url: =GENGXINSHIJIAN：2020-06-19 16:43:33 | LAIYUAN：ZHONGGONGKAOYAN\n谦喜彩票网址1. A. difficulties B. successes C. sufferings D. incidents\n谦喜彩票网址2. A. turn B. adapt C. alter D. modify\n谦喜彩票网址4. A. experienced B. determined C. established D. accustomed\n谦喜彩票网址5. A. account B. side C. point D. behalf\n谦喜彩票网址9. A. inspire B. create C. cause D. perceive\n谦喜彩票网址10. A. add B. apply C. affect D. reflect\n谦喜彩票网址14. A. definite B. possible C. sure D. clear\n谦喜彩票网址16. A. focus B. attend C. follow D. insist\n谦喜彩票网址17. A. exhibit B. demonstrate C. expose D. interpret\n谦喜彩票网址1. 【DAAN】A. difficulties\n2. 【DAAN】 B. adapt\n【JIEXI】BENTICESHIJIEGOUXINGCIYIDAPEI。adapt oneself to sth. SHI……SHIYINGYU：When you go to a foreign country, you should adapt yourself to new manners and customs.\nturn to QIUZHUYU ：You can turn to him for help when you are in trouble. (NIYOUKUNNANSHIKEYIQIUZHUYUTA)\nalter (BUFENDE)GAIBIAN，XIUGAI：Have you altered your mind? (NISHIFOUYIGAIBIANZHUYI?)\nmodify (SHAOSHAO)XIUGAI，BIANGENG：You have to modify the plan if necessary. CIWAI，modify HAIKEYIZUO“XIUSHI”JIE，RU：Adverbs modify verbs. (FUCIXIUSHIDONGCI。)\n【JIEXI】BENTICESHIGUANYONGDAPEI。on radio YONGWUXIANDIAN，JINGGUOGUANGBO(QIANGDIAOXINGWEISHOUDUAN)：The concert is broadcast on radio. on radio ZAIHANYISHANGXIANGDANGYU by radio, LIRU，We can listen to music broadcast by radio. CIWAI，HAIYOUon the radio YIWEI：“JINGGUOGUANGBO，WUXIANDIANGUANGBOZHONG”，LIRU：1) I listen to the music on the radio. 2) There was good music on the radio last night.\n谦喜彩票网址at, with, behind YU radio BUNENGGOUCHENGGUANYONGDAPEI，ERQIECONGSHANGXIAWENYISISHANGKANYEBUFUHETIYI。\n1. 【DAAN】D. accustomed\n【JIEXI】BENTICESHICIYIDAPEI。be(HUO become ,get ) accustomed to sth. or to doing sth.XIGUANYU：You will soon get accustomed to the climate here. (NIHUIHENKUAIXIGUANZHEILIDEQIHOUDE。)CONGSHANGXIAWENDELUOJIYISIHEYUFAJIEGOUSHANGKAN，experienced, determined, established JUNBUQIETI。\n【JIEXI】BENTICESHIGUANYONGDAPEI。on behalf of DAIBIAO，WEILE。 on account of YOUYUon the side of ZAI…. YIBIANbe on the point of doing sth. GANGYAOZUOMOUSHI。\n6. 【DAAN】C. art\n谦喜彩票网址【JIEXI】BENTICESHICIYIDAPEI。art JINENG，BENLING：the art of seeing for others YIWEI：“ZHEIZHONGTIBIERENKANSHIKUANGDEJINENG”。technology JISHU，performance YANCHU，JIEMU，ZHIXING，WANCHENGefficiency XIAOLV，JUNBUFUHETIYI。\n【JIEXI】BENTICESHIGUANYONGDAPEI。above all (= most important) ZHONGYAODE。 in all ZONGGONG：There are thirty students in all in the class. for all SHIFUHEJIECI，YIWEI“JINGUAN”。\n【JIEXI】BENTICESHICIYIDAPEI。create CHUANGLI，CHUANGJIAN：1)They are struggling to create a new social order. 2) That would create a wrong impression. (NEIYANGHUIZAOCHENGCUOWUDEYINXIANG) cause YINQIinspire GUWUperceive RENSHIDAO，CHAJUEDAO。\n【JIEXI】BENTICESHICIYIDAPEI。add ….to BA…… JIADAO….. which add meaning to the sounds which the listener hears YIWEI“ZHEIXIETUXIANGSHIDEGUANZHONGTINGDAODESHENGYINJUYOUYIDINGDEYIYI”，JI“TINGZHONGTINGDAOLEJIESHUOYUANYONGSHENGYINJIESHAODESHIKUANGNEIRONG”。\n谦喜彩票网址【JIEXI】BENTICESHIGUANYONGDAPEI。in the case of JIU……ERYAN。ZHUYI in the case of HE in case of ZAIHANYIHEYONGFASHANGDEQUBIE：in case of WANYIFASHENG…..。 in the event of(=in case of )RUGUOFASHENG。occasion BUNENGYUin DAPEI，DANSHIKEYIYUon DAPEI，RU：on the occasion of ZAI…..CHANGHE，ZHI…..ZHIJI：He gave me a present on the occasion of my birthday.\n12. 【DAAN】C. everything\n谦喜彩票网址【JIEXI】BENTICESHICIYIDAPEI。completely different WANQUANBUTONG。 equally, hardly, initially (QICHU，ZUICHU)JUNBUFUHETIYI。\n谦喜彩票网址【JIEXI】BENTICESHICIYIDAPEI。make sure CHAMING，NONGQUESHIHOUKEJIE of HUO about, YEKEJIECONGJU，LIRU：1)Please make sure of the date of the next meeting.(QINGQUEDINGXIACIHUIYIDESHIJIAN。) 2)Please make sure that the house is locked properly.(YIDINGYAOBAFANGMENSUOHAO。)\n【JIEXI】BENTICESHICIYIDAPEI。miss vt. CUOGUO。\n谦喜彩票网址【JIEXI】BENTICESHICIYIDAPEI。focus on ZHUSHI，JIZHONG。insist on JIANCHI(MOUZHONGYIJIANHUOKANFA)attend on ZHAOGU，SIHOU：Two nurses attended on the patient. follow vt.HOUMIANBUNENGJIE on ,YIWEI“GENSUI”。\n谦喜彩票网址【JIEXI】BENTICESHICIYIDAPEI。interpret JIESHI，SHUOMING：How can I interpret this behavior? exhibit ZHANLAN，ZHANSHIdemonstrate vt. YANSHI，XIANSHI，BIAOYANexpose vt. BAOLU。\n谦喜彩票网址【JIEXI】BENTICESHICIYIXINGJIEGOUDAPEI。unlike BUXIANG……, HE…….BUTONG。CONGSHANGXIAWENLUOJIYISILAIKAN，BENJUSHIJIANGDIANSHISHIKUANGJIESHUOYUANYUWUXIANDIANSHIKUANGJIESHUOYUANZHUANBOFANGSHIBUTONG，TAANZHAODIANSHITUXIANGJINXINGJIANGJIE。KEJIAN，ZHINENGXUANZE unlike.\n19. 【DAAN】C. value\n【JIEXI】BENTICESHICIYIDAPEI。value JIAZHI，YOUYONGXING。DIANSHISHIKUANGJIESHUOYUANZAITUXIANGHENQINGCHUSHI，JIUBUZAIZUOJIESHI。ZHEISHI“CHENMO”JIUQILEWEIMIAODEZUOYONG，RANGGUANZHONGZIJIQUXINSHANG，TIHUIHEPINGLUN。KEJIAN，CICHUZHINENGXUAN value. purpose (MUDE)，goal(MUBIAO)HEintention(YITU，YIXIANG)JUNBUFUHETIYI。\n【JIEXI】BENTICESHILUOJIDAPEI。JUZHONGwhen YINDAODINGYUCONGJU，XIUSHIXIANXINGCI moments, YIWEI“ZAITUXIANGBENSHENYIMULERANDESHIHOU”。


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url: =(Deutsch) Shopping Wangfujing Road – Qingdao – Bad Neuenahr\n(Deutsch) Shopping Wangfujing Road\nPublished by Pfeil on 15. May 2018 15. May 2018


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Embossing: yes.\nFeatures: food-grade material,high quality without odour, poison or fading, design and size can be customized, laminated or pure\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Sheet, Alloy: 8011, Thickness: 7mic, Place of Origin: Zhejiang China (Mainland), Brand Name: Green-Leaves, Brand Name: Green-Leaves, laminated aluminium foil: printed, Model Number: GL-00\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: roll or sheet, Alloy: 8011, Thickness: 0.02~0.03mm, Place of Origin: Zhejiang China (Mainland), Brand Name: Green leaves, Model Number: GL-00\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Sheet, Alloy: 8011, Thickness: 50mic, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves, Model Number: GL-01, Place of Origin: Zhejiang, China (Mainland), Material: aluminium foil, Industrial Use: Food, packing: chocolate pack\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Roll, Alloy: 8011, Thickness: 12mic, Place of Origin: Zhejiang China (Mainland), Brand Name: Green-Leaves, Brand Name: Green-Leaves, laminated aluminum foil: chocolate wrapper, Model Number: GL-00\nFeatures: beer labelbeer bottle label, material:plain aluminium foil, thickness:0.0105mm, food-grade material, without odour, fading\nView DetailsQuick Brief: Temper: Soft, Use: gift packaging, Treatment: Printed, Type: roll or sheet, Alloy: 8011, Thickness: 65gsm, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves\nFeatures: Material: Alu+paper, Thickness: 65gsm, Printing and embossing can be customized, Food-grade material, without odour or fading\nFeatures: aluminium foil paper, material: alu. foil, thickness: 0.02-0.05mm\nView DetailsQuick Brief: Temper: Soft, Use: packaging, Treatment: Printed, Type: Roll, Alloy: 8011, Thickness: 45~300gsm, Place of Origin: Zhejiang China (Mainland), Brand Name: Green leaves, Model Number: GL-00\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Sheet, Alloy: 8011, Thickness: 55gsm, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves, Model Number: GL-01, Brand Name: Green Leaves, Model Number: GL-01, material: alu foil, Place of Origin: Zhejiang, China\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Roll, Alloy: 8011, Thickness: 50mic, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves, Model Number: GL-01, Place of Origin: Zhejiang, China, plain aluminium foil: printed, Material: aluminum foil, Industrial Use: Food\nFeatures: Material: Aluminium foil+Paper+PE, food-grade material, without odour, poison or fading, size, pattern can be customized\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Composited, Type: Sheet, Place of Origin: Zhejiang China (Mainland), Brand Name: Green-Leaves, use: aluminium paper for wrapping chocolate\nprinted aluminium foil wrapper\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Sheet, Alloy: 8011, Thickness: 55gsm, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves, Model Number: GL-01, Material: aluminum foil, Industrial Use: Food, Place of Origin: Zhejiang, China, plain aluminium foil: printed\n140 micron Cold Formed Alu Foil\nModel No.: alu002\nView DetailsQuick Brief: Temper: Soft, Use: Pharmaceutical, Treatment: Composited, Type: Roll, Alloy: 8011, Thickness: 140micron, Place of Origin: Jiangsu China (Mainland), Brand Name: Ruixin, Model Number: alu002\nFeatures: Alu Alu foil, Cold formed Aluminum foil, Alu foil, Alu Alu blister foil\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Roll, Alloy: 8011, Thickness: 50gsm, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves, Model Number: GL-01, Place of Origin: Zhejiang, China, plain aluminium foil: printed, Material: aluminum foil, Industrial Use: Food\nView DetailsQuick Brief: Temper: Soft, Use: Food, Treatment: Printed, Type: Sheet, Alloy: 8011, Thickness: 12mic, Place of Origin: Zhejiang China (Mainland), Brand Name: Green Leaves, Model Number: GL-01, Thickness: 12mic


url: =A legjobb 10 szállás Wanxiani repülőtér (WXN) közelében\nChongqing összes hotele\nLast minute hotelek Chongqing\nRomantikus hotelek Chongqing\nChongqing üzleti hotelei\nChongqing családi hotelei\nChongqing – gyógyfürdős üdülőhelyek\n5 csillagos hotelek Chongqing területén\n4 csillagos hotelek Chongqing területén\n3 csillagos hotelek Chongqing területén\nSuper 8 hotelek Chongqing\n7 Days Premium hotelek Chongqing\n7 Days Inn hotelek Chongqing\nHanTing Express hotelek Chongqing\nMotel 168 hotelek Chongqing\nDays Inn hotelek Chongqing\nElan Inn hotelek Chongqing\nSunshine Hotel hotelek Chongqing\nJinjiang Inn hotelek Chongqing\nHilton hotelek hotelek Chongqing\nInterContinental hotelek Chongqing\nGreenTree Inn hotelek Chongqing\nHotelek medencével Chongqing\nHotel ingyenes parkolással Chongqing\nKisállatbarát hotelek Chongqing\nHotelek a(z) Ciqikou (Porcelain Port) közelében\nHotelek a(z) Hongya Cave közelében\nHotelek a(z) Three Gorges Museum közelében\nHotelek a(z) Chongqing Zoo (Chongqing Dongwuyuan) közelében\nHotelek a(z) Jiefangbei Square közelében\nHotelek a(z) Jiefang Monument közelében\nHotelek a(z) Chongqing Chaotianmen közelében\nHotelek a(z) Ghost City of Fengdu közelében\nHotelek a(z) Three Gorges közelében\nHotelek a(z) Yangtze River Cableway közelében\nUtazási hírfolyam: Chongqing\nA legjobb hotelek repülőterek közelében itt: Chongqing, Kína\nHotelek Wanxiani repülőtér (WXN) közelében\n105 vendéglátóhely a(z) 172 közül megfelel a szűrési feltételeknek. Töröljön minden szűrőt\nSzűrésBármilyen távolságra innen: Wanxian Airport\nNo.2580 Binjiang Avenue, Shuangjiang Town, Yunyang County 404500, Kína\n29,0 km távolságra innen: Wanxian Airport\nNo.58 Shanghai Avenue, Wuqiao, Wanzhou District, Chongqing, Kína\n4,0 km távolságra innen: Wanxian Airport\n7F Aihua Longdu, No.86 Daping Changjiang 2nd Road, Yuzhong District, Chongqing, Kína\nNo. 256 Beibin Avenue 2nd Section, Chongqing, Kína\n4,4 km távolságra innen: Wanxian Airport\nNo.398 Wangpai Road, Wanzhou District, Chongqing 404000, Kína\n4,6 km távolságra innen: Wanxian Airport\nNo.218 Taibai Road, Wanzhou District, Chongqing 404000, Kína\n4,9 km távolságra innen: Wanxian Airport\nNo.143 Taibai Road, Wanzhou District, Chongqing, Kína\n5,0 km távolságra innen: Wanxian Airport\nNo.147 Dianbao Road, Wanzhou District, Chongqing, Kína\nNo.101 Yudong Residence, Chongqing 400000, Kína\n7F Trade City No. 128 Taibai Road, Wanzhou Districct, Chongqing, Kína\n14F Building 1, Yixin City Star, No. 19 Heping Road, Heping Square, Chongqing, Kína\n5,1 km távolságra innen: Wanxian Airport\nNo.94 Taibai Road, Wanzhou District, Chongqing 404000, Kína\nNo.91-97 Taibai Road, Wanzhou District, Chongqing 404000, Kína\nNo.223 Dianbao Road, Wanzhou District, Chongqing, Kína\nNo.2 Gezigou tTelegram Road, Chongqing, Kína\n5,2 km távolságra innen: Wanxian Airport\nNo.191 Zhanqian Road, Railway Station, Wanzhou District, Chongqing, Kína\nNo.28 Jigongling, Wanzhou District, Chongqing, Kína\n5,3 km távolságra innen: Wanxian Airport\nNo.1 Gaosuntang, Wanzhou District, Chongqing 404000, Kína\n5,4 km távolságra innen: Wanxian Airport\nNo.265 Dianbao Road, Wanzhou District, Chongqing, Kína\nNo.105 Baiyan Road, Wanzhou District, Chongqing 404000, Kína\n5,7 km távolságra innen: Wanxian Airport\nNo.51 Guoben Road, Wanzhou District, Chongqing, Kína\n6,2 km távolságra innen: Wanxian Airport\nNo.166-168 Shixian Road, Wanzhou District, Chongqing, Kína\nNo.149 Guoben Road, Wanzhou District, Chongqing 404199, Kína\n6,6 km távolságra innen: Wanxian Airport\nat junction of Tiancheng Avenue and Tianlong Road, Xingmao Food Palace, Wanzhou District, Chongqing, Kína\n7,4 km távolságra innen: Wanxian Airport\nNo.1-2/1-3 Building 8 Jinxiu Lishe, Shuangfeng Bridge, Yubei District, Chongqing, Kína\n14,8 km távolságra innen: Wanxian Airport\nRoom2811 Tower A, Langqing Square, Guanyin Bridge, Jiangbei District, Chongqing, Kína\n15,7 km távolságra innen: Wanxian Airport\nRoom40-21 TowerA, Langqing Square, Xihuan Road, Guanyin Bridge, Jiangbei District, Chongqing, Kína\n27F Building A, Langqing Plaza, Guanyin Bridge, Jiangbei District, Chongqing 400000, Kína\n35F Building A, Langqing Square, Xihuan Road, Guanyin Bridge, Jiangbei District, Chongqing, Kína\nNo.193 Qinglong Road, Yunyang County 404500, Kína\n29,2 km távolságra innen: Wanxian Airport


url: =Mural RJ | Adams MD | Myers EW | Smith HO | Miklos GL | Wides R | Halpern A | Li PW | Sutton GG | Nadeau J | Salzberg SL | Holt RA | Kodira CD | Lu F | Chen L | Deng Z | Evangelista CC | Gan W | Heiman TJ | Li J | Li Z | Merkulov GV | Milshina NV | Naik AK | Qi R | Shue BC | Wang A | Wang J | Wang X | Yan X | Ye J | Yooseph S | Zhao Q | Zheng L | Zhu SC | Biddick K | Bolanos R | Delcher AL | Dew IM | Fasulo D | Flanigan MJ | Huson DH | Kravitz SA | Miller JR | Mobarry CM | Reinert K | Remington KA | Zhang Q | Zheng XH | Nusskern DR | Lai Z | Lei Y | Zhong W | Yao A | Guan P | Ji RR | Gu Z | Wang ZY | Zhong F | Xiao C | Chiang CC | Yandell M | Wortman JR | Amanatides PG | Hladun SL | Pratts EC | Johnson JE | Dodson KL | Woodford KJ | Evans CA | Gropman B | Rusch DB | Venter E | Wang M | Smith TJ | Houck JT | Tompkins DE | Haynes C | Jacob D | Chin SH | Allen DR | Dahlke CE | Sanders R | Li K | Liu X | Levitsky AA | Majoros WH | Chen Q | Xia AC | Lopez JR | Donnelly MT | Newman MH | Glodek A | Kraft CL | Nodell M | Ali F | An HJ | Baldwin-Pitts D | Beeson KY | Cai S | Carnes M | Carver A | Caulk PM | Center A | Chen YH | Cheng ML | Coyne MD | Crowder M | Danaher S | Davenport LB | Desilets R | Dietz SM | Doup L | Dullaghan P | Ferriera S | Fosler CR | Gire HC | Gluecksmann A | Gocayne JD | Gray J | Hart B | Haynes J | Hoover J | Howland T | Ibegwam C | Jalali M | Johns D | Kline L | Ma DS | MacCawley S | Magoon A | Mann F | May D | McIntosh TC | Mehta S | Moy L | Moy MC | Murphy BJ | Murphy SD | Nelson KA | Nuri Z | Parker KA | Prudhomme AC | Puri VN | Qureshi H | Raley JC | Reardon MS | Regier MA | Rogers YH | Romblad DL | Schutz J | Scott JL | Scott R | Sitter CD | Smallwood M | Sprague AC | Stewart E | Strong RV | Suh E | Sylvester K | Thomas R | Tint NN | Tsonis C | Wang G | Wang G | Williams MS | Williams SM | Windsor SM | Wolfe K | Wu MM | Zaveri J | Chaturvedi K | Gabrielian AE | Ke Z | Sun J | Subramanian G | Venter JC | Pfannkoch CM | Barnstead M | Stephenson LD\nScience (New York, N.Y.) | May 31, 2002\nPubmed ID: 12040188 RIS Download\nMesh terms: Animals | Base Composition | Chromosomes | Chromosomes, Human | Computational Biology | Conserved Sequence | Databases, Nucleic Acid | Evolution, Molecular | Genes | Genetic Markers | Genome | Genome, Human | Genomics | Humans | Mice | Mice, Inbred A | Mice, Inbred DBA | Mice, Inbred Strains | Molecular Sequence Data | Physical Chromosome Mapping | Proteins | Sequence Alignment | Sequence Analysis, DNA | Species Specificity | Synteny\nComparative mapping of 9 human chromosome 22q loci in the laboratory mouse. (Bućan M 1993)\nMapping of glutathione transferase (GST) genes in the rat. (Klinga-Levan K 1993)\nComparative mapping of human Chromosome 14q11.2-q13 genes with mouse homologous gene regions. (Kamnasaran D 2000)\nComparative mapping of anchor loci from HSA19 to cattle chromosomes 7 and 18. (Gao Q 1998)\nUsing shared genomic synteny and shared protein functions to enhance the identification of orthologous gene pairs. (Zheng XH 2005)\nFraction of genome that is LINE and SINE in mouse mus musculus was 36 %, see BioNumbers database.


url: =Top 10 stocks | SSE Composite (China) | February 19, 2021\n1. Changchun Faway (L, CN) Auto Parts & Equipment\n1. Changchun Faway (L, CN) Auto Parts & Equipment 100\n2. Hangzhou Jiebai (L, CN) Department Stores\n2. Hangzhou Jiebai (L, CN) Department Stores 100\n3. Wuchan Zhongda (XXL, CN) Distributors\n3. Wuchan Zhongda (XXL, CN) Distributors 100\n4. Shandong Huatai Paper (L, CN) Paper Products\n4. Shandong Huatai Paper (L, CN) Paper Products 100\n5. Shanghai Pharmaceutical (XXL, CN) Health Care Distributors\n5. Shanghai Pharmaceutical (XXL, CN) Health Care Distributors 100\n6. Sichuan Languang Development (XL, CN) Pharmaceuticals\n6. Sichuan Languang Development (XL, CN) Pharmaceuticals 100\n7. Sanxing Medical Electric (L, CN) Electr. Components & Equipment\n7. Sanxing Medical Electric (L, CN) Electr. Components & Equipment 100\n8. Yangquan Coal (XL, CN) Coal & Consumable Fuels\n8. Yangquan Coal (XL, CN) Coal & Consumable Fuels 100\n9. AnHui WanJiang Logistics (L, CN) Marine Ports & Services\n9. AnHui WanJiang Logistics (L, CN) Marine Ports & Services 100\n10. Chongqing Department Store (XL, CN) Department Stores\n10. Chongqing Department Store (XL, CN) Department Stores 100\nFebruary 19, 2021. Top 10s are published weekly by Top 10 schedule. (Free Stock Update)\n1. Cinda Real Estate (L, CN) Real Estate Development\n1. Cinda Real Estate (L, CN) Real Estate Development 91\n2. Offshore Oil Engineering (L, CN) Oil & Gas Equipment\n2. Offshore Oil Engineering (L, CN) Oil & Gas Equipment 71\n3. Changchun Faway (L, CN) Auto Parts & Equipment\n3. Changchun Faway (L, CN) Auto Parts & Equipment 100\n4. Gansu Qilianshan Cement (L, CN) Construction Materials\n4. Gansu Qilianshan Cement (L, CN) Construction Materials 92\n5. Joincare Pharmaceutical (L, CN) Pharmaceuticals\n5. Joincare Pharmaceutical (L, CN) Pharmaceuticals 77\n6. CNOOC Energy Technology & Services (XL, CN) Oil & Gas Equipment\n6. CNOOC Energy Technology & Services (XL, CN) Oil & Gas Equipment 51\n7. Poly Developments (XXL, CN) Real Estate Development\n7. Poly Developments (XXL, CN) Real Estate Development 77\n8. Xiamen Xiangyu (XXL, CN) Air Freight & Logistics\n8. Xiamen Xiangyu (XXL, CN) Air Freight & Logistics 87\n9. CTS International Logistics (L, CN) Air Freight & Logistics\n9. CTS International Logistics (L, CN) Air Freight & Logistics 48\n10. CSC Financial (L, CN) Investment Banking & Brokerage\n10. CSC Financial (L, CN) Investment Banking & Brokerage 38\n1. Triangle Tyre (L, CN) Tires & Rubber\n1. Triangle Tyre (L, CN) Tires & Rubber 87\n2. Huatai Securities (L, CN) Investment Banking & Brokerage\n2. Huatai Securities (L, CN) Investment Banking & Brokerage 87\n3. Offshore Oil Engineering (L, CN) Oil & Gas Equipment\n3. Offshore Oil Engineering (L, CN) Oil & Gas Equipment 71\n4. Liaoning Wellhoperi (L, CN) Agricultural Products\n4. Liaoning Wellhoperi (L, CN) Agricultural Products 94\n5. China Railway Tielong (L, CN) Railroads\n5. China Railway Tielong (L, CN) Railroads 96\n7. CNOOC Energy Technology & Services (XL, CN) Oil & Gas Equipment\n7. CNOOC Energy Technology & Services (XL, CN) Oil & Gas Equipment 51\n8. Guotai Junan Securities (XL, CN) Investment Banking & Brokerage\n8. Guotai Junan Securities (XL, CN) Investment Banking & Brokerage 87\n9. Tonglin Jingda (L, CN) Electr. Components & Equipment\n9. Tonglin Jingda (L, CN) Electr. Components & Equipment 94\n10. CTS International Logistics (L, CN) Air Freight & Logistics\n10. CTS International Logistics (L, CN) Air Freight & Logistics 48\n2. Qingdao Port International (L, CN) Marine Ports & Services\n2. Qingdao Port International (L, CN) Marine Ports & Services 87\n3. Zhejiang Medicine (L, CN) Pharmaceuticals 93\n4. Huatai Securities (L, CN) Investment Banking & Brokerage\n4. Huatai Securities (L, CN) Investment Banking & Brokerage 87\n5. DIMA (L, CN) Real Estate Development\n5. DIMA (L, CN) Real Estate Development 96\n6. Liaoning Wellhoperi (L, CN) Agricultural Products\n6. Liaoning Wellhoperi (L, CN) Agricultural Products 94\n7. Shanghai Zijiang Enterprise (L, CN) Metal & Glass Containers\n7. Shanghai Zijiang Enterprise (L, CN) Metal & Glass Containers 91\n8. China Railway Tielong (L, CN) Railroads\n8. China Railway Tielong (L, CN) Railroads 96\n9. Gansu Qilianshan Cement (L, CN) Construction Materials\n9. Gansu Qilianshan Cement (L, CN) Construction Materials 92\n10. Zhejiang Orient (L, CN) Distributors\n10. Zhejiang Orient (L, CN) Distributors 89\nTop 10 Stocks from the purely finance fact-based Obermatt Method for the investment strategies Value, Growth and Safety in the stock index Shanghai Stock Exchange Composite Index SSE from February 19, 2021.


url: =Biosynthesis of Bacterial Cellulose for in-situ Assembly of Intelligent Packaging with Natural Dyes\nPengfei Lv,\tXiaomin Lu,\tHuimin Zhou,\tXiaohang Sun\nEdible Additives & Cellulosic Paper\nJinming Wan,\tXueren Qian,\tMeiyun Zhang,\tShunxi Song,\tJing Shen\nPaper Fillers Innovations: From Design of Particles to Preparing Filler Composites\nShunxi Song,\tZeshi Wu,\tJingyi Nie\nGreen Synthesis of AgNPs Using Lignocellulose Nanofibrils as a Reducing and Supporting Agent\nJun-Kyu Han,\tAlle Madhusudhan,\tRajkumar Bandi,\tChan-Woo Park,\tJin-Chul Kim,\tYong-Kyu Lee,\tSeung-Hwan Lee,\tJong-Myoung Won\nGervais Kounou Dongo,\tNdi Julius Nsami,\tKetcha Joseph Mbadcam\nTreatment of Fresh Water Hyacinth with Essential Oil Emulsion and Subsequent Use of the Plant Material for Control of Aspergillus flavus on Rice Dessert Products\nSumethee Songsamoe,\tNarumol Matan\nMechanical Analysis of Bamboo and Agro-industrial Residue One-layer Particleboard\nSilvia Marana Nasser,\tElen Aparecida Martines Morales,\tLuiz Eduardo Rodrigues Pereira,\tRafael Augusto Eugênio,\tJoão Carlos Biazzon,\tMauri Pedroso de Lima Junior,\tMarcus Antonio Pereira Bueno,\tAndréia Archangelo,\tValter Roberto de Brito Celestino,\tHanilton Marana Nasser,\tLarissa Galante Dias,\tMarcelo Rodrigo Munhoz,\tGustavo José Corrêa Gonçalves,\tRicardo Breganon,\tIvaldo de Domenico Valarelli\nExperimental Study on Notched Connectors for Glulam-lightweight Concrete Composite Beams\nYuchen Jiang,\tXiamin Hu,\tWan Hong,\tJun Zhang,\tFangqian He\nEffect of Beeswax Impregnation on the Dimensional Stability, Surface Properties, and Thermal Characteristics of Wood\nYajing Li,\tJing Qian,\tZhenyu Wang,\tLijie Qu,\tJingjing Gao,\tSonglin Yi,\tZhengbin He\nRabiatol Adawiah Mohd Ali,\tZaidon Ashaari,\tSeng Hua Lee,\tMohd Khairun Anwar Uyup,\tEdi Suhaimi Bakar,\tNur Izreen Farah Azmi\nProduction of Tannins from Acacia nilotica Pods for the Leather Manufacturing Industry – Extractions, Characterization, and Optimization Using Design of Experiment\nMohammed Haji Alhaji,\tMikhail Sabo Abdullahi,\tEuchariah Ngozi Oparah,\tHabila Bitrus,\tAndrew Ragai Henry Rigit\nSelected Properties of Mahogany Wood Flour Filled Polypropylene Composites: The Effect of Maleic Anhydride-Grafted Polypropylene (MAPP)\nQualitative Research: The Impact of Root Orientation on Coarse Roots Detection Using Ground-Penetrating Radar (GPR)\nMingkai Wang,\tJian Wen,\tWenbin Li\nMaximizing Pulp Output and Quality through Measurement of Plate Gap Temperature in High-consistency Refining\nAntti Fredrikson,\tJouni Paltakari\nProperties of Green Particleboard Manufactured from Coconut Fiber Using a Potato Starch Based Adhesive\nAmina Adedoja Owodunni,\tJunidah Lamaming,\tRokiah Hashim,\tOwolabi Folahan Abdulwahab Taiwo,\tMohd Hazwan Hussin,\tMohamad Haafiz Mohamad Kassim,\tYazmin Bustami,\tOthman Sulaiman,\tMohd Hazim Mohamad Amini,\tSalim Hiziroglu\nSyngas Production by Catalytic Pyrolysis of Rice Straw over Modified Ni-based Catalyst\nKui Lan,\tZhenhua Qin,\tZeshan Li,\tRui Hu,\tXianzhou Xu,\tWeitao He,\tJianfen Li\nNathan E. Irby,\tFrederico Jose Nistal França,\tH. Michael Barnes,\tR. Daniel Seale,\tRubin Shmulsky\nUltrasonic Induced Material Compression During the Gap-controlled Reshaping of Dry Paper Webs by Embossing or Deep Drawing\nAndré Hofmann,\tMarek Hauptmann\nFree Formaldehyde Reduction in Urea-formaldehyde Resin Adhesive: Modifier Addition Effect and Physicochemical Property Characterization\nKeke Liu,\tChangqing Su,\tWeiwu Ma,\tHailong Li,\tZheng Zeng,\tLiqing Li\nImprovement of Water Resistance and Mechanical Properties of Fast-growing Poplar with Bio-based Isobornyl Methacrylate Monomer\nJi Xu,\tZhaolan Zhai,\tXingyan Yan,\tZhanqian Song,\tShibing Shang,\tXiaoping Rao\nLaura Grace Raymond,\tDavid Sandquist,\tStefan James Hill,\tRodger Meder,\tVolker C. Behr\nAccommodating Log Dimensions and Geometry in Log Procurement Decisions for Spindleless Rotary Veneer Production\nTyron James Venn,\tRobbie L. McGavin,\tAlisher Ergashev\nCarbon Fibers Derived from Pure Alkali Lignin Fibers Through Electrospinning with Carbonization\nTunnapat Worarutariyachai,\tSurawut Chuangchote\nInfluence of Sodium Carbonate Addition on Weight Loss of Bagasse Alkaline Black Liquor during Pyrolysis\nXusheng Li,\tJinlong Wang,\tDerong Yan,\tYongjun Yin,\tShuangfei Wang\nSynthesis and Characterization of Nano-fibrillated Cellulose Derived from Green Agave americana L. Fiber\nPaladugu Krishnadev,\tKizhaeral S. Subramanian,\tGnanaguru Janaki Janavi,\tShanmugam Ganapathy,\tArunachalam Lakshmanan\nInfluence of Silk Fibroin Content on Cellulose Blend Film Using LiBr Solution\nJiwook Yang,\tGu-Joong Kwon,\tKyojung Hwang,\tJihui Byeon,\tGajanan S. Ghodake,\tSurendra K. Shinde,\tSeunghun Hyun,\tDae-Young Kim\nEvaluation of Fungicidal Effects of Post-culture Medium of Selected Mold Fungi and Bacteria in Relation to Basidiomycetes Fungi, Causing Wood Destruction\nIzabela Betlej,\tAndres Boguslaw,\tKrzysztof Jan Krajewski\nZuzana Mitalova,\tDusan Mital,\tFrantisek Botko,\tJuliana Litecka,\tJozef Zajac,\tMarta Harnicarova,\tJan Valicek\nStrength and Stiffness of 8-Inch Deep Mixed Hardwood Composite Timber Mats\nFrank C. Owens,\tR. Daniel Seale,\tRubin Shmulsky\nOne-pot Fabrication of Cellulose-collagen Fibrous Networks for Potential Use as Wound Dressing: From Characterization to First Evaluation of Cytocompatibility\nWei Xu,\tDie Zhang,\tJie Cai,\tShui-Yuan Cheng,\tWen-Ping Ding\nWenjing Xiao,\tHuiting Song,\tHuanan Li,\tXu Li,\tYuxian Yang,\tPan Hu,\tShanna Zhou,\tYanmei Hu,\tXinyi Xu,\tZhuo Zhang,\tZhengbing Jiang\nUtilization of Xylan-rich Steam Explosion Liquid from Processing of Poplar for Hydrogel Synthesis\nHuimei Wang,\tZhong Liu,\tLanfeng Hui,\tLan Ma,\tXiaodi Wang,\tBianzhi Zhang\nWater-Jet Assisted Laser Cutting of Korean Pine (Pinus koraiensis): Process and Parameters Optimization\nTing Jiang,\tChunmei Yang,\tYueqiang Yu,\tYuexuan Lou,\tJiuqing Liu,\tYan Ma\nEvaluation of the Process Thermal Treatment of Maple Wood Saturated Water Steam in Terms of Change of pH and Color of Wood\nLadislav Dzurenda,\tAnton Geffert,\tJarmila Geffertova,\tMichal Dudiak\nIdentification of Phosphate-solubilizing Microorganisms and Determination of Their Phosphate-solubilizing Activity and Growth-promoting Capability\nYing-Ying Wang,\tPei-Shan Li,\tBi-Xian Zhang,\tYan-Ping Wang,\tJing Meng,\tYun-Fei Gao,\tXin-Miao He,\tXiao-Mei Hu\nThe Structure of Dislocations in Hemp (Cannabis sativa L.) Fibres and Implications for Mechanical Behaviour\nAlbert Hernandez-Estrada,\tMehedi Reza,\tMark Hughes\nJianan Feng,\tWeixing Zhang,\tLei Wang,\tChunxia He\nAbsorptive Process and Biological Activity of Ulva prolifera and Algal Bioremediation of Coking Effluent\nWenhui Gu,\tGuangce Wang\nLaccase Production by Pycnoporus sp. W-9 Using Rose Dregs and Its Application for Phenol Degradation\nXiaohui Liang,\tDongliang Hua,\tYuxiao Zhao,\tHongyu Si,\tBing Wang\nOptimization of Sulfonated Chemi-Mechanical Pulping of Palm Oil Empty Fruit Bunch Using Response Surface Methodology\nYang Ping,\tKai Liu,\tPeiqi Lyu,\tLihuan Mo,\tJun Li\nThermal Conductivity and Deformation of Taxodium Hybrid ‘Zhongshanshan’ during Heat Transfer Process\nYuehua Zhu,\tYaoli Zhang,\tBiao Pan\nFactors Affecting the Temperature Increasing Rate in Arc-shaped Bamboo Pieces during High-frequency Heating\nFeihu Chang,\tYanhe Liu,\tBin Zhang,\tWabsi Fu,\tPengfei Jiang,\tJianbo Zhou\nImpact of Pressing Regime and Substrate Type on Bond Quality of Decorative Veneer\nVladislav Zdravkovic,\tTanja Palija,\tAleksandar Lovric,\tAndjela Obradovic\nConstruction Board Resistance to Accelerated Aging\nRadosław Mirski,\tAdam Derkowski,\tDorota Dziurka\nDelayed Elastic Strain and Set-recovery Evaluation in High-pressure Densified Hybrid Poplar Wood – New Assessment Considerations\nKaiya Yan,\tFengming Zhang,\tYang Du,\tHosahalli S. Ramaswamy,\tSongming Zhu,\tLihui Hu,\tYong Yu\nEffects of Heat Treatment Systems on the Physical Properties of Coated Scots pine (Pinus sylvestris L.) and poplar (Populus euramericana)\nDegradations of Tannin and Saponin and Changes in Nutrition during Co-composting of Shell and Seed Cake of Camellia oleifera Abel\nJinping Zhang,\tYue Ying,\tXiaohua Yao,\tWeihua Huang,\tXiangsheng Tao\nPreparation, Characterization, and Oxygen Barrier Properties of Regenerated Cellulose/Polyvinyl Alcohol Blend Films\nQianqian Zhu,\tJingjing Wang,\tJianzhong Sun,\tQianqian Wang\nThermal Decomposition Kinetics of Core-shell Structured Wood-plastic Composites: Effect of White Mud Loadings on the Shell Layer\nYu Xian,\tCuicui Wang,\tGe Wang,\tLeemiller Smith,\tHaitao Cheng\nFunctional Design of Sonotrodes for Deep-drawing of Cardboard\nAlbrecht Lowe,\tAnke Nikowski,\tMarek Hauptmann\nOrganosolv Fractionation of Waste Biomass for Lignin Production Enhanced by Oxygen\nJing Li,\tHuifang Zhao,\tXuejin Zhang,\tChen Liang\nAntifungal Ability and Decay Resistance of Fokienia hodginsii Heartwood Extract and its Inhibitory Effect on Gloeophyllum trabeum\nJian-Fei Wu,\tXue-Feng Zhuang,\tHong-mei Yuan,\tQuan Li,\tWei Wang,\tJi-Qing Li,\tJin-Guo Lin\nChitosan Oligomers and Related Nanoparticles as Environmentally Friendly Wood Preservatives\nLaya Khademibami,\tDragica Jeremic,\tRubin Shmulsky,\tH. Michael Barnes\nInvestigation of New and Recovered Wood Shipping Platforms in the United States\nNathan Gerber,\tLaszlo Horvath,\tPhilip Araman,\tBrad Gething\nIsolation and Identification of Fungi Inhabiting Rubber-impregnated Wood, and Their Role of Quality Changing the Impregnated Wood\nNoor Rahmawati,\tIhak Sumardi,\tRudi Dungani\nA Comprehensive Evaluation and Optimal Utilization Structure of Crop Straw-based Energy Production in Eastern China\nShiwei Su,\tZhihan Yu,\tWen Zhu,\tWei-Yew Chang\nImpact of Cyclic Densification on Bending Strength and Modulus of Elasticity of Wood from Temperate and Tropical Zones\nSynthesis of Nano-film from Nanofibrillated Cellulose of Banana Pseudostem (Musa spp.) to Extend the Shelf life of Tomato\nPonnudurai Ponni,\tKizhaeral S. Subramanian,\tGnanaguru Janaki Janavi,\tJayasankar Subramanian\nLiting Cheng,\tJian Dai,\tZhiguo Yang,\tWei Qian,\tWei Wang,\tZiyi Wang,\tZhongwei Gao\nCondensation Reaction and Crystallization of Urea-Formaldehyde Resin during the Curing Process\nZhongjian Ding,\tZhongqiang Ding,\tTianlin Ma,\tHua Zhang\nScreening of Cellulose-degrading Fungi in Forest Litter and Fungal Effects on Litter Decomposition\nSiqi Sun,\tYuetai Weng,\tXueying Di,\tZhihua Liu,\tGuang Yang\nXylanase SMXL1 from Stenocarpella maydis: Purification and Biochemical Characterization\nEdna M. Hernández-Domínguez,\tJorge Álvarez-Cervantes,\tPedro Gersain Lucio-Ávila,\tGerardo Díaz-Godínez,\tYuridia Mercado-Flores\nEffects of Apple and Pear Wood Vinegar Components on Pleurotus ostreatus Mycelium Growth\nHao Xu,\tJian Zhao,\tJing Yang,\tJingcong Xie,\tNing Zhang,\tJianchun Jiang\nThe Readiness of Peninsular Malaysia Wood-based Industries for Achieving Sustainability\nNur Amira Zainul Armir,\tSarani Zakaria,\tRawshan Ara Begum,\tNorshamliza Chamhuri,\tNoratiqah Mohd Ariff,\tJalaluddin Harun,\tNoorlaila Mohd Talib,\tMohd Amin Kadir\nAfrican Blackwood (Dalbergia melanoxylon) and Other Local Tanzanian Tree Species’ Biological Performance against Subterranean Termites and Wood Decay Fungi\nKazushi Nakai,\tTsuyoshi Yoshimura\nFiber Content Determination of Linen/Viscose Blends Using NIR Spectroscopy\nJing Huang,\tChongwen Yu\nEvaluation of the Solid Digestate from Garage-type High Solids Anaerobic Digestion of Bundled Rice Straw and Swine Manure as a Growth Medium for Seeding Production\nJingjing Fu,\tBiao Ma,\tBinxing Xu,\tChunsong Guan,\tAibing Wu,\tYongsheng Chen\nRegenerated Waste Tire Powders as Fillers for Wood Fiber Composites\nXinwu Xu,\tFeiyu Tian,\tXiaoke Li\nDefect Identification Method for Poplar Veneer Based on Progressive Growing Generated Adversarial Network and MASK R-CNN Model\nKai Hu,\tBaojin Wang,\tYi Shen,\tJieru Guan,\tYi Cai\nPore Structure Characterization of Oak via X-ray Computed Tomography\nLiangyan Guo,\tHongchao Cheng,\tJunfeng Chen,\tWentao Chen,\tJingyao Zhao\nStudies on the Durability of Wood-cement Particleboards Produced with Residues of Pinus spp., Silica Fume, and Rice Husk Ash\nAdauto José Miranda de Lima,\tSetsuo Iwakiri,\tKestur Gundappa Satyanarayana,\tMaría Guadalupe Lomelí-Ramírez\nA Formaldehyde-free Adhesive for Particleboards Based on Soy Flour, Magnesium Oxide, and a Plant-derived Enzymatic Hydrolysate\nFrancesco Balducci,\tStergios Adamopoulos,\tClaudio Pettinari,\tEnrico Canti,\tCorrado Di Nicola,\tAlessia Tombesi,\tAlessandra Cecchini,\tChristian Gabbani\nInfluence of a Thermal Treatment on the Tensile Strength and Equilibrium Moisture Content of Bamboo (Guadua angustifolia Kunth)\nRicardo Acosta,\tJorge Augusto Montoya,\tGoran Schmidt\nFinite Element Analysis of Strap Lap Bonding Joints for Wood Powder/Polyethylene Composites with Combined Surface Treatment\nDongyan Zhou,\tMingwei Di\nThe Influence of Culture Medium Components on the Physical and Mechanical Properties of Cellulose Synthesized by Kombucha Microorganisms\nIzabela Betlej,\tRenata Salerno-Kochan,\tKrzysztof J. Krajewski,\tJanusz Zawadzki,\tPiotr Boruszewski\nSelcuk Demirci,\tHarun Diler,\tAli Kasal,\tYusuf Ziya Erdil\nWater and Oil Resistance Improvement of Paper Coated with Aqueous Mixture of Hydrophilic and Hydrophobic Cross-Linked Copolymers\nZhaoping Song,\tJiebin Tang,\tHuili Wang,\tFeixiang Guan,\tYutao Wu,\tWenxia Liu\nMolecular Expression of a Recombinant Thermostable Bacterial Amylase from Geobacillus stearothermophilus SR74 Using Methanol-free Meyerozyma guilliermondii Strain SO Yeast System\nNurul Syazwani Mohamad Nasir,\tChor Thean Leow,\tSiti N. H. Oslan,\tAbu Bakar Salleh,\tSiti Nurbaya Oslan\nCationic Polyacrylamide Emulsion with Ultra-high Concentration as a Flocculant for Paper Mill Wastewater Treatment\nKaiji Yang,\tJinghuan Chen,\tChunli Yao\nMagnetic Cellulose Beads as Support for Enzyme Immobilization Using Polyelectrolytes through Electrostatic Adsorption\nRina Wu,\tLe Liu\nCombined Water Extraction and Sodium Chlorite Pretreated Spent Mushroom Compost for Protease Production by Separate Hydrolysis and Fermentation and Simultaneous Saccharification and Co-fermentation\nPei Lu,\tBin-Bin Hu,\tYu-Tao Wang,\tMing-Jun Zhu\nMode II Fracture Behavior of Parallel Strand Bamboo Measured by 3-Point End-Notched Flexure Tests\nZhen-wen Zhang,\tJia-liang Zhang,\tYu-shun Li,\tRui Liu\nLysates of Metschnikowia Yeast with Higher Content of Hydroxyproline\nEwelina Pawlikowska,\tMonika Szymanska,\tJoanna Berlowska,\tDorota Kregiel\nSynthesis and Characterization of Micro-nano Carbon Filler from Jatropha Seeds\nPerry Nyuk Khui Law,\tMd Rezaur Rahman,\tSinin Hamdan,\tElammaran Jayamani,\tMuhammad Khusairy Bin Bakri,\tKhairuddin Sanaullah\nAluminium Trihydrate-filled Poly(methyl methacrylate) (PMMA/ATH) Waste Powder Utilization in Wood-plastic Composite Boards Bonded by MUF Resin\nMatej Vovk,\tMilan Sernek\nOptimization of Technological Parameters of Water Jet Cutting of Red Oak and Bamboo Based on Three-Dimensional Surface Topography Measurement\nWenBo Xie,\tJiujin Fang,\tZheng Wang,\tLingxiu Huang\nAnalysis of Relations between the Moduli of Elasticity in Compression, Tension, and Static Bending of Hardwoods\nJoão Paulo Boff Almeida,\tVinícius Borges Moura Aquino,\tAnderson Renato Vobornik Wolenski,\tCristiane Inácio Campos,\tJulio Cesar Molina,\tEduardo Chahud,\tFrancisco Antonio Rocco Lahr,\tAndré Luis Christoforo\nImpact of Copper and Its Nanoparticles on Growth, Ultrastructure, and Laccase Production of Aspergillus niger using Corn Cobs Wastes\nTarek M. Abdel Ghany,\tMarwah M. Bakri,\tAisha M. H. Al-Rajhi,\tMohamed A. Al Abboud,\tM. M. Alawlaqi,\tAbdel Rhaman M. Shater\nFlexible Nanocellulose/Poly(ethylene glycol) Diacrylate Hydrogels with Tunable Poisson’s Ratios by Masking and Photocuring\nChanyu Bai,\tAimin Tang,\tShan Zhao,\tWangyu Liu\nDefining the Differences in Corporate Culture in Wood-processing and Forest Enterprises\nSilvia Lorincová,\tKatarína Stachová,\tZdenko Stacho,\tZuzana Joniaková,\tJana Blštáková,\tMartina Lipoldová,\tMiloš Hitka\nStudy on Catalytic Conversion of Cellulose to 5-Hydroxymethyl Furfural by Directional Degradation in Deep Eutectic Solvents\nHongyan Yang,\tJinyan Lang,\tJunliang Lu,\tPing Lan,\tHeng Zhang\nThermogravimetric Mass Spectrometry of Lignin Pyrolysis under the Co-action of CaO and K2HPO4·3H2O\nFalin Chen,\tJinfang Yao,\tYuyu Lin,\tMingyan Gu,\tShang Li\nCompounds Extracted from Larch, Birch bark, Douglas Fir, and Alder Woods with Four Different Solvents: Effects on Five Skin-related Microbes\nAnja Schuster,\tNina Ortmayr,\tGertie Janneke Oostingh,\tBettina Stelzhammer\nAhmad Samariha,\tBehzad Bazyar\nOptimization of Extraction of Chaenomeles lagenaria Polysaccharide and its Antibacterial Activity\nYahua Wu,\tXinyue Yin,\tJie Li,\tShiquan Qian\nBacterial Cellulose as a Carbon Nano-fiber Precursor: Enhancement of Thermal Stability and Electrical Conductivity\nFateme Rezaei,\tRabi Behrooz,\tShahram Arbab,\tEhsanollah Nosratian Sabet\nEffect of Wood Particle Size on Selected Properties of Neat and Recycled Wood Polypropylene Composites\nVedat Cavus,\tFatih Mengeloğlu\nDimensional Stability of Lotus Leaf-like Nanostructure Superhydrophobic Bamboo by Modification Using Xylan\nXun Gao,\tLing Su,\tGuiquan Jiang,\tJiuyin Pang,\tLin Lin\nChlorhexidine Digluconate Uptake and Release from Alkane-crosslinked Nanocellulose Hydrogels and Subsequent Antimicrobial Effect\nJaka Levanič,\tIda Poljanšek,\tViljem Vek,\tMojca Narat,\tPrimož Oven\nJun Han,\tLirong Lei,\tFangrui Cai,\tYouming Li\nRules and Mechanism for the Oxidation of Lignin-based Aromatic Aldehyde under Alkaline Wet Oxygen\nHaibo Deng,\tHao Zhang,\tZelong Wu,\tXiuzhi Tian,\tXue Jiang,\tWeimin Guo\nCyclic Loading Test of a Bamboo-steel Hybrid Frame with Novel Energy-dissipation Connections\nYanhua Wang,\tYan Feng,\tZirui Huang,\tZhongfan Chen\nYan Yang,\tYiming He,\tLi Han,\tAifeng Wang,\tWei Wang,\tRui Zhao,\tBin Li\nEffects of Moisture Content on Lap-shear, Bending, and Tensile Strength of Lap-jointed and Finger-Jointed Southern Pine using Phenol Resorcinol Formaldehyde and Melamine Urea Formaldehyde\nJian Liu,\tKong Yue,\tFeng Wang,\tJinhao Wu,\tZhongqiu Tang,\tZhangjing Chen,\tWeidong Lu,\tWeiqing Liu\nPhytomanagement of a Chromium-contaminated Soil by a High-value Plant: Phytostabilization of Heavy Metal Contaminated Sites\nLi-Li Ye,\tYong-Shan Chen,\tYu-Dao Chen,\tLian-Wen Qian,\tWen-Li Xiong,\tJing-Hua Xu,\tJin-Ping Jiang\nPreparation and Performance of Modified Montmorillonite-reinforced Wood-based Foamed Composites\nQingde Li,\tYingyi Liang,\tFeng Chen,\tTonghui Sang\nFailure Modes of Insulating Pressboard Subjected to High Electric Fields and Durations: Evidence of Partial Discharge and Changes at the Microscopic Scale\nYongqiang Wang,\tRuoyu Fei,\tChanghui Feng,\tSen Fang\nChemical and Thermal Characterizations of Pinus sylvestris and Pinus pinaster\nGulnur Mertoglu Elmas,\tNural Yılgor\nGuizhuan Xu,\tShaohao Zhang,\tZhangbin Zheng,\tChen Wang,\tShijie Wang,\tHongge Tao\nPretreatment of Sophora flavescens Residues to Produce Fermentable Sugars for Lactic Acid Production: Optimization and Mechanism Analysis\nMing Gao,\tJuan Wang,\tXiaoyu Ma,\tNa Song,\tWenbin Zhu,\tQunhui Wang,\tChuanfu Wu\nFrom Norway Spruce Bark to Carbon Foams: Characterization, and Applications\nToni Varila,\tHanna Brännström,\tPetri Kilpeläinen,\tJarkko Hellström,\tHenrik Romar,\tJuha Nurmi,\tUlla Lassi\nEffect of Accelerated Aging on the Color Changes of Wood Treated with Eco-friendly Formulations Based on Propolis and Silicon Compounds\nBarbara Lis,\tMagdalena Woźniak,\tTomasz Krystofiak,\tIzabela Agnieszka Ratajczak\nEvaluation of CCB-Preserved Medium Density Particleboards under Natural Weathering\nSabrina Fernanda Sartório Poleto,\tVinicius Borges de Moura Aquino,\tEduardo Chahud,\tRoberto Vasconcelos Pinheiro,\tLuiz Antonio Melgaço Nunes Branco,\tDiogo Aparecido Lopes Silva,\tCristiane Inácio Campos,\tJulio Cesar Molina,\tCarlos Maviael Carvalho,\tAndré Luis Christoforo,\tFrancisco Antonio Rocco Lahr\nAcetylation of Bacterial Cellulose Using N-Methyl-imidazole as a Catalyst Under Solvent-free and N,N-dimethylacetamide/Lithium Chloride Solvent Systems\nJian Wu,\tYanlei Tao,\tAlei Geng,\tRongrong Xie,\tDaochen Zhu,\tQianqian Wang,\tLushan Sun,\tJianzhong Sun\nJingang Huang,\tKangyin Guo,\tBinfang Shi,\tWei Han,\tPingzhi Hou,\tJunhong Tang\nEffects of Pressure Maintenance and Strain Maintenance during Compression on Subsequent Dimensional Stability and Density after Relaxation of Blocks of Chopped Corn Straw\nHonglei Jia,\tTianyou Chen,\tShengwei Zhang,\tXumin Sun,\tHongfang Yuan\nPyrolysis of Coconut Cloth in a Microwave Reactor: Effect of Pyrolysis Parameters on Product Yield and Characterization of Liquid Product and Biochar\nQiqi Dai,\tJin Li,\tYang Cao,\tXiaocui Wei,\tHongbiao Tang\nMikko Kanerva,\tVsevolod Matrenichev,\tRama Layek,\tTimo M. Takala,\tPekka Laurikainen,\tEssi Sarlin,\tAnna-Maria Elert,\tVladimir Yudin,\tJani Seitsonen,\tJanne Ruokolainen,\tPer Saris\nQilan Fu,\tXiang-Ming Wang,\tAlain Cloutier,\tFabrice Roussiere\nDynamic and Static Comparison of Beech Wood Dovetail, Tongue and Groove, Halving, and Dowel Joints\nAmir Mollahassani,\tAmirHooman Hemmasi,\tHabibollah Khademi Eslam,\tAmir Lashgari,\tBehzad Bazyar\nSimulation of Stress and Strain Analysis on a Delimbing Knife with Replaceable Cutting Edge\nJán Melicherčík,\tJozef Krilek,\tPavol Harvánek\nProperties of Cellulose Nanofibril Produced from Wet Ball Milling after Enzymatic Treatment vs. Mechanical Grinding of Bleached Softwood Kraft Fibers\nJinsong Zeng,\tLu Liu,\tJinpeng Li,\tJiran Dong,\tZheng Cheng\nNatural Weathering’s Effect on Mechanical Properties of Short Cycle Coconut Trunk Lumber Impregnated Using Kraft Black Liquor\nRudi Dungani,\tTati Karliati,\tAnne Hadiyane,\tTakashi Tanaka,\tMasaaki Yamada,\tSri Hartati,\tMustika Dewi,\tJamaludin Malik\nEnhanced Sugars Production with High Conversion Efficiency from Alkali-pretreated Sugarcane Bagasse by Enzymatic Mixtures\nYunyun Liu,\tYunqi Cao,\tQiang Yu,\tJingliang Xu,\tZhenhong Yuan\nMethane Yield Predictive Model Based on the Composition of Biomass: Focus on the Anaerobic Digestion Mode and Regression Method\nShengxue Zhao,\tMing Wang,\tDonglin Zhou,\tSiqi Pan\nCedou Kumpenza,\tAndreas Ringhofer,\tThomas Krenke,\tAdeayo Sotayo,\tMaximilian Pramreiter,\tUlrich Müller\nConstruction of an Economic Model for Prospective Forest Products Manufacturing Facilities\nJ. William Griffin,\tR. Daniel Seale,\tFrank C. Owens,\tLaura A. Grace\nImpact of Embossing on Liquid Absorption of Toilet Tissue Papers\nJoana Costa Vieira,\tAntónio de Oliveira Mendes,\tAna Margarida Carta,\tEnrico Galli,\tPaulo Torrão Fiadeiro,\tAna Paula Costa\nLife Cycle Carbon Footprint Analysis of Pulp and Paper Grades in the United States Using Production-line-based Data and Integration\nKristen E. Tomberlin,\tRichard Venditti,\tYuan Yao\nPaweł Kozakiewicz,\tMichał Drożdżek,\tAgnieszka Laskowska,\tMarek Grześkiewicz,\tOlga Bytner,\tAndrzej Radomski,\tAgnieszka Mróz,\tIzabela Betlej,\tJanusz Zawadzki\nXiaohong Hu,\tDongfang Li,\tBin Luo,\tLi Li\nRegina Maria Gomes,\tFrancides Gomes da Silva Júnior\nRiboflavin Boosts Fermentative Valeric Acid Generation from Waste Activated Sludge\nBinfang Shi,\tJingang Huang,\tZhenjiang Yin,\tWei Han,\tShanshan Qiu,\tJunhong Tang,\tPingzhi Hou\nPreparations and Properties of Polyurethane Adhesives Modified by Corn Straw Lignin\nNan Sun,\tYayun Lai,\tYushu Xu,\tLuoqing Wang,\tXinyu Shang,\tMingwei Di,\tXianzhi Kong\nStarch/Banana Pseudostem Biocomposite Films for Potential Food Packaging Applications\nSiti Hajar Othman,\tNurul Atiqah Najhah Tarmiti,\tRuzanna Ahmad Shapi'i,\tSiti Mariam Mohd Zahiruddin,\tIntan Syafinaz Mohamed Amin Tawakkal,\tRoseliza Kadir Basha\nLegibility of Prints on Paper Made from Japanese Knotweed\nKlementina Možina,\tSabina Bračko,\tDorotea Kovačević,\tBarbara Blaznik,\tKlemen Možina\nTreatment of White Water with Combined Predominant Bacteria and Immobilized Enzyme\nHuixia Lan,\tShixin Qi,\tDa Yang,\tXiangzhi Wang,\tPeiming Zhang,\tHeng Zhang,\tYanhui Sun\nInfluence of Pyrolysis Conditions on the Properties and Pb2+ and Cd2+ Adsorption Potential of Tobacco Stem Biochar\nXiaopeng Wang,\tMuhammed Mustapha Ibrahim,\tChenxiao Tong,\tKun Hu,\tShihe Xing,\tYanling Mao\nHemp Flour as a Formaldehyde Scavenger for Melamine-Urea-Formaldehyde Adhesive in Plywood Production\nJakub Kawalerczyk,\tJoanna Siuda,\tRadosław Mirski,\tDorota Dziurka\nApplication of Shannon’s Entropy-Analytic Hierarchy Process (AHP) for the Selection of the Most Suitable Starch as Matrix in Green Biocomposites for Takeout Food Packaging Design\nHamdan N. Salwa,\tSalit M. Sapuan,\tMohammad T. Mastura,\tMohamed Y. M Zuhri\nProtective Effects of Five Surfactants on Cellulase in the Saccharification of Corn Stover Based on the Impeded Michaelis-Menten Model\nWenjing Shi,\tZhicai Zhang,\tQuanshan Sun,\tXiaocui Liu,\tChongyang Ding,\tHuihua Zheng,\tFeng Wang\nSynthesis and Properties of Dehydroabietyl Glycidyl Ether Grafted Hydroxypropyl Chitosan\nWei Guo,\tZhaosheng Cai,\tQi Xu,\tKaiyong Sun,\tXujuan Huang,\tZhi Cao\nNew Method of Paper Hydrophobization Based on Starch-cellulose-siloxane Interactions\nTomasz Ganicz,\tKonrad Olejnik,\tKrystyna Rózga-Wijas,\tJan Kurjata\nNur Syuhadah Binti Salim,\tIsmail B. Jusoh,\tZaini Bin Assim\nAnete Meija-Feldmane,\tIgnazia Cuccui,\tIlze Irbe,\tAndris Morozovs,\tUldis Spulle\nEco-friendly Wood-biofungicidal and Antibacterial Activities of Various Coccoloba uvifera L. Leaf Extracts: HPLC Analysis of Phenolic and Flavonoid Compounds\nNader A. Ashmawy,\tMohamed Z. M. Salem,\tNader El Shanhorey,\tAsma Al-Huqail,\tHayssam M. Ali,\tSaid I. Behiry\nInspecting the Properties of Polypropylene/ Poplar Wood Flour Composites with Microcrystalline Cellulose and Starch Powder Addition\nAlireza Asgari,\tAmirhooman Hemmasi,\tBehzad Bazyar,\tMohammad Talaeipour,\tAmir Nourbakhsh\nAntagonistic Potential of Some Bacterial Strains against Xanthomonas campestris, the Cause of Bacterial Blight in Hordeum vulgare\nDeiaa A. El-Wakil,\tAshraf M. M. Essa\nEffects of Layer Number and Finger Direction on Bending Behavior of Glulam Beams\nÜmmü Karagöz İşleyen,\tİrfan Peker\nCitric Acid-modified Starch as an Environmentally Friendly Binder for Wood Composite Making\nMohd Hazim Mohamad Amini,\tRokiah Hashim,\tNurul Syuhada Sulaiman,\tMazlan Mohamed,\tOthman Sulaiman\nStudy on Static and Dynamic Mechanical Properties of Hybrid Palm Stalk Fiber Reinforced Epoxy Composites\nJnanaranjan Kar,\tArun Kumar Rout,\tAlekha Kumar Sutar,\tTanmay Mohanty\nEvaluation of Marine Wood Boring Organism’s Attack on Wood Materials in the Black Sea Coastal Region\nAhmet Can,\tHüseyin Sivrikaya\nClaude Feldman Pambou Nziengui,\tJonas Turesson,\tRostand Moutou Pitti,\tMats Ekevad\nHydrogen-rich Syngas Production via Catalytic Gasification of Sewage Sludge and Wheat Straw Using Corn Stalk Char-supported Catalysts\nShuang Shang,\tChaoqiang Guo,\tKui Lan,\tZeshan Li,\tWeitao He,\tZhenhua Qin,\tJianfen Li\nModel of Above-ground Biomass Distribution of Norway Spruce (Picea abies L. (Karst.))\nOskars Krisans,\tValters Samariks,\tRoberts Matisons,\tAris Jansons\nUnderstanding the Effect of Severity Factor of Prehydrolysis on Dissolving Pulp Production Using Prehydrolysis Kraft Pulping and Elemental Chlorine-free Bleaching Sequence\nWei Wei,\tZhongjian Tian,\tXingxiang Ji,\tQiang Wang,\tJiachuan Chen,\tGecang Zhang,\tLucian A. Lucia\nAge-related Changes of Some Chemical Components in the Leaves of Sweet Chestnut (Castanea sativa Mill.)\nNezahat Turfan,\tSezgin Ayan,\tEsra Nurten Yer Çelik,\tHalil Baris Ozel,\tSaadettin Murat Onat\nChemical Analysis of Birch Tree (Betula pendula Roth) Degraded by Fungus\nStructural Elucidation of Lignins from Corncob Acid Hydrolysis Residue by Enzymatic Mild Acidolysis and Deep Eutectic Solvent Pretreatment\nNa Li,\tChao Cao,\tLupeng Shao,\tChao Wang,\tYu Liu,\tLaizhi Sun,\tLucian A. Lucia\nQualitative Profile of Volatile Compounds by SPME in Dendrocalamus latiflorus, Phyllostachys pubescens, and Phyllostachys makinoi Culms Used as Eating Utensils\nMinjay Chung,\tSensung Cheng,\tChunya Lin,\tShangtzen Chang\nJianxiong Sun,\tLiqiang Cui,\tGuixiang Quan,\tJinlong Yan,\tHui Wang,\tLimin Wu\nStructural Differences between Reaction Wood and Opposite Wood with Different Drying Temperatures\nIvan Klement,\tTatiana Vilkovská,\tPeter Vilkovský,\tŠtěpán Hýsek\nFiber Fines for Fabricating Lignocellulose Films and the Effect of Lignin\nMohammad Pourjafar,\tAmir Khosravani,\tRabi Behrooz\nInfrared and Fluorescence Properties of Reduced Graphene Oxide/Regenerated Cellulose Composite Fibers\nXue Wang,\tQinglin Yan,\tXin Gao,\tShuangxin Wang,\tYuyu He,\tLiping Zhang\nFormation Mechanism of Aromatics During Co-pyrolysis of Coal and Cotton Stalk\nChuyang Tang,\tJiaxing Zhao,\tXianchun Li,\tJinling Song\nEffect of Blend Composition on Characteristics and Performance of Jatropha Bio-epoxy/Epoxy Matrix in Composites with Carbon Fiber Reinforcement\nMohd Hafiezal Mohd Radzi,\tKhalina Abdan,\tZurina Zainal Abidin,\tMohd Azaman Md Deros,\tMohd Hanafee Zin\nProgress in the Synthesis and Properties of 2,5-Furan Dicarboxylate based Polyesters\nJunhua Zhang,\tYao Liu,\tZhaohua Qi,\tLiang He,\tLincai Peng\nMolecular Identification of Microbial Communities in the Methane Production from Vinasse: A Review\nLuis Alberto Ordaz-Díaz,\tAna Maria Bailón-Salas\nUsing Micro- and Nanofibrillated Cellulose as a Means to Reduce Weight of Paper Products: A Review\nFranklin Zambrano,\tHeather Starkey,\tYuhan Wang,\tCamilla Abbati de Assis,\tRichard Venditti,\tLokendra Pal,\tHasan Jameel,\tMartin A. Hubbe,\tOrlando J. Rojas,\tRonalds Gonzalez\nMartin A. Hubbe,\tDouglas S. McLean,\tKaren R. Stack,\tXiaomin Lu,\tAnders Strand,\tAnna Sundberg


url: =bbd mill ball screening machine ... Sand making machine is the most widely used equipment in artificial sand making industry, which is also called impact crusher.\nCone Crusher Yuanhua - twadsafewater.in\nPch Impact Crusher Yuanhua Shanghai - krishnaproperties.org.in. Hammer Crusher,Export Hammer Crusher-Yuanhua. Hammer Crusher From China.This page is about our new model of Hammer Crusher,if you want to buy the Hammer Crusher,or ...\nroller crusher yuanhua - abr-school.com. shanghai yuanhua crusherficci-fipic.in . crusher china yuanhuajaw shanghai yuanhua impact crusher. shanghai yuanhua machinery co.,ltd. china vibrating screen ...\nIron Ore PCL Vertical Shaft Impact Crusher ... Construction Machinery Manufacturers/ Suppliers Shanghai Yuanhua ... 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url: =Research on the Affect Conditions of Taxus chinensis Var.mairei Growth Characteristics--《Anhui Agricultural Science Bulletin》2012年07期\n《Anhui Agricultural Science Bulletin》 2012-07\nResearch on the Affect Conditions of Taxus chinensis Var.mairei Growth Characteristics\nWen Xuejun(Bureau of Forestry of Mingxi County,Mingxi 365200,China)\nThis paper took 3~6 year-old Taxus chinensis Var.mairei as the research object,in order to research and analysis on the forest stand height,collar diameter,crown diameter and the weight of root,rod and leaves.The results showed that: the weight proportion of Taxus chinensis roots,rods increased with increasing age of cultivation;3 years old Taxus chinensis shade 50% as appropriate;the loam of hypertrophy,organic content,loose,moist,well drained and fertilizer,potash fertilizer,phosphate fertilizer is suitable for growth;strong seedling afforestate a good effect,which have developed root system and complete crown diameter.\n1 Lin Kaimin 1) \_ Hong Wei 3) \_ Yu Xintuo 4) \_ He Zhiying 5) (Chinese Fir Research Centre of Fujian Forestry College Nanping353001) Huang Baolong 2) (Resources and Environment College of Nanjing Forestry University Nanjing210037);THE EFFECT OF TENDING METHODS ON GROWTH AND POPULATION STRUCTURE OF YOUNG CHINESE FIR PLANTATION[J];Scientia Silvae Sinicae;2001-06\n2 Liao Wenbo Zhang Zhiquan(School of Life Science,Zhongshan University, Guangzhou 510275) Su Zhiyao (College of Forestry,South China Agriculture University);Importance and Exigency on Study of Protection Biology of Anticancer Plant Taxus mairei[J];ECOLOGIC SCIENCE;1996-02\n3 WANG Chang-wei1, TONG Chuan2, LI Wen-jian1, XIONG Dao-jin1 (1Fujian South Biological Technology Cooperation Limited, Sanming 365200, Fujian, China; 2Provincial Key Laboratory of Subtropical Resources and Environment, Fujian Provincial University's Key Laboratory of Humid Sub-tropical Eco-geographical Process, School of Geography, Fujian Normal University, Fuzhou 350007, China).;Effects of shading on Taxus chinensis var. mairei growth and its taxol content[J];Chinese Journal of Ecology;2008-08\n4 YU Ci-ying1,LI Xiu-peng2,YUAN Yan-fei1,CHEN Ye-ping1,LI Wan-xing3,MIAO Ling-xia1(1.Zhoushan Forestry Institute,Dinghai 316000,Zhejiang,China;2.Forestry Institute,Ningbo Agricultural Academy,Ningbo 315000,Zhejiang,China;3.Lincheng Subdistrict Offices of Zhoushan,Dinghai 316021,Zhejiang,China);Ex-situ island cultivation and propagation techniques for Taxus chinensis var.mairei[J];Journal of Zhejiang Forestry College;2008-01\n1 You Hongzhi1 et al.(1 Guangdong University of Technology Faculty of Environmental Science and Engineering;2Faculty of Light Industry Chemical Enginering;3.Faculty of Information Engineering,Guangdong,Guangzhou,510006);Resource Status of Taxus Chinensis Var.Mairei and Its Protection Measures[J];Anhui Agricultural Science Bulletin;2009-05\n2 LI Jiao-hua1,ZHANG Xiao-ping1,SUN Qi-wu2,LU Zhao-yang3,CHEN Yi-kun1(1.Key Laboratory for the Conservation and Utilization of Important Biological Resources,Anhui Province,College of Life Sciences,Anhui Normal Uiniversity,Wuhu 241000,China;2.Forestry Research Institute of Chinese Academy,Beijing 100091, China;3.College of Society,Anhui Normal University,Wuhu 241000,China);Advances on Research of Apomictic Technology About Taxus chinensis Var. Mairei[J];Journal of Anhui Normal University(Natural Science);2011-01\n3 ZHANG Xin-feng (Forest Bureau of Jiangle County in Fujian Province,Jiangle Fujian 353300);Application of Taxus chinensis in the Design of Landscape Architecture[J];Modern Agricultural Science and Technology;2011-18\n4 LI Xia~1,ZHANG Zong-qin~1,CHANG Li-ping~2,ZHOU Lei~1 (1.College of Forestry,Northwest Agricultural and Forestry University,Yangling,Shaanxi 712100;2.Mizhi Forestry Technology Extension Center,Mizhi,Shaanxi 718100);Ornamental Potential Evaluation of Taxus spp.[J];Northern Horticulture;2011-04\n5 CHANG Zui1;ZHOU Zhi-qiang2;XIA Chun-mei3;LIU Tong3. 1 Key Laboratory of Saline-alkali Vegetation Ecology Restoration in Oil Field of Ministry of Education,Alkali Soil Natural Environmental Science Center,Northeast Forestry University,Harbin,150040,P.R.China;2 Key Laboratory of Forest Plant Ecology of Ministry of Education,Northeast Forestry University,Harbin,150040,P.R.China;3 School of Forestry,Northeast Forestry University,Harbin,150040,P.R.China.;Characteristics of paclitaxel and cephalomannine content changing in the branches of natural Japanese yew.[J];Journal of Beijing Forestry University;2012-02\n6 WU Yan\_+1,LIU Qing\_+1,HU Ke\_+1,XU Wei hong\_+2 (1.Chengdu Institute of Biology,The Chinese Academy of Sciences, Chengdu 610041, China;2 Sichuan Jiufeng Natural Medicine Co.,Ltd,Maoxian 623200, China);PRESENT STATUS OF TAXUS RESOURCES AND INDUSTRIAL DEVELEPMENTSTRATEGIES OF TAXOL IN CHINA[J];Resources and Environment in the Yangtze Basin;2002-06\n7 Liu Tong(School of Forestry,Northeast Forestry University,Harbin 150040,P.R.China);Chang Zui,Wang Yang(Key Laboratory of Saline-Alkali Vegetation Ecology Restoration in Oil Field(Northeast Forestry University),Ministry of Education/Alkali Soil Natural Environmental Science Center);Zhou Zhiqiang(Key Laboratory of Forest Plant Ecology(Northeast Forestry University),Ministry of Education);Differences in Contents of Paclitaxel and Cephalomannine in Taxus cuspidate of Different Ages and Sexes[J];Journal of Northeast Forestry University;2011-12\n8 ZHANG Hong-yi,CHEN Yue-qin,LIAO Wen-bo~*(School of Life Sciences,Zhongshan University,Guangzhou 510275,China);RAPD analysis of population genetic diversity of Taxus mairei[J];Acta Botanica Boreali-occidentalia Sinica;2003-11\n9 Zhang Xinyie (Hubei Academy of Forestry Wuhan 430079);Protection and Sustainable Utilization of Taxus Resources in Our Country[J];Hubei Forestry Science and Technology;2002-02\n10 YU Xin-tuo(Chinese fir Research Center of Fujian,Fujian Agriculture and Forestry University,Fuzhou 350002,China);Summary of studies on Chinese fir in 2000-2005 Ⅱ.The research development on genetic variance,fine variety breeding,silviculture,mensuration,management,wood processing and utilization of Chinese fir[J];Journal of Fujian College of Forestry;2006-03\n1 张钢民，王建中，杨文利;PRELIMINARY EXPERIMENT ON PREGERMINATION METHOD OF MAGNOLIA SIEBOLDII SEEDS[J];;1996-Z1\n2 Liang Jing-Yu Min Zhi-Da~*(Department of Phytochemistry,China Pharmaceuticael University,Nanjing)Tanaka,T.Mizuno,M.Ilnuma,M.(Department of Pharmacogncosy.Gifu Pharmaceutical University,Gifv,Japan);Studies on the Diterpenes from Taxus Mairei I. Structures of Taxamairins A, B and C[J];Acta Chimica Sinica;1988-01\n3 LIU Zhi YU Longjiang LI Maoteng ZHU Min ZHU Lu(College of Life Science and Technology,Huazhong University of Science and Technology,Wuhan 430074,China);Sites of Taxol and Its Precursor Biosynthesis and Accumulation in Taxus chinensis[J];Journal of Huazhong Agricultural University(Natural Science Edition);2006-03\n4 YANG Li xon, ZHOU Shi yi (College of Life Science, Central China Normal University, Wuhan 430079);The tissue culture and the determination of taxol content in callus of Taxus. Chinensis var. mairei[J];Journal of Central China Normal University(Natural Sciences);2001-04\n5 BAO Qingzhong~1,ZOU Guangqi~2(1.Forestry Bureau of Xishuangbanna Prefecture,Jinhong 666100 Yunnan,China;2.Yunnan Institute of Forest Inventory and Planning,Kunming 650051 Yunnan,China);Comparative Study of the Ecological Characteristics of Taxus Species In Yunnan[J];Forest Inventory and Planning;2005-03\n6 Yao Maohe Sheng Weitong (Research Institute of Forestry,CAF) Xiong Youqiang (The Dagang Mountain Reseach Center of Subtropical Forestry,CAF);THE INDICATING SIGNIFICANCE OF UNDERSTORY IN CHINESE FIR PLANTATION TO SITES[J];Scientia Silvae Sinicae;1992-03\n7 SU Jian-rong, ZHANG Zhi-jun, DENG Jiang (Research Institute of Resource Insects,CAF,Kunming 650224,Yunnan,China);Study on the Taxol Content in Taxus yunnanensis of Different Age and Different Provenance[J];Forest Research;2005-04\n8 LI Shuang-Ming SUN Rui LUO Hao SUN Su WANG Ying FU Yu-Jie(Key Laboratory of Forest Plant Ecology,Ministry of Education,Northeast Forestry University,Harbin 150040);The Influence of UV Radiation on the Contents of Paclitaxel and Cephalomannine in the Fresh Leaves of Taxus cuspidata[J];Bulletin of Botanical Research;2007-04\n9 YANG Feng-Jian PANG Hai-He ZHANG Xue-Ke SUN Jia-Yin ZU Yuan-Gang*(Key Laboratory of Forest Plant Ecology,Ministry of Education,Northeast Forestry University,Harbin 150040);Effect of Light Stress on the Content of Chloroplast Pigment and Taxol in the Leaves of Taxus chinensis var.mairei[J];Bulletin of Botanical Research;2007-05\n10 LI Dong-lin~(1,2),XIANG Qi-bai~(2*)(1.Jiangsu Academy of Forestry,Nanjing 211153,China;2.Nanjing Forestry University,Nanjing 210037,China);Effects of Light Condition on the Growth and Photosynthetic Characters of Phoebe chekiangensis Seedings[J];Journal of Nanjing Forestry University;2004-05


url: =Ji'nan 798 Youth Hostel From US$6\nHotel address: the No.2 block,LuFeng paper Art Zone , No.4 Shaonian Road ,Tianqiao District ,Ji’nan City.\nHotel area: Jinan Tianqiao District Daming Lake Business Circle\nTiantian Motel From US$10\nHotel address: No.236 Xigong Shanghe Road, Tianqiao District\nJi'nan Quanshun Business Hotel From US$12\nHotel address: 188 Meters South of Yaoqiang International Airport, Licheng District, Ji'nan, China\nJinan Huike Hotel From US$15\nHotel address: No. 48 Wuyingshan Middle Road, Tianqiao District, Jinan, China\nHanting Hotel(Jinan Lishan Road) From US$15\nHotel address: No. 63 Lishan Road, Lixia District, Jinan, China\nHotel area: Jinan Lixia District Daming Lake Business Circle\n99 Inn Jinan Beiyuan 2nd Branch From US$15\nHotel address: No. 276-2 Beiyuan Main Street, Tianqiao District, Jinan, China\nHotel area: Jinan Tianqiao District Beiyuan Area\nMotel 168 (Jinan Industrial North Road Quanfu Overpass) From US$15\nHotel address: No.339 Industrial North Road, Licheng District\nJinan Juxiange Business Hotel From US$15\nHotel address: Guodian Town, Licheng District, Jinan, China


url: =PMI-Oman 2014 | PMI certification prep. and Competency Development by Takatuf\nPMI certification prep. and Competency Development by Takatuf


url: =K646 Train Timetable | Fuzhou to Beijing | China-Travel-Guide.net\nTrain Number: K646 Start Station: Fuzhou End Station: Beijing\nTrain Type K Start Time: 18:16 End Time: 05:09\nIntermediate Stations: Fuzhou, Nanping South , Jian'ou, Jianyang, Wuyi Shan, Jingdezhen, 祁门, Huangshan, Jixi County, Xuancheng, Wuhu, Ma'anshan , Nanjing, Bengbu, Xuzhou, Taishan, Jinan, Dezhou, Cangzhou, Beijing\n1 Fuzhou ---- 18:16 0 mins\n2 Nanping South 20:40 20:52 12 mins\n3 Jian'ou 21:38 21:53 15 mins\n4 Jianyang 22:34 22:38 4 mins\n5 Wuyi Shan 23:24 23:34 10 mins\n6 Jingdezhen 05:15 05:22 7 mins\n7 祁门 07:19 07:25 6 mins\n8 Huangshan 08:38 08:45 3 mins\n9 Jixi County 09:43 09:49 6 mins\n10 Xuancheng 11:55 12:00 8 mins\n11 Wuhu 12:56 13:02 6 mins\n12 Ma'anshan 13:46 13:52 6 mins\n13 Nanjing 14:51 15:03 12 mins\n14 Bengbu 17:04 17:14 10 mins\n15 Xuzhou 18:58 19:06 8 mins\n16 Taishan 21:58 22:01 3 mins\n17 Jinan 22:59 23:05 6 mins\n18 Dezhou 00:35 00:39 4 mins\n19 Cangzhou 01:42 01:52 10 mins\n20 Beijing 05:09 05:09 0 mins\nK646 is a K train route originating from Fuzhou at 18:16, and arriving at the final destination of Beijing at 05:09. The duration of the total journey is -1 day, 10 hours 53 minutes. There are 20 stops in total: Fuzhou, Nanping South , Jian'ou, Jianyang, Wuyi Shan, Jingdezhen, 祁门, Huangshan, Jixi County, Xuancheng, Wuhu, Ma'anshan , Nanjing, Bengbu, Xuzhou, Taishan, Jinan, Dezhou, Cangzhou, Beijing. You can purchase tickets starting at, and ending at any station. Ticket prices are set on a per kilometer basis.


url: =Effects of Ethanol Ratio in Soybean Oil Biodiesel on Combustion and Emissions in a Partially Premixed Compression Ignition Engine--《2020中国汽车工程学会年会论文集（3）》2020年\nEffects of Ethanol Ratio in Soybean Oil Biodiesel on Combustion and Emissions in a Partially Premixed Compression Ignition Engine\nLi Qian Lang Jing Wu Xuesong Zhang Xiaoyu\n【摘要】：Combustion and Emission Characteristics of two levels of ethanol addition(60% and 50%) to biodiesel alternative fuels are compared to biodiesel and gasoline while using a Partially Premixed Compression Ignition(PPCI) combustion strategy in this study.Tests were performed on a water-cooling natural inspiration 4-stroke single cylinder diesel engine.The proportional limit could maintain stable operation was 60% ethanol doping ratio(volumetric ratio,E60 B40).10% less ethanol is better to decrease the latent heat of vaporization impact of ethanol,which made it easier to ignite at the end of the compression stroke.High ethanol doping ratio could reduce soot emissions to nearly zero in the whole operating range,which made it possible to avoid particulate filter or cut down particulate treatment costs even this led to higher HC emissions,as HC emissions could be solved relatively easier with three way catalyst or diesel oxident catalyst compared to soot treatment.50% ethanol doping ratio(E50 B50) could be better to reduce all emissions as much as possible and combustion more efficiently when the engine operated under the load of 0.474 MPa BMEP:soot emissions reduced 36%,NOx emissions doubled,HC emissions increased 31%,and CO emissions quadrupled compared to biodiesel;While its HC emissions reduced 50%,CO emissions reduced 17%,NOx emissions increased 87%,and soot emissions increased 8 times(still very small compared to biodiesel) compared to gasoline;Equivalent brake specific fuel consumption(BSFC_E) of ethanol/biodiesel blended fuels reduced nearly 20% compared to gasoline at the same time.\n1 Robert M.REES;Juliette MAIRE;Anna FLORENCE;Nicholas COWAN;Ute SKIBA;Tony van der WEERDEN;Xiaotang JU;;Mitigating nitrous oxide emissions from agricultural soils by precision management[J];Frontiers of Agricultural Science and Engineering;2020年01期\n2 Ran Jing;Chen Yuan;Hamidreza Rezaei;Jin Qian;Zhen Zhang;;Assessments on emergy and greenhouse gas emissions of internal combustion engine automobiles and electric automobiles in the USA[J];Journal of Environmental Sciences;2020年04期\n3 Qihui Wang;Feng Zhou;Ziyin Shang;Philippe Ciais;Wilfried Winiwarter;Robert B.Jackson;Francesco N.Tubiello;Greet Janssens-Maenhout;Hanqin Tian;Xiaoqing Cui;Josep G.Canadell;Shilong Piao;Shu Tao;;Data-driven estimates of global nitrous oxide emissions from croplands[J];National Science Review;2020年02期\n4 KANG Meimei;ZHAO Wenwu;JIA Lizhi;LIU Yanxu;;Balancing Carbon Emission Reductions and Social Economic Development for Sustainable Development: Experience from 24 Countries[J];Chinese Geographical Science;2020年03期\n5 Jingjiao PU;Honghui XU;Bo YAO;Yan YU;Yujun JIANG;Qianli MA;Liqu CHEN;;Estimate of Hydrofluorocarbon Emissions for 2012–16 in the Yangtze River Delta, China[J];Advances in Atmospheric Sciences;2020年06期\n6 Ali DINC;;NO_x emissions of turbofan powered unmanned aerial vehicle for complete flight cycle[J];Chinese Journal of Aeronautics;2020年06期\n7 Yam Kanta GAIHRE;Upendra SINGH;Wendie D.BIBLE;Job FUGICE JR;Joaquin SANABRIA;;Mitigating N_2O and NO Emissions from Direct-Seeded Rice with Nitrification Inhibitor and Urea Deep Placement[J];Rice Science;2020年05期\n8 Qiuhong Su;Qiuxian Wang;Dengjie Wang;Xiaomei Yan;;Spatial and temporal variation of energy carbon emissions in Yantai from 2001 to 2011[J];Chinese Journal of Population,Resources and Environment;2016年03期\n9 HUANG Wei;GAO Qing-Xian;CAO Guo-liang;MA Zhan-Yun;ZHANG Wei-Ding;CHAO Qing-Chen;;Effect of urban symbiosis development in China on GHG emissions reduction[J];Advances in Climate Change Research;2016年04期\n10 HU An-Gang;;The Five-Year Plan: A new tool for energy saving and emissions reduction in China[J];Advances in Climate Change Research;2016年04期\n11 XU Ru-nong;WU Yu-ming;;Industrial carbon emissions and influencing factors in the Yangtze River Delta urban agglomeration[J];Ecological Economy;2016年04期\n12 Bofeng Cai;Jinnan Wang;Shuying Yang;Xianqiang Mao;Libin Cao;;Carbon dioxide emissions from cities in China based on high resolution emission gridded data[J];Chinese Journal of Population,Resources and Environment;2017年01期\n13 Yaghoob Jafari;Mohd Adib Ismail;Jamal Othman;Murni Yunus Mawar;;Energy consumption,emissions and economic growth in Bahrain[J];Chinese Journal of Population,Resources and Environment;2015年04期\n14 Guiqian Tang;Na Chao;Yuesi Wang;Jiashan Chen;;Vehicular emissions in China in 2006 and 2010[J];Journal of Environmental Sciences;2016年10期\n15 Hongli Wang;Qian Wang;Jianmin Chen;Changhong Chen;Cheng Huang;Liping Qiao;Shengrong Lou;Jun Lu;;Do vehicular emissions dominate the source of C6–C8 aromatics in the megacity Shanghai of eastern China?[J];Journal of Environmental Sciences;2015年01期\n16 LIU Yuan-Yuan;WANG Yuan-Qing;AN Rui;LI Chao;;The spatial distribution of commuting CO_2 emissions and the influential factors:A case study in Xi'an,China[J];Advances in Climate Change Research;2015年01期\n17 ;Time to Turn Words Into Action[J];Beijing Review;2016年46期\n18 ;Society[J];China Today;2017年08期\n19 ;On Chinese Media[J];China Today;2017年09期\n1 Li Qian;Lang Jing;Wu Xuesong;Zhang Xiaoyu;;Effects of Ethanol Ratio in Soybean Oil Biodiesel on Combustion and Emissions in a Partially Premixed Compression Ignition Engine[A];2020中国汽车工程学会年会论文集（3）[C];2020年\n2 ;A novel composite electrocatalysts for PEM fuel cells[A];2008 International Hydrogen Forum Programme and Abstract[C];2008年\n3 ;On the major proposals for carbon emission reduction and some related issues[A];中国科学院地质与地球物理研究所第十届（2010年度）学术年会论文集(下)[C];2011年\n4 ;Evolution Analysis Based on ESDA about the Spatial Pattern of COD,SO_2 and TSP Emissions in China[A];Proceedings of Conference on Environmental Pollution and Public Health（CEPPH 2012）[C];2012年\n5 ;Benefits and Costs of SO_2 Abatement Policies in China[A];清华大学中国与世界经济研究中心研究报告（总第20期）[C];2008年\n7 David FRIDLEY;Mark LEVINE;Lynn PRICE;;China's Pathways to Achieving 40%～45% Reduction in CO_2 Emissions per Unit of GDP in 2020:Sectoral Outlook and Assessment of Savings Potential[A];第十三届中国科协年会第7分会场-实现“2020年单位GDP二氧化碳排放强度下降40-45%”的途径研讨会论文集[C];2011年\n8 Ping Che;Gang Shi;;An MILP Approach for a Profit-Based Unit Commitment Problem with Emissions Penalty[A];第26届中国控制与决策会议论文集[C];2014年\n9 Guojun Chen;Wei Yang;Xuan Fang;Jiaai Zhong;Zuodong Wang;Zhongning Zhang;;Greenhouse Gases(GHG) Emissions from Gas Field Water in Southern Gas Field,Sichuan Basin,China[A];中国科学院地质与地球物理研究所2014年度（第14届）学术年会论文汇编——兰州油气中心及其他部门[C];2015年\n10 ;Life Cycle Assessment of CO~2 and Energy Consumption from Alternative Fuel Vehicles in China[A];第六届（2011）中国管理学年会——组织与战略分会场论文集[C];2011年\n2 Najid Ahmad;[D];东北财经大学;2017年\n3 夏本(Muhammad Shaaban);[D];华中农业大学;2015年\n4 石义（Ojekunle Olusheyi Zaccheaus）;基于全球气候变化的灵敏度模型对中国可持续发展的研究[D];天津大学;2010年\n5 Claudia Nyarko Mensah;[D];江苏大学;2020年\n6 Raheem Abdulkareem;绿肥还田对双季稻系统温室气体排放及其相关土壤微生物的影响[D];中国农业科学院;2020年\n8 玛莉雅（Maria Pia Ancora）;中国燃煤电厂大气汞排放控制成本效果分析[D];清华大学;2015年\n1 Edward Chrispin MATENGELE;[D];湖南大学;2019年\n3 萨满（MUHAMMAD SALMAN KHALID）;干湿变化，氮肥，DCD和水稻秸秆对稻田土壤N_2O,CH_4和CO_2排放的影响[D];华中农业大学;2018年\n4 Ali Raza;[D];山东大学;2020年\n9 郭伟仁（Gunawan Lukman Lim）;印尼的二氧化碳排放量的分析使用LMDI方法[D];华东理工大学;2012年\n10 Kate Smith;中国城市供水系统能耗研究[D];清华大学;2015年


url: =Search Articles for "Predator"\nAuthor(s): Yuzhen Bai | Xiaopeng Zhang\nAuthor(s): Lili Liu | Zhijun Liu\nAuthor(s): Changjin Xu | Maoxin Liao\nA Mathematical Study of a Predator-Prey Dynamics with Disease in Predator\nAuthor(s): Krishna pada Das\nAuthor(s): Sebastian Aniţa | Carmen Oana Tarniceriu\nAuthor(s): Can-Yun Huang | Min Zhao | Hai-Feng Huo\nPermanence of a Semi-Ratio-Dependent Predator-Prey System with Nonmonotonic Functional Response and Time Delay\nAuthor(s): Xuepeng Li | Wensheng Yang\nAuthor(s): Guohong Zhang | Xiaoli Wang\nThe Effects of Capture Efficiency on the Coexistence of a Predator in a Two Predators-One Prey Model\nAuthor(s): Jawdat Alebraheem | Y. Abu Hasan\nAuthor(s): Abdoul R. Ghotbi | A. Barari | D. D. Ganji\nPredator Avoidance Behaviors and Web Defensive Structures in the Orb Weavers Argiope Aurantia and Argiope TrifasciaTa(Araneae, Araneidae)\nAuthor(s): Wayne W. Tolbert\nDescription of the Developmental Stages of the Mite Predator, Oligota Oviformis Casey, With Notes on the Osmeteriumand its Glands (Coleoptera: Staphymnidae)\nAuthor(s): Ian Moore | E. F. Legner | M. E. Badgley\nAnti-Predator Strategies.II. Grasshoppers (Orthoptera, Acrididae) Attacked by Prionyx Parkeri and SomeTachysphex Wasps (Hymenoptera, Sphecinae and Larrinae): A descriptive Study\nAuthor(s): A. L. Steiner\n‘Protest’ Sounds of a Grasshopper: Predator-Deterrent Signal?\nAuthor(s): Syril A. Blondheim | Eliezer Frankenberg\nMasoncus Spider: A Miniature Predator of Collembola in Harvester Ant Colonies\nAuthor(s): Sanford D. Porter\nThe Effectiveness of the Nest of a Desert Widow Spider, La Trodectus Revivensi & in Predator Deterrence\nAuthor(s): Avshalom Konigswald | Yael Lubin | David Ward\nThe existence of Sumatran tiger (Panthera tigris sumatrae Pocock, 1929) and their prey in different forest habitat types in Kerinci Seblat National Park, Sumatra\nAuthor(s): YOAN DINATA | JITO SUGARDJITO\nAuthor(s): Stephanie K ARCHER, Scott A HEPPELL, Brice X SEMMENS,Christy V PATTENGILL-SEMMENS, Phillippe G BUSH, Croy M MCCOY,Bradley C JOHNSON\nAuthor(s): Katherine E. Moseby | Heather Neilly | John L. Read | Helen A. Crisp\nAuthor(s): Chenglin Li | Zhangguo Hong\nFeeding by lepidopteran larvae is dangerous: A review of caterpillars’ chemical,\nAuthor(s): HF Greeney | LA Dyer | AM Smilanich\nExistence of non-negative solutions for predator-prey elliptic systems with a sign-changing nonlinearity\nAuthor(s): Jagmohan Tyagi\nASSESSMENT OF RHYNOCORIS MARGINATUS (FAB.) (HEMIPTERA: REDUVIIDAE) AS AUGMENTED CONTROL IN GROUNDNUT PESTS\nAuthor(s): K SAHAYARAJ | P MARTIN\nThe central role of immunity in the symbiotic event referred as parasitism\nAuthor(s): M de Eguileor | E Ottaviani\nEffects of Spiracle-blocking Insecticides and Microbial Insecticides on the Predator Mirid Bug, Nesidiocoris tenuis (Reuter) (Heteroptera: Miridae)\nAuthor(s): K. Nakaishi | R. Arakawa\nAuthor(s): Haiyin Li\nAuthor(s): Liu Yanqin | Xin Baogui\nAuthor(s): Lv Jingliang | Wang Ke\nAuthor(s): Jiao Jianjun | Chen Lansun\nAuthor(s): Zhang Lina | Fu Shengmao\nAuthor(s): Zhang Rui | Guo Ling | Fu Shengmao\nAuthor(s): Wang Zhang | Kadouri Daniel | Wu Martin\nAuthor(s): Liu Zhenjie\nAuthor(s): Itokazu Tomomi | Hamaya Yoshihiro\nAuthor(s): Cao Huaihuo | Fu Shengmao\nAuthor(s): Park, Shi-Ryong | Hoon Chung | Seokwan Cheong | Song-Yi Lee | Ha-Cheol Sung\nAuthor(s): Park, Shi-Ryong | Song-Yi Lee | Seokwan Cheong | Sukyung Kim | Ha-Cheol Sung\nAuthor(s): Adam L. Crane | Carly E. McGrane | Alicia Mathis\nPredator assessment in Alberta's woodland caribou ranges\nAuthor(s): Nicole McCutchen\nUniqueness of positive solutions for an elliptic system\nAuthor(s): Wenshu Zhou | Xiaodan Wei\nThe Existence of Positive Solutions of a Random Perturbations of the Ratio of Holling-rely on (n+1) Type Predator-Prey Systems\nAuthor(s): HUA Ying-ying | YANG Zhi-chun\nPredation and caribou populations\nAuthor(s): Dale R. Seip\nStatus of woodland caribou in western north America\nAuthor(s): E. Janet Edmonds\nCalving distribution of Alaska's Steese-Fortymile caribou herd: A case of infidelity?\nAuthor(s): Patrick Valkenburg | James L. Davis\nAuthor(s): Arthur T. Bergerud\nAuthor(s): Rebecca A. Jeffery | Robert D. Otto | Frank R. Phillips\nAuthor(s): Sergio Antonio De Bortoli | Afonso Takao Murata\nA Predator's Perspective of the Accuracy of Ant Mimicry in Spiders\nAuthor(s): Ximena J. Nelson\nAuthor(s): Hai-Feng Huo | Xiaohong Wang | Carlos Castillo-Chavez\nAuthor(s): Guirong Liu | Sanhu Wang | Jurang Yan\nAuthor(s): Yakui Xue | Xiafeng Duan\nAuthor(s): Kim HyeKyung | Baek Hunki\nExistence and global stability of positive periodic solutions of a discrete predator-prey system with delays\nAuthor(s): Wang Lin-Lin | Li Wan-Tong | Zhao Pei-Hao


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url: =《Journal of Anhui Sports Science》-2013-01\nRelative Analysis Of Morphology Physiology And Sports Ability of Overweight And Obesity Students In Junior Middle School Yang Faliang1 Fang Dongmei1 Zou Yinping1 Meng Jingping2(1.Jiangsu Normal University Physical Education Institute,Xuzhou Jiangsu 221116)\nInvestigation Into Relationship Between Difference In Exercise Intensity,Exercise Lasting Time,Exercise Company And Coping Strategies Of Junior School Students Rao Linfeng Sun Zhenwu(Gan Nan Education College,GanZhou Jiangxi 341000)\nAn Analysis Of The Present Situation Of Continuing Education Idea For P.E. Teachers In Primary And Middle Schools Of China Chen Xinsheng Shao Jinying(Department of Physical Education,Guangdong Normal University,Guangzhou Guangdong 510303)\nComparative Study On Health Risk Behaviors Between Urban And Rural Middle School Students In YueYang City Chen Yan Wan Zhongwei(Ji Shou University Physical Education Department,Jishou Hunan 416000)\nStudy On Creating An Interesting Situation In Physical Education Teaching In Middle School Liu Biqun (No.46 Middle School,Hefei,Anhui Province,Hefei Anhui 230001)\nA Review Of The Appraisal Of The Second Collection Of Theses Written By Sports Coaches Of Anhui Province Li Yan Zhang Wanxiang Zhai Hongzhe(Anhui Professional & Technical Institute of Athletics,Hefei Anhui 230051)\nThe Trend Of Sport Values In China In Future Wu Huipan(Taiyuan Institute of Technology Sport Department,Taiyuan Shanxi 030008)\nThe Development Of Sprots And Economic Growth In China Li Jinbiao (Physical Education Department,Zhejiang College of Science and Technology,Hangzhou Zhejiang 310023)\nThe Description Of Interactive Power Between Sports And Social Development Zhang Wei Zuo Xinrong(Institute of Physical Education,Anhui Normal University,Wuhu Anhui 241000)\nComparative Analysis Of Badminton Women's Singles Final Technology In 2012 London Olympic Games Chen Hao Dong Wenhua(Graduate Department of Guangzhou Sports University,Guangzhou Guangdong 510075)\nStudy On The Development Of Women's Horse Vaulting Competition In The New Cycle Of Olympic Games Li Chunguang(Department of Physical Education,De Zhou University,Dezhou Shandong 253023)\nAn Analysis Of The Characteristics And Trend Of Passing Technology Combination In South Africa World Cup Wang Dong(Department of P.E Huaiyin Institute of Technology,Huaian Jiangsu 223003)\nThe Analysis On Shot Style Of Men's Beach Handball Shan Yu Mai Yuehui Luo Jinman(P.E Department of South China Agricultural University,Guangzhou Guangdong 510640)\nAnalyzing Beijing Team's Winning Factors In CBA Finals Of 2011～2012 Season Hu Kai Wang Yun(P.E.Institute of Jiang Xi Normal University,Nanchang Jiangxi 330022)\nOn The Training Status Of Volleyball Reserve Forces In Wuhan “1+8” City Circle He Xiaowei(Rongzhi College of Chongqing Technology University,Chongqing 400033)\nAnalysis On Difficulty Elements Composition Of Individual Man In The 12th World Aerobics Championship Yang Yunxia(Nanjing Institute of Industry Technology,Nanjing Jiangsu 210046)\nThe History And Influence Of The Guide Thought Of Basketball Training In China Zhang Pengfei Lu Jingjing(P.E.Department,Baoshan Institute,Baoshan Yunnan 678000)\nThe Comparative Research Of University Students' Physical Health In Guangzhou Xia Qionghua(Physical Education Department,Guangdong University of Foreign Studies,Guangzhou Guangdong 510420)\nA Study On The Lifestyle And Physical Health Situation Of College Students In Tianjin City Yu Tao(Tianjin Medical University,Tianjin 300070)\nThe Implementation Status And The Development Countermeasures Of Farmers Sports Fitness Project In Guangxi Shang Rusong(Department of P.E.and Health Education,Liuzhou Teachers College,Liuzhou Guangxi 545004)\nResearch On P.E. Teaching By “Three Independences” Strategy In Common Colleges In Eastern China Xi Teli Wu Benlian(College of Physical Education,Anhui Normal University,Wuhu Anhui 241002)\nInvestigation And Analysis Of The Impact Of Sports On University Students' Humanistic Quality He Mao Jiang Caifeng(Guangxi Normal University,Nanning Guangxi 530023)\nThe Study On Application Of Self-Made Basketball Side Screen Tactics Video In Teaching Practice Zeng Cheng Shen Yaqiong(Department of Sport,Hubei Institute of Fine Arts,Wuhan Hubei 430205)\nSatisfaction Survey Of The Vulnerable Groups Of College Students' PE Health Care Course In Henan Province Wang Yinhui(Department of P.E.,Anyang Institute of Technology,Anyang Henan 455000)\nStudy On The Current Situation Of Track And Field In Universities From The Second University Games in Guizhou Province Li Changdong Ma Shengyi Zhao Jun Gao Yan(Zunyi Normal College,Zunyi Guizhou 563002)\nThe Current Situation Of Sport Safety Of Physical Education In Universities Wang Cunliang(Sias International University,Xinzheng Henan 451150)\nAnalysis About Assessment On Professional Football Courses Of Sports Academies And The College Of Physical Education Xu Wenquan1 Yao Jianjun1 Sun Chunxia2(1.P.E.Sect.,Beijing Univ.of Aeronautics And Astronautics,Beijing 100191)