clones[J];西北植物学报;2013-09\n5 CHEN Mei,TANG Yun-lai(School of Life Science and Engineering,Southwest University of Science and Technology,Mianyang 621010,Sichuan,China);Chlorophyll fluorescence characteristics of Amaranthus tricolor L.under high temperature stress[J];生态学杂志;2013-07\n6 FENG Shao-hui, HUANG Xiao-ping, ZHANG Jing-ping (State Key Laboratory of Tropical Oceanology, South China Sea Institute of Oceanology, Chinese Academy of Sciences, Guangzhou 510301, China; University of Chinese Academy of Sciences, Beijing 100049, China; Tropical Marine Biological Research Station in Hainan, Chinese Academy of Sciences, Sanya 572200, Hainan, China);Effects of coupled stress of copper and cadmium on the photosynthesis of seagrass Thalassia hemprichii[J];生态学杂志;2013-06\n7 WANG Tian-hong (School of Life Sciences,Nanjing University,Nanjing,Jiangsu 210093);Effect of Lead and Cadmium Pollution on Photosynthesis of Spartina alterniflora[J];安徽农业科学;2013-16\n8 TANG Yong-jin1,2,LUO Xue-gang2,JIANG Shi-jie1,ZENG Feng1(1.Agronomy Department,Southwest University of Science and Technology,Mianyang Sichuan 621010,China;2.State Defense Key Laboratory of the Nuclear Waste and Environmental Security,Southwest University of Science and Technology,Mianyang Sichuan 621010,China);Influence of Strontium,Cesium,Uranium Upon the Seed Germination of Five Plants[J];种子;2013-04\n9 SONG Wei1,CHEN Bai-ming1,LIU Lin2,3(1.Institute of Geographic and Natural Resources Research,Chinese Academy of Sciences, Beijing 100101,China;2.School of Land Science and Technology,China University of Geosciences, Beijing 100083,China;3.Shijiazhuang Engineering Technology School,Shijiazhuang 050061,China);Soil Heavy Metal Pollution of Cultivated Land in China[J];水土保持研究;2013-02\n10 LI Ru-zhong1,PAN Cheng-rong2,XU Jing-jing1,CHEN Jing1,JIANG Yan-min1(1.School of Resources and Environmental Engineering,Hefei University of Technology,Hefei 230009,China;2.Anhui Institute of Environmental Science,Hefei 230071,China);Contamination and Health Risk for Heavy Metals via Consumption of Vegetables Grown in Fragmentary Vegetable Plots from a Typical Nonferrous Metals Mine City[J];环境科学;2013-03\n1 YANG Jia;LI Yun-xiang;CHEN Jin-zhu;HE Li;QUAN Qiu-mei;College of Environmental Science & Engineering,China West Normal University;;Study on Photosynthetic Physiological Characteristics of Houttuynia Cordata Thunb and the Optimal Model of Photosynthesis Curve[J];四川环境;2018-02\n2 OU Jinping;ZHENG Liugen;CHEN Yongchun;XIE Xintian;ZHU Wenyuan;CHEN Yeyu;Collaborative Innovation Center for Mines Environmental Remediation and Wetland Ecological Security, School of Resource and Environment Engineering,Anhui University;National Engineering Laboratory of Coal Mine Ecological Environment Protection;;The Distribution and Migration of Heavy Metals in Guqiao Coal Mining Subsidence Water Area[J];生态环境学报;2018-04\n3 LIU Lai;WANG Wei-hong;ZHANG Yan;College of Environment and Resources,Southwest University of Science and Technology;;Bioconcentration and tolerance characteristics of Commelina communis on uranium[J];广东农业科学;2018-02\n4 XING Ya-zhen;CHEN Xiao-yang;XU Zheng-gang;School of Earth and Environment,Anhui University of Science and Technology;Huainan Chuangda Industrial Limited Liability Company;;The Spatial Distribution and Pollution Assessment of Soil Heavy Metals Based on Literature Research from Coal Mining Areas in Huainan[J];安徽农业科学;2018-05\n5 FANG Fengman;WU Huijun;YAO Youru;LIN Yuesheng;HE Cheng;WU Minghong;KUANG Ying;College of Territorial Resources and Tourism,Anhui Normal University;Anhui Key Laboratory of Natural Disaster Process and Prevention;Department of Environmental Science and Engineering,Fudan University;;Heavy metal concentrations and speciation of soil affected by bird droppings in Tongli Wetland Park,East China[J];生态学报;2018-08\n6 WEI Xu-xin;LI Jia;L Ying;YE Heng-peng;LAN Ji-rong;College of Resources and Environmental Science,South-Central University for Nationalities;;Effect of Substrate on Occurrence Forms of Heavy Metals in Manganese Slag Composting[J];有色金属(冶炼部分);2017-12\n7 LU Xin;HU Wen-you;HUANG Biao;LI Yuan;ZU Yan-qun;ZHAN Fang-dong;KUANG Rong-xi;Key Laboratory of Soil Environment and Pollution Remediation,Institute of Soil Science,Chinese Academy of Sciences;College of Resources and Environment,Yunnan Agricultural University;Shanghai Geotechnical Engineering & Geology Institute Co.,Ltd.;Geological Survey of Jiangsu Province;;Source Apportionment of Heavy Metals in Farmland Soils Around Mining Area Based on UNMIX Model[J];环境科学;2018-03\n8 WANG Kai-Yuan;JIANG Yuan-Yuan;SONG Wen-Jun;LIU Jia-Yan;HUANG Xian-Zhi;YANG Xiao-Hong;Key Laboratory of Horticulture Science for Southern Mountainous Regions,Ministry of Education,College of Horticulture and Landscape Architecture,Southwest University;Nanshan Botanical Garden;Institute of Sericulture and Systematic Biology,Southwest University;;Effects of interaction between AMF and Cd on mulberry growth and absorption and migration of inorganic elements[J];菌物学报;2017-07\n1 Ye Zhihong(Guangdong College of Education, Guangzhou 510303);Damage of Zinc Pollution to Plants and Plant Endurability.[J];生态学杂志;1992-05\n2 Duan Ch-angqua, Wang Huanxiao, Qu Zhongxiang (Biology Department, Yu nnan University, Kunming 650091);Studies on the Effects of Heavy Metals on the Contents of Nucleic Acids and Activities of Nu-cleases in the Root Tips of Vicia faba.[J];环境科学;1992-05\n3 Yang Zhimin, Hua Yun, Li Jing (The Applied Meteorological Department,Nanjing Institute of Meteorology, 210035);A STUDY ON THE ZINC TOXIFICATION AND CALCIUM DETOXIFICATION IN THE GERMINATION OF WHEAT SEEDS[J];环境科学学报;1992-02\n4 Wang Hongkang(Beijing Agricultural University);ADVANCES OF METAL POLLUTION STUDY IN SOILS[J];环境化学;1991-05\n5 Li Yuan, Wang Huanxiao, Wu Yushu (Biology Department, Yunnan University, Kunming);EFFECTS OF CADMIUM AND IRON ON THE PHYSIOLOGY OF TOBACCO[J];环境科学学报;1990-04\n6 Zhen Chunrong, Chen Huaiman (Institute of Soil Science, Academia Sinica, Nanjing);TRANSFER OF HEAVY METALS THROUGH SOIL-PLANT SYSTEM AND ITS INFLUENCE ON THE GROWTH OF RICE[J];环境科学学报;1990-02\n7 Wang Hongkang, Yan Shoucang (Beijing Agricultural University);Study on Copper Pollution from Fertilizing the Soil with Sludge[J];环境科学;1990-03\n8 Xia Zenglu Mu Congru Meng Weiqi Li SenzhaoShen Ruizhen He Ruizhen (Institute of Geography, Academia Sinica);THE EFFECTS OF CADIUM, ZINC AND LEAD IN THE SOIL ON TOBACCO AND WHEAT[J];生态学报;1984-03