url: =Test Research and Theoretical Prediction of Maximum Smoke Temperature Under Tunnel Ceiling--《Highway》2008年04期\nTest Research and Theoretical Prediction of Maximum Smoke Temperature Under Tunnel Ceiling\nWANG Yan-fu1,JIANG Jun-cheng1,GONG Yanfeng1,ZHONG Xing-can2,MAO Jin-feng3,ZHOU Ping1 (1.College of Urban Construction Engineering,Nanjing University of Technology,Nanjing 210009,China;2.Second Survey and Design Institute of China Railway,Chengdu 610031,China; 3.PLA University of Science and Technology,Nanjing 210009,China)\nIn order to research the fire properties of the municipal tunnel with openings on roof,full-scale fire tests are designed and conducted in the built tunnel.The longitudinal diversification data of maximum smoke temperature are collected.The tunnel fire flame model and formula built by H.Kurioka is validated by comparing test data with theoretically predictive results,which afforded scientific gist for construction of municipal road tunnel and can be used for directing the research and fire protection work of tunnel fire.\n【Fund】： 国家自然科学基金资助项目 项目编号29936110 50206009\n1 Yuan Jianping1,Fang Zheng1,Cheng Caixia2,Tang Zhi1 (1.School of Civil Engineering,Wuhan University,Wuhan 430072,China;2.China University of Mining and Technology (Beijing),Beijing 100083,China);Experiment Research on the Maximum Smoke Temperature around the Vault of a Tunnel on Fire[J];Chinese Journal of Underground Space and Engineering;2010-05\n2 Qu Li;Fire and Smoke Control in Tunnel[J];Undergrourd Engineering and Tunmels;2004-01\n3 ZHANG Nian,MAO Jun,TAN Zhongsheng,XI Yanhong(School of Civil Engineering,Beijing Jiaotong University,Beijing 100044,China);Research on the Problem of Emergency Station Safe Evacuation in Super-Long Tunnel[J];Journal of Beijing Jiaotong University;2010-01\n4 Huang Peilei,Hao Xuejun,Yang Hui,Qian Shenxian (School of Environment and Energy Engineering,BUCEA Beijing 100044);Experimental Study on Critical Ventilation Velocity in Tunnel[J];Journal of Beijing University of Civil Engineering and Architecture;2009-02\n5 ZHOU Xiang-chuan,ZHAO Wang-da,NI Tian-xiao(School of Civil and Architectural Engineering,Central South University,Changsha 410075,China);The influence of roof spacer on the smoke spread and temperature in highway tunnel fire[J];Journal of Railway Science and Engineering;2011-01\n7 LI Jun-mei,FU Cheng-yun,LI Yan-feng,DAI Lin (College of Architecture and Civil Engineering,Beijing University of Technology,Beijing 100124,China);Numerical Studies on Development Law of Fire Environment in Urban Traffic Tunnel[J];Journal of Disaster Prevention and Mitigation Engineering;2010-05\n8 WENG Tao1 HU Long-hua2(1 Prevention and Supervision Division Fire Department of Anhui Province,Hefei 230031,China 2 State Key Laboratory of Fire Science,Uiversity of Science and Technology of China,Hefei 230027,China);Review of Research on Fire Prevention of Traffic Tunnel[J];China Public Security(Academy Edition);2010-03\n9 WU De-xing~(1,2) WANG Bo~3 ZHENG Guo-ping~2 (1.Department of Underground Engineering,Southwest Jiaotong University,Chengdu Sichuan 610031,China; 2.Zhejiang Provicial Plan Design & ResearchInstitute of Communications,Hangzhou Zhejiang 310006,China; 3.Zhejiang Highway and Water Transportation Engineering Consulting Corpration,Hangzhou Zhejiang 310005,China);Analysis on the "Chimney Effect" and Smoke Extraction Countermeasures for Fire in Cangling Tunnel[J];Journal of Highway and Transportation Research and Development;2008-06\n10 YI Saili (Shanghai Institute of Technology,Shanghai 200235,China);Analysis on Characteristics of Fire Smoke in Highway Tunnel by CFD Simulation[J];Journal of Highway and Transportation Research and Development;2010-01\n3 YAO Jian1,ZHU He-hua1,YAN Zhi-guo1,ZENG Ling-jun1(1.Department of Geotechnical Engineering,Tongji University,Shanghai 200092 P.R.China);Experimental Research on Mechanical Property of Tunnel Lining Concrete after High Temperature Effect[J];Chinese Journal of Underground Space and Engineering;2007-01\n4 Chen Zhengjie Di Yongmei Yang Zhihao;Fire Test of Reinforcement Bar Planted Bracket for Tunnel Smoke Duct[J];Underground Engineering and Tunnels;2008-01\n5 Lu ping, Cong Beihua, Liao Guangxuan, Fan Weicheng, Li Peide (State Key Laboratory of Fire Science, University of Science and Technology of China,Hefei 230026, China);Study of Fire Smoke Flow Characteristics of Horizontal Tunnel Using Longitudinal Ventilation[J];Engineering Science;2004-10\n6 ZHANG Yan , XU Zhi-sheng (Disaster Prevention Science and Safety Technology Institute, Central South University, Changsha, Hunan 410075, China);EXPERIMENTAL STUDY ON STRESS-STRAIN RELATIONSHIP OF CFRP-CONFINED CONCRETE PRISM AFTER FIRE[J];Engineering Mechanics;2008-05\n7 LIU You-zhi 1,ZHANG Guo-xin 1,ZHU Yue-ming 2 (1.China Institute of Water Resources and Hydropower Research,Beijing,100038,China; 2.College of Water Conservancy&Hydroelectric Engineering,Hohai Universtiy,Nanjing,Jiangsu 210098,China);STUDY ON CONCRETE MOISTURE AND DRYING SHRINKAGE BASED ON MESOSCOPICAL DAMAGE MODEL[J];Engineering Mechanics;2008-07\n8 Shi Xudong; Guo Zhenhai (Tsinghua University);ANALYSIS OF THE TEMPERATURE FIELD OF REINFORCED CONCRETE STRUCTURE[J];ENGINEERING MECHANICS;1996-01\n9 WANG Xin WANG Hai SHi Ming-Heng YU Wei-Ping (Department of Power Engineering, Southeast University, Nanjing 210096, China);COUPLED HEAT AND MASS TRANSFER IN POUOUS MEDIA DURIING RAPID DRYING PROCESS[J];Journal of Engineering Thermophysics;2001-03\n10 GAO Xiaojian KAN Xuefeng YANG Yingzi(School of Civil Engineering,Harbin Institute of Technology,Harbin 150006,China);SHRINKAGE DISTRIBUTION OF CONCRETE WITH ONE SURFACE EXPOSED TO DRY CONDITION[J];Journal of the Chinese Ceramic Society;2009-01\n1 ZHANG Yan,XU Zhi-sheng(Disaster Prevention Science and Safety Technology Institute,School of Civil Engineering and Architecture,Central South University,Changsha,Hunan,410075,China);Discussion on effects of moisture contents in RC fire resistant experiments[J];Fire Safety Science;2010-04\n2 ZHU Hua1,FANG Zheng2(1.Fire Corps of Hubei Province;2.School of Civil Engineering,Wuhan University,Wuhan,Hubei Province 430070,China);The Selection of Evacuation Methods and the Analysis in Wuhan Yangtze River Tunnel[J];Journal of Chinese People's Armed Police Force Academy;2011-06\n4 CHEN Li dao et al;Study on Prevention and Control of Fire in Highway Tunnel[J];Underground Space;2003-01\n5 YAN Zhi guo;Experimental Study on Temperature Field Distribution of the Fire in Qinling King-size Highway Tunnel[J];Underground Space;2003-02\n7 Fan Weicheng, Liu Naian (State Key Laboratory of Fire Science, University of Science and Technology of China, Hefei 230026,China)[;Fire Safety Science ——A Promising and Interdisciplinary Engineering Scientific Field[J];Engineering Science;2001-01\n8 ZHANG He-Ping WANG Wei YANG Yun XU Liang ZHU Wu-Ba((State Key Laboratory of Fire Science, USTC, Hefei 230027, China);FULL-SCALE EXPERIMENTAL STUDY OF SOFA HEAT RELEASE RATE IN COMPARTMENT[J];Journal of Engineering Thermophysics;2005-01\n9 Feng Lian (College of Mechanical Engineering, Southwest Jiaotong Univ. , Chengdu 610031);The Study and Development of the Subway Environmental Control and Numerical Simulation[J];Urban Mass Transit;1999-02\n10 CAO Zhi ming,YANG Qi xin (Southwest Jiaotong University, Chengdu 610031, China);A Study on Scheme of Ventilation Organization Experiments in Condition on Fire in Long Highway Tunnel Through Zhongnan Mountain of Qinling Range[J];Highway;2003-07


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url: =G1354 Train Timetable | Changsha South to Shanghai Hongqiao | China-Travel-Guide.net\nTrain Number: G1354 Start Station: Changsha South End Station: Shanghai Hongqiao\nTrain Type G Start Time: 11:40 End Time: 17:03\nIntermediate Stations: Changsha South, Pingxiang North, Pingxiang North, Xinyu North, Xinyu North, Nanchang West, Nanchang West, Shangrao, Shangrao, Yushan South, Yushan South, Jinhua, Jinhua, Zhuji, Hangzhou East, Hangzhou East, Yuhang, Yuhang, Jiaxing South , Jiaxing South , Shanghai Hongqiao, Shanghai Hongqiao\n1 Changsha South ---- 11:40 0 mins\n2 Pingxiang North 12:09 12:11 2 mins\n3 Xinyu North 12:39 12:41 2 mins\n4 Nanchang West 13:13 13:19 6 mins\n5 Shangrao 14:14 14:17 3 mins\n6 Yushan South 14:30 14:32 2 mins\n7 Jinhua 15:09 15:11 2 mins\n8 Zhuji 15:36 15:38 2 mins\n9 Hangzhou East 16:01 16:03 2 mins\n10 Yuhang 16:13 16:15 2 mins\n11 Jiaxing South 16:33 16:35 2 mins\n12 Shanghai Hongqiao 17:03 17:03 0 mins\nG1354 is a G train route originating from Changsha South at 11:40, and arriving at the final destination of Shanghai Hongqiao at 17:03. The duration of the total journey is 5 hours 23 minutes. There are 22 stops in total: Changsha South, Pingxiang North, Pingxiang North, Xinyu North, Xinyu North, Nanchang West, Nanchang West, Shangrao, Shangrao, Yushan South, Yushan South, Jinhua, Jinhua, Zhuji, Hangzhou East, Hangzhou East, Yuhang, Yuhang, Jiaxing South , Jiaxing South , Shanghai Hongqiao, Shanghai Hongqiao. You can purchase tickets starting at, and ending at any station. Ticket prices are set on a per kilometer basis.


url: =Legal DealFolio - Volkswagen Investment in Anhui Jianghuai Automobile Group\nDeal Date: 16-06-2020 Practice Area: Corporate and M&A\nDeal Title: Volkswagen Investment in Anhui Jianghuai Automobile Group Industry: Automobiles & Parts\nFreshfields Bruckhaus Deringer advised Volkswagen in relation to its major investments in Anhui Jianghuai Automobile Group. Under the terms of the deal, Volkswagen took a 50 per cent stake in JAC Motors and increased its holding in the existing JAC-Volkswagen joint venture from 50 to 75 per cent for around EUR1bn.\nTarget Company Jurisdiction: China Acquiror Jurisdiction: Germany\nLawyer Yuxin Shen


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as PDF39_2_, article0_.PDF_XiaZaiCiShu as PDF40_2_, article0_.SuoYinWenJian_CN as SuoYinW41_2_, article0_.SuoYinWenJian_EN as SuoYinW42_2_, article0_.ReDianWenZhang as ReDianW43_2_, article0_.ZuiXinLuYong as ZuiXinL44_2_, article0_.ZuoZhe_CN as ZuoZhe45_2_, article0_.ZuoZhe_CN_L as ZuoZhe46_2_, article0_.ZuoZheJianJie_CN as ZuoZheJ47_2_, article0_.ZuoZheDiZhi_CN as ZuoZheD48_2_, article0_.ZuoZhe_EN as ZuoZhe49_2_, article0_.ZuoZhe_EN_L as ZuoZhe50_2_, article0_.ZuoZheJianJie_EN as ZuoZheJ51_2_, article0_.ZuoZheDiZhi_EN as ZuoZheD52_2_, article0_.JiJinXiangMu_CN as JiJinXi53_2_, article0_.JiJinXiangMu_EN as JiJinXi54_2_, article0_.TongXunZuoZhe_CN as TongXun55_2_, article0_.TongXunZuoZhe_EN as TongXun56_2_, article0_.GuanJianCi_CN as GuanJianCi57_2_, article0_.GuanJianCi_EN as GuanJianCi58_2_, article0_.ZhuangTai as ZhuangTai2_, article0_.CanKaoWenXian_CN as CanKaoW60_2_, article0_.CanKaoWenXian_EN as CanKaoW61_2_, article0_.WenXian_WenJian as WenXian62_2_, article0_.WenXian_WenJianDaXiao as WenXian63_2_, article0_.SuoYin_CN as SuoYin64_2_, article0_.SuoYin_EN as SuoYin65_2_, article0_.WenXian_CN as WenXian66_2_, article0_.WenXian_EN as WenXian67_2_, article0_.ZhiChiXinXi_CN as ZhiChiX68_2_, article0_.ZhiChiXinXi_EN as ZhiChiX69_2_, article0_.XueKe as XueKe2_, article0_.ErJiXueKe as ErJiXueKe2_, article0_.Email as Email2_, article0_.DeleteFlag as DeleteFlag2_, article0_.DomainIdCN as DomainIdCN2_, article0_.DomainIdEN as DomainIdEN2_, article0_.FieldIdCN as FieldIdCN2_, article0_.FieldIdEN as FieldIdEN2_, article0_.ceb_WenJian as ceb78_2_, article0_.ceb_WenJianDaXiao as ceb79_2_, article0_.ps_WenJian as ps80_2_, article0_.ps_WenJianDaXiao as ps81_2_, article0_.canKaoWenXianURL_CN as canKaoW82_2_, article0_.canKaoWenXianURL_EN as canKaoW83_2_, article0_.pdf_preview as pdf84_2_, article0_.pdf_preview_WenJianDaXiao as pdf85_2_, article0_.wenzhangDaodu_CN as wenzhan86_2_, article0_.wenzhangDaodu_EN as wenzhan87_2_, article0_.videoName as videoName2_, article0_.QiKanJianCheng_CN as QiKanJi89_2_, article0_.QiKanJianCheng_EN as QiKanJi90_2_, article0_.shifouOA as shifouOA2_, article0_.pingShen_FuJian as pingShen92_2_, article0_.pingShen_FuJianDaXiao as pingShen93_2_, article0_.duoMeiTi_FuJian as duoMeiTi94_2_, article0_.duoMeiTi_FuJianDaXiao as duoMeiTi95_2_, article0_.duoMeiTi_YaSuo_FuJian as duoMeiTi96_2_, article0_.duoMeiTi_YaSuo_FuJianDaXiao as duoMeiTi97_2_, article0_.LuRuRiQi as LuRuRiQi2_, article0_.LuRuRenYuan as LuRuRen99_2_, article0_.Others as Others2_, article0_.rich_html as rich101_2_, article0_.richHtmlCN as richHtmlCN2_, article0_.Isdisplay as Isdisplay2_, article0_.nlmdtd_xml as nlmdtd104_2_, article0_.nlmdtdXmlCN as nlmdtd105_2_, article0_.Beiyincishu as Beiyin106_2_, article0_.BeiYinCiShuCrossref as BeiYin107_2_, article0_.richHtmlLiuLanCiShu as richHt108_2_, article0_.ReferenceCount as Refere109_2_, article0_.shunxu as shunxu2_, article0_.WenZhangLeiXing_CN as WenZha111_2_, article0_.WenZhangLeiXing_EN as WenZha112_2_, article0_.ArticleDownloadControlType as Articl113_2_, article0_.pmid as pmid2_, article0_.pubmed_valid as pubmed115_2_, article0_.DoiShiFouYouXiao as DoiShi116_2_, article0_.ChuBanZhouQi as ChuBan117_2_, article0_.xmlContent as xmlContent2_, article0_.SCICitingArticlesURL as SCICit119_2_, article0_.zuiHouGengXinRiQi as zuiHou120_2_, article0_.collection_id as collection121_2_, article0_.jijin as jijin2_, article0_.PDF_extend_wenjian as PDF123_2_, article0_.PDF_extend_wenjian_en as PDF124_2_, article0_.PDF_extend_xiazaicishu as PDF125_2_, article0_.PDF_extend_xiazaicishu_en as PDF126_2_, article0_.PDF_extend_daXiao as PDF127_2_, article0_.PDF_extend_daxiao_en as PDF128_2_, article0_.pdf_swf_size as pdf129_2_, article0_.fenleihao_type as fenleihao130_2_, article0_.wz_uuid as wz131_2_, article0_.cscdId as cscdId2_, article0_.articleType as articl133_2_, article0_.rh_native as rh134_2_, article0_.rh_outlink as rh135_2_, article0_.keyPoints_cn as keyPoints136_2_, article0_.keyPoints_en as keyPoints137_2_, article0_.sourceDtdXml as source138_2_, article0_.biaoTiCNEscape as biaoTi139_2_, article0_.biaoTiENEscape as biaoTi140_2_, article0_.guanJianCiCNEscape as guanJi141_2_, article0_.guanJianCiENEscape as guanJi142_2_, article0_.zhaiYaoCNEscape as zhaiYa143_2_, article0_.zhaiYaoENEscape as zhaiYa144_2_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(month,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula0_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(year,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula1_ from J_WenZhang article0_ where article0_.ZaZhiID=? and article0_.DOI=? order by article0_.QiShiYe]; 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。; nested exception is java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。\ncause:org.springframework.dao.DeadlockLoserDataAccessException: Hibernate operation: could not execute query; SQL [select article0_.ID as ID2_, article0_.ZaZhiID as ZaZhiID2_, article0_.Nian as Nian2_, article0_.Juan as Juan2_, article0_.Qi as Qi2_, article0_.NianJuanQiID as NianJuan6_2_, article0_.BianHao as BianHao2_, article0_.BiaoTi_CN as BiaoTi8_2_, article0_.BiaoTi_EN as BiaoTi9_2_, article0_.zuiXinLuYongRiQi as zuiXinL10_2_, article0_.onlineFirstRiQi as onlineF11_2_, article0_.FaBuRiQi as FaBuRiQi2_, article0_.ShouGaoRiQi as ShouGao13_2_, article0_.ChuBanRiQi as ChuBanRiQi2_, article0_.XiuHuiRiQi as XiuHuiRiQi2_, article0_.JieShouRiQi as JieShou16_2_, article0_.QiShiYe as QiShiYe2_, article0_.JieShuYe as JieShuYe2_, article0_.LanMu_CN as LanMu19_2_, article0_.LanMu_EN as LanMu20_2_, article0_.ZhuanTi_CN as ZhuanTi21_2_, article0_.ZhuanTi_EN as ZhuanTi22_2_, article0_.FenLeiHao as FenLeiHao2_, article0_.DOI as DOI2_, article0_.ZhaiYao_CN as ZhaiYao25_2_, article0_.ZhaiYao_EN as ZhaiYao26_2_, article0_.ZhaiYaoLiuLanCiShu as ZhaiYao27_2_, article0_.QuanWen as QuanWen2_, article0_.HTML_WenJian as HTML29_2_, article0_.HTML_WenJianDaXiao as HTML30_2_, article0_.PDF_WenJian as PDF31_2_, article0_.pdf_WenJian_CN as pdf32_2_, article0_.ArticlePic as ArticlePic2_, article0_.s_articlePic as s34_2_, article0_.PDF_WenJianDaXiao as PDF35_2_, article0_.pdf_WenJianDaXiao_CN as pdf36_2_, article0_.PDF_ShiFouBenDi as PDF37_2_, article0_.PDF_LianJieDiZhi as PDF38_2_, article0_.PDF_JiaGe as PDF39_2_, article0_.PDF_XiaZaiCiShu as PDF40_2_, article0_.SuoYinWenJian_CN as SuoYinW41_2_, article0_.SuoYinWenJian_EN as SuoYinW42_2_, article0_.ReDianWenZhang as ReDianW43_2_, article0_.ZuiXinLuYong as ZuiXinL44_2_, article0_.ZuoZhe_CN as ZuoZhe45_2_, article0_.ZuoZhe_CN_L as ZuoZhe46_2_, article0_.ZuoZheJianJie_CN as ZuoZheJ47_2_, article0_.ZuoZheDiZhi_CN as ZuoZheD48_2_, article0_.ZuoZhe_EN as ZuoZhe49_2_, article0_.ZuoZhe_EN_L as ZuoZhe50_2_, article0_.ZuoZheJianJie_EN as ZuoZheJ51_2_, article0_.ZuoZheDiZhi_EN as ZuoZheD52_2_, article0_.JiJinXiangMu_CN as JiJinXi53_2_, article0_.JiJinXiangMu_EN as JiJinXi54_2_, article0_.TongXunZuoZhe_CN as TongXun55_2_, article0_.TongXunZuoZhe_EN as TongXun56_2_, article0_.GuanJianCi_CN as GuanJianCi57_2_, article0_.GuanJianCi_EN as GuanJianCi58_2_, article0_.ZhuangTai as ZhuangTai2_, article0_.CanKaoWenXian_CN as CanKaoW60_2_, article0_.CanKaoWenXian_EN as CanKaoW61_2_, article0_.WenXian_WenJian as WenXian62_2_, article0_.WenXian_WenJianDaXiao as WenXian63_2_, article0_.SuoYin_CN as SuoYin64_2_, article0_.SuoYin_EN as SuoYin65_2_, article0_.WenXian_CN as WenXian66_2_, article0_.WenXian_EN as WenXian67_2_, article0_.ZhiChiXinXi_CN as ZhiChiX68_2_, article0_.ZhiChiXinXi_EN as ZhiChiX69_2_, article0_.XueKe as XueKe2_, article0_.ErJiXueKe as ErJiXueKe2_, article0_.Email as Email2_, article0_.DeleteFlag as DeleteFlag2_, article0_.DomainIdCN as DomainIdCN2_, article0_.DomainIdEN as DomainIdEN2_, article0_.FieldIdCN as FieldIdCN2_, article0_.FieldIdEN as FieldIdEN2_, article0_.ceb_WenJian as ceb78_2_, article0_.ceb_WenJianDaXiao as ceb79_2_, article0_.ps_WenJian as ps80_2_, article0_.ps_WenJianDaXiao as ps81_2_, article0_.canKaoWenXianURL_CN as canKaoW82_2_, article0_.canKaoWenXianURL_EN as canKaoW83_2_, article0_.pdf_preview as pdf84_2_, article0_.pdf_preview_WenJianDaXiao as pdf85_2_, article0_.wenzhangDaodu_CN as wenzhan86_2_, article0_.wenzhangDaodu_EN as wenzhan87_2_, article0_.videoName as videoName2_, article0_.QiKanJianCheng_CN as QiKanJi89_2_, article0_.QiKanJianCheng_EN as QiKanJi90_2_, article0_.shifouOA as shifouOA2_, article0_.pingShen_FuJian as pingShen92_2_, article0_.pingShen_FuJianDaXiao as pingShen93_2_, article0_.duoMeiTi_FuJian as duoMeiTi94_2_, article0_.duoMeiTi_FuJianDaXiao as duoMeiTi95_2_, article0_.duoMeiTi_YaSuo_FuJian as duoMeiTi96_2_, article0_.duoMeiTi_YaSuo_FuJianDaXiao as duoMeiTi97_2_, article0_.LuRuRiQi as LuRuRiQi2_, article0_.LuRuRenYuan as LuRuRen99_2_, article0_.Others as Others2_, article0_.rich_html as rich101_2_, article0_.richHtmlCN as richHtmlCN2_, article0_.Isdisplay as Isdisplay2_, article0_.nlmdtd_xml as nlmdtd104_2_, article0_.nlmdtdXmlCN as nlmdtd105_2_, article0_.Beiyincishu as Beiyin106_2_, article0_.BeiYinCiShuCrossref as BeiYin107_2_, article0_.richHtmlLiuLanCiShu as richHt108_2_, article0_.ReferenceCount as Refere109_2_, article0_.shunxu as shunxu2_, article0_.WenZhangLeiXing_CN as WenZha111_2_, article0_.WenZhangLeiXing_EN as WenZha112_2_, article0_.ArticleDownloadControlType as Articl113_2_, article0_.pmid as pmid2_, article0_.pubmed_valid as pubmed115_2_, article0_.DoiShiFouYouXiao as DoiShi116_2_, article0_.ChuBanZhouQi as ChuBan117_2_, article0_.xmlContent as xmlContent2_, article0_.SCICitingArticlesURL as SCICit119_2_, article0_.zuiHouGengXinRiQi as zuiHou120_2_, article0_.collection_id as collection121_2_, article0_.jijin as jijin2_, article0_.PDF_extend_wenjian as PDF123_2_, article0_.PDF_extend_wenjian_en as PDF124_2_, article0_.PDF_extend_xiazaicishu as PDF125_2_, article0_.PDF_extend_xiazaicishu_en as PDF126_2_, article0_.PDF_extend_daXiao as PDF127_2_, article0_.PDF_extend_daxiao_en as PDF128_2_, article0_.pdf_swf_size as pdf129_2_, article0_.fenleihao_type as fenleihao130_2_, article0_.wz_uuid as wz131_2_, article0_.cscdId as cscdId2_, article0_.articleType as articl133_2_, article0_.rh_native as rh134_2_, article0_.rh_outlink as rh135_2_, article0_.keyPoints_cn as keyPoints136_2_, article0_.keyPoints_en as keyPoints137_2_, article0_.sourceDtdXml as source138_2_, article0_.biaoTiCNEscape as biaoTi139_2_, article0_.biaoTiENEscape as biaoTi140_2_, article0_.guanJianCiCNEscape as guanJi141_2_, article0_.guanJianCiENEscape as guanJi142_2_, article0_.zhaiYaoCNEscape as zhaiYa143_2_, article0_.zhaiYaoENEscape as zhaiYa144_2_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(month,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula0_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(year,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula1_ from J_WenZhang article0_ where article0_.ZaZhiID=? and article0_.DOI=? order by article0_.QiShiYe]; 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。; nested exception is java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。\nmessage:org.springframework.dao.DeadlockLoserDataAccessException: Hibernate operation: could not execute query; SQL [select article0_.ID as ID2_, article0_.ZaZhiID as ZaZhiID2_, article0_.Nian as Nian2_, article0_.Juan as Juan2_, article0_.Qi as Qi2_, article0_.NianJuanQiID as NianJuan6_2_, article0_.BianHao as BianHao2_, article0_.BiaoTi_CN as BiaoTi8_2_, article0_.BiaoTi_EN as BiaoTi9_2_, article0_.zuiXinLuYongRiQi as zuiXinL10_2_, article0_.onlineFirstRiQi as onlineF11_2_, article0_.FaBuRiQi as FaBuRiQi2_, article0_.ShouGaoRiQi as ShouGao13_2_, article0_.ChuBanRiQi as ChuBanRiQi2_, article0_.XiuHuiRiQi as XiuHuiRiQi2_, 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WenXian66_2_, article0_.WenXian_EN as WenXian67_2_, article0_.ZhiChiXinXi_CN as ZhiChiX68_2_, article0_.ZhiChiXinXi_EN as ZhiChiX69_2_, article0_.XueKe as XueKe2_, article0_.ErJiXueKe as ErJiXueKe2_, article0_.Email as Email2_, article0_.DeleteFlag as DeleteFlag2_, article0_.DomainIdCN as DomainIdCN2_, article0_.DomainIdEN as DomainIdEN2_, article0_.FieldIdCN as FieldIdCN2_, article0_.FieldIdEN as FieldIdEN2_, article0_.ceb_WenJian as ceb78_2_, article0_.ceb_WenJianDaXiao as ceb79_2_, article0_.ps_WenJian as ps80_2_, article0_.ps_WenJianDaXiao as ps81_2_, article0_.canKaoWenXianURL_CN as canKaoW82_2_, article0_.canKaoWenXianURL_EN as canKaoW83_2_, article0_.pdf_preview as pdf84_2_, article0_.pdf_preview_WenJianDaXiao as pdf85_2_, article0_.wenzhangDaodu_CN as wenzhan86_2_, article0_.wenzhangDaodu_EN as wenzhan87_2_, article0_.videoName as videoName2_, article0_.QiKanJianCheng_CN as QiKanJi89_2_, article0_.QiKanJianCheng_EN as QiKanJi90_2_, article0_.shifouOA as shifouOA2_, article0_.pingShen_FuJian as pingShen92_2_, article0_.pingShen_FuJianDaXiao as pingShen93_2_, article0_.duoMeiTi_FuJian as duoMeiTi94_2_, article0_.duoMeiTi_FuJianDaXiao as duoMeiTi95_2_, article0_.duoMeiTi_YaSuo_FuJian as duoMeiTi96_2_, article0_.duoMeiTi_YaSuo_FuJianDaXiao as duoMeiTi97_2_, article0_.LuRuRiQi as LuRuRiQi2_, article0_.LuRuRenYuan as LuRuRen99_2_, article0_.Others as Others2_, article0_.rich_html as rich101_2_, article0_.richHtmlCN as richHtmlCN2_, article0_.Isdisplay as Isdisplay2_, article0_.nlmdtd_xml as nlmdtd104_2_, article0_.nlmdtdXmlCN as nlmdtd105_2_, article0_.Beiyincishu as Beiyin106_2_, article0_.BeiYinCiShuCrossref as BeiYin107_2_, article0_.richHtmlLiuLanCiShu as richHt108_2_, article0_.ReferenceCount as Refere109_2_, article0_.shunxu as shunxu2_, article0_.WenZhangLeiXing_CN as WenZha111_2_, article0_.WenZhangLeiXing_EN as WenZha112_2_, article0_.ArticleDownloadControlType as Articl113_2_, article0_.pmid as pmid2_, article0_.pubmed_valid as pubmed115_2_, article0_.DoiShiFouYouXiao as DoiShi116_2_, article0_.ChuBanZhouQi as ChuBan117_2_, article0_.xmlContent as xmlContent2_, article0_.SCICitingArticlesURL as SCICit119_2_, article0_.zuiHouGengXinRiQi as zuiHou120_2_, article0_.collection_id as collection121_2_, article0_.jijin as jijin2_, article0_.PDF_extend_wenjian as PDF123_2_, article0_.PDF_extend_wenjian_en as PDF124_2_, article0_.PDF_extend_xiazaicishu as PDF125_2_, article0_.PDF_extend_xiazaicishu_en as PDF126_2_, article0_.PDF_extend_daXiao as PDF127_2_, article0_.PDF_extend_daxiao_en as PDF128_2_, article0_.pdf_swf_size as pdf129_2_, article0_.fenleihao_type as fenleihao130_2_, article0_.wz_uuid as wz131_2_, article0_.cscdId as cscdId2_, article0_.articleType as articl133_2_, article0_.rh_native as rh134_2_, article0_.rh_outlink as rh135_2_, article0_.keyPoints_cn as keyPoints136_2_, article0_.keyPoints_en as keyPoints137_2_, article0_.sourceDtdXml as source138_2_, article0_.biaoTiCNEscape as biaoTi139_2_, article0_.biaoTiENEscape as biaoTi140_2_, article0_.guanJianCiCNEscape as guanJi141_2_, article0_.guanJianCiENEscape as guanJi142_2_, article0_.zhaiYaoCNEscape as zhaiYa143_2_, article0_.zhaiYaoENEscape as zhaiYa144_2_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(month,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula0_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(year,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula1_ from J_WenZhang article0_ where article0_.ZaZhiID=? and article0_.DOI=? order by article0_.QiShiYe]; 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。; nested exception is java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。\nlocalizedMessage:org.springframework.dao.DeadlockLoserDataAccessException: Hibernate operation: could not execute query; SQL [select article0_.ID as ID2_, article0_.ZaZhiID as ZaZhiID2_, article0_.Nian as Nian2_, article0_.Juan as Juan2_, article0_.Qi as Qi2_, article0_.NianJuanQiID as NianJuan6_2_, article0_.BianHao as BianHao2_, article0_.BiaoTi_CN as BiaoTi8_2_, article0_.BiaoTi_EN as BiaoTi9_2_, article0_.zuiXinLuYongRiQi as zuiXinL10_2_, article0_.onlineFirstRiQi as onlineF11_2_, article0_.FaBuRiQi as FaBuRiQi2_, article0_.ShouGaoRiQi as ShouGao13_2_, article0_.ChuBanRiQi as ChuBanRiQi2_, article0_.XiuHuiRiQi as XiuHuiRiQi2_, article0_.JieShouRiQi as JieShou16_2_, article0_.QiShiYe as QiShiYe2_, article0_.JieShuYe as JieShuYe2_, article0_.LanMu_CN as LanMu19_2_, article0_.LanMu_EN as LanMu20_2_, article0_.ZhuanTi_CN as ZhuanTi21_2_, article0_.ZhuanTi_EN as ZhuanTi22_2_, article0_.FenLeiHao as FenLeiHao2_, article0_.DOI as DOI2_, article0_.ZhaiYao_CN as ZhaiYao25_2_, article0_.ZhaiYao_EN as ZhaiYao26_2_, article0_.ZhaiYaoLiuLanCiShu as ZhaiYao27_2_, article0_.QuanWen as QuanWen2_, article0_.HTML_WenJian as HTML29_2_, article0_.HTML_WenJianDaXiao as HTML30_2_, article0_.PDF_WenJian as PDF31_2_, article0_.pdf_WenJian_CN as pdf32_2_, article0_.ArticlePic as ArticlePic2_, article0_.s_articlePic as s34_2_, article0_.PDF_WenJianDaXiao as PDF35_2_, article0_.pdf_WenJianDaXiao_CN as pdf36_2_, article0_.PDF_ShiFouBenDi as PDF37_2_, article0_.PDF_LianJieDiZhi as PDF38_2_, article0_.PDF_JiaGe as PDF39_2_, article0_.PDF_XiaZaiCiShu as PDF40_2_, article0_.SuoYinWenJian_CN as SuoYinW41_2_, article0_.SuoYinWenJian_EN as SuoYinW42_2_, article0_.ReDianWenZhang as ReDianW43_2_, article0_.ZuiXinLuYong as ZuiXinL44_2_, article0_.ZuoZhe_CN as ZuoZhe45_2_, article0_.ZuoZhe_CN_L as ZuoZhe46_2_, article0_.ZuoZheJianJie_CN as ZuoZheJ47_2_, article0_.ZuoZheDiZhi_CN as ZuoZheD48_2_, article0_.ZuoZhe_EN as ZuoZhe49_2_, article0_.ZuoZhe_EN_L as ZuoZhe50_2_, article0_.ZuoZheJianJie_EN as ZuoZheJ51_2_, article0_.ZuoZheDiZhi_EN as ZuoZheD52_2_, article0_.JiJinXiangMu_CN as JiJinXi53_2_, article0_.JiJinXiangMu_EN as JiJinXi54_2_, article0_.TongXunZuoZhe_CN as TongXun55_2_, article0_.TongXunZuoZhe_EN as TongXun56_2_, article0_.GuanJianCi_CN as GuanJianCi57_2_, article0_.GuanJianCi_EN as GuanJianCi58_2_, article0_.ZhuangTai as ZhuangTai2_, article0_.CanKaoWenXian_CN as CanKaoW60_2_, article0_.CanKaoWenXian_EN as CanKaoW61_2_, article0_.WenXian_WenJian as WenXian62_2_, article0_.WenXian_WenJianDaXiao as WenXian63_2_, article0_.SuoYin_CN as SuoYin64_2_, article0_.SuoYin_EN as SuoYin65_2_, article0_.WenXian_CN as WenXian66_2_, article0_.WenXian_EN as WenXian67_2_, article0_.ZhiChiXinXi_CN as ZhiChiX68_2_, article0_.ZhiChiXinXi_EN as ZhiChiX69_2_, article0_.XueKe as XueKe2_, article0_.ErJiXueKe as ErJiXueKe2_, article0_.Email as Email2_, article0_.DeleteFlag as DeleteFlag2_, article0_.DomainIdCN as DomainIdCN2_, article0_.DomainIdEN as DomainIdEN2_, article0_.FieldIdCN as FieldIdCN2_, article0_.FieldIdEN as FieldIdEN2_, article0_.ceb_WenJian as ceb78_2_, article0_.ceb_WenJianDaXiao as ceb79_2_, article0_.ps_WenJian as ps80_2_, article0_.ps_WenJianDaXiao as ps81_2_, article0_.canKaoWenXianURL_CN as canKaoW82_2_, article0_.canKaoWenXianURL_EN as canKaoW83_2_, article0_.pdf_preview as pdf84_2_, article0_.pdf_preview_WenJianDaXiao as pdf85_2_, article0_.wenzhangDaodu_CN as wenzhan86_2_, article0_.wenzhangDaodu_EN as wenzhan87_2_, article0_.videoName as videoName2_, article0_.QiKanJianCheng_CN as QiKanJi89_2_, article0_.QiKanJianCheng_EN as QiKanJi90_2_, article0_.shifouOA as shifouOA2_, article0_.pingShen_FuJian as pingShen92_2_, article0_.pingShen_FuJianDaXiao as pingShen93_2_, article0_.duoMeiTi_FuJian as duoMeiTi94_2_, article0_.duoMeiTi_FuJianDaXiao as duoMeiTi95_2_, article0_.duoMeiTi_YaSuo_FuJian as duoMeiTi96_2_, article0_.duoMeiTi_YaSuo_FuJianDaXiao as duoMeiTi97_2_, article0_.LuRuRiQi as LuRuRiQi2_, article0_.LuRuRenYuan as LuRuRen99_2_, article0_.Others as Others2_, article0_.rich_html as rich101_2_, article0_.richHtmlCN as richHtmlCN2_, article0_.Isdisplay as Isdisplay2_, article0_.nlmdtd_xml as nlmdtd104_2_, article0_.nlmdtdXmlCN as nlmdtd105_2_, article0_.Beiyincishu as Beiyin106_2_, article0_.BeiYinCiShuCrossref as BeiYin107_2_, article0_.richHtmlLiuLanCiShu as richHt108_2_, article0_.ReferenceCount as Refere109_2_, article0_.shunxu as shunxu2_, article0_.WenZhangLeiXing_CN as WenZha111_2_, article0_.WenZhangLeiXing_EN as WenZha112_2_, article0_.ArticleDownloadControlType as Articl113_2_, article0_.pmid as pmid2_, article0_.pubmed_valid as pubmed115_2_, article0_.DoiShiFouYouXiao as DoiShi116_2_, article0_.ChuBanZhouQi as ChuBan117_2_, article0_.xmlContent as xmlContent2_, article0_.SCICitingArticlesURL as SCICit119_2_, article0_.zuiHouGengXinRiQi as zuiHou120_2_, article0_.collection_id as collection121_2_, article0_.jijin as jijin2_, article0_.PDF_extend_wenjian as PDF123_2_, article0_.PDF_extend_wenjian_en as PDF124_2_, article0_.PDF_extend_xiazaicishu as PDF125_2_, article0_.PDF_extend_xiazaicishu_en as PDF126_2_, article0_.PDF_extend_daXiao as PDF127_2_, article0_.PDF_extend_daxiao_en as PDF128_2_, article0_.pdf_swf_size as pdf129_2_, article0_.fenleihao_type as fenleihao130_2_, article0_.wz_uuid as wz131_2_, article0_.cscdId as cscdId2_, article0_.articleType as articl133_2_, article0_.rh_native as rh134_2_, article0_.rh_outlink as rh135_2_, article0_.keyPoints_cn as keyPoints136_2_, article0_.keyPoints_en as keyPoints137_2_, article0_.sourceDtdXml as source138_2_, article0_.biaoTiCNEscape as biaoTi139_2_, article0_.biaoTiENEscape as biaoTi140_2_, article0_.guanJianCiCNEscape as guanJi141_2_, article0_.guanJianCiENEscape as guanJi142_2_, article0_.zhaiYaoCNEscape as zhaiYa143_2_, article0_.zhaiYaoENEscape as zhaiYa144_2_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(month,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula0_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(year,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula1_ from J_WenZhang article0_ where article0_.ZaZhiID=? and article0_.DOI=? order by article0_.QiShiYe]; 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。; nested exception is java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。\nstackTrace:javax.servlet.ServletException: org.springframework.dao.DeadlockLoserDataAccessException: Hibernate operation: could not execute query; SQL [select article0_.ID as ID2_, article0_.ZaZhiID as ZaZhiID2_, article0_.Nian as Nian2_, article0_.Juan as Juan2_, article0_.Qi as Qi2_, article0_.NianJuanQiID as NianJuan6_2_, article0_.BianHao as BianHao2_, article0_.BiaoTi_CN as BiaoTi8_2_, article0_.BiaoTi_EN as BiaoTi9_2_, article0_.zuiXinLuYongRiQi as zuiXinL10_2_, article0_.onlineFirstRiQi as onlineF11_2_, article0_.FaBuRiQi as FaBuRiQi2_, article0_.ShouGaoRiQi as ShouGao13_2_, article0_.ChuBanRiQi as ChuBanRiQi2_, article0_.XiuHuiRiQi as XiuHuiRiQi2_, article0_.JieShouRiQi as JieShou16_2_, article0_.QiShiYe as QiShiYe2_, article0_.JieShuYe as JieShuYe2_, article0_.LanMu_CN as LanMu19_2_, article0_.LanMu_EN as LanMu20_2_, article0_.ZhuanTi_CN as ZhuanTi21_2_, article0_.ZhuanTi_EN as ZhuanTi22_2_, article0_.FenLeiHao as FenLeiHao2_, article0_.DOI as DOI2_, article0_.ZhaiYao_CN as ZhaiYao25_2_, article0_.ZhaiYao_EN as ZhaiYao26_2_, article0_.ZhaiYaoLiuLanCiShu as ZhaiYao27_2_, article0_.QuanWen as QuanWen2_, article0_.HTML_WenJian as HTML29_2_, article0_.HTML_WenJianDaXiao as HTML30_2_, article0_.PDF_WenJian as PDF31_2_, article0_.pdf_WenJian_CN as pdf32_2_, article0_.ArticlePic as ArticlePic2_, article0_.s_articlePic as s34_2_, article0_.PDF_WenJianDaXiao as PDF35_2_, article0_.pdf_WenJianDaXiao_CN as pdf36_2_, article0_.PDF_ShiFouBenDi as PDF37_2_, article0_.PDF_LianJieDiZhi as PDF38_2_, article0_.PDF_JiaGe as PDF39_2_, article0_.PDF_XiaZaiCiShu as PDF40_2_, article0_.SuoYinWenJian_CN as SuoYinW41_2_, article0_.SuoYinWenJian_EN as SuoYinW42_2_, article0_.ReDianWenZhang as ReDianW43_2_, article0_.ZuiXinLuYong as ZuiXinL44_2_, article0_.ZuoZhe_CN as ZuoZhe45_2_, article0_.ZuoZhe_CN_L as ZuoZhe46_2_, article0_.ZuoZheJianJie_CN as ZuoZheJ47_2_, article0_.ZuoZheDiZhi_CN as ZuoZheD48_2_, article0_.ZuoZhe_EN as ZuoZhe49_2_, article0_.ZuoZhe_EN_L as ZuoZhe50_2_, article0_.ZuoZheJianJie_EN as ZuoZheJ51_2_, article0_.ZuoZheDiZhi_EN as ZuoZheD52_2_, article0_.JiJinXiangMu_CN as JiJinXi53_2_, article0_.JiJinXiangMu_EN as JiJinXi54_2_, article0_.TongXunZuoZhe_CN as TongXun55_2_, article0_.TongXunZuoZhe_EN as TongXun56_2_, article0_.GuanJianCi_CN as GuanJianCi57_2_, article0_.GuanJianCi_EN as GuanJianCi58_2_, article0_.ZhuangTai as ZhuangTai2_, article0_.CanKaoWenXian_CN as CanKaoW60_2_, article0_.CanKaoWenXian_EN as CanKaoW61_2_, article0_.WenXian_WenJian as WenXian62_2_, article0_.WenXian_WenJianDaXiao as WenXian63_2_, article0_.SuoYin_CN as SuoYin64_2_, article0_.SuoYin_EN as SuoYin65_2_, article0_.WenXian_CN as WenXian66_2_, article0_.WenXian_EN as WenXian67_2_, article0_.ZhiChiXinXi_CN as ZhiChiX68_2_, article0_.ZhiChiXinXi_EN as ZhiChiX69_2_, article0_.XueKe as XueKe2_, article0_.ErJiXueKe as ErJiXueKe2_, article0_.Email as Email2_, article0_.DeleteFlag as DeleteFlag2_, article0_.DomainIdCN as DomainIdCN2_, article0_.DomainIdEN as DomainIdEN2_, article0_.FieldIdCN as FieldIdCN2_, article0_.FieldIdEN as FieldIdEN2_, article0_.ceb_WenJian as ceb78_2_, article0_.ceb_WenJianDaXiao as ceb79_2_, article0_.ps_WenJian as ps80_2_, article0_.ps_WenJianDaXiao as ps81_2_, article0_.canKaoWenXianURL_CN as canKaoW82_2_, article0_.canKaoWenXianURL_EN as canKaoW83_2_, article0_.pdf_preview as pdf84_2_, article0_.pdf_preview_WenJianDaXiao as pdf85_2_, article0_.wenzhangDaodu_CN as wenzhan86_2_, article0_.wenzhangDaodu_EN as wenzhan87_2_, article0_.videoName as videoName2_, article0_.QiKanJianCheng_CN as QiKanJi89_2_, article0_.QiKanJianCheng_EN as QiKanJi90_2_, article0_.shifouOA as shifouOA2_, article0_.pingShen_FuJian as pingShen92_2_, article0_.pingShen_FuJianDaXiao as pingShen93_2_, article0_.duoMeiTi_FuJian as duoMeiTi94_2_, article0_.duoMeiTi_FuJianDaXiao as duoMeiTi95_2_, article0_.duoMeiTi_YaSuo_FuJian as duoMeiTi96_2_, article0_.duoMeiTi_YaSuo_FuJianDaXiao as duoMeiTi97_2_, article0_.LuRuRiQi as LuRuRiQi2_, article0_.LuRuRenYuan as LuRuRen99_2_, article0_.Others as Others2_, article0_.rich_html as rich101_2_, article0_.richHtmlCN as richHtmlCN2_, article0_.Isdisplay as Isdisplay2_, article0_.nlmdtd_xml as nlmdtd104_2_, article0_.nlmdtdXmlCN as nlmdtd105_2_, article0_.Beiyincishu as Beiyin106_2_, article0_.BeiYinCiShuCrossref as BeiYin107_2_, article0_.richHtmlLiuLanCiShu as richHt108_2_, article0_.ReferenceCount as Refere109_2_, article0_.shunxu as shunxu2_, article0_.WenZhangLeiXing_CN as WenZha111_2_, article0_.WenZhangLeiXing_EN as WenZha112_2_, article0_.ArticleDownloadControlType as Articl113_2_, article0_.pmid as pmid2_, article0_.pubmed_valid as pubmed115_2_, article0_.DoiShiFouYouXiao as DoiShi116_2_, article0_.ChuBanZhouQi as ChuBan117_2_, article0_.xmlContent as xmlContent2_, article0_.SCICitingArticlesURL as SCICit119_2_, article0_.zuiHouGengXinRiQi as zuiHou120_2_, article0_.collection_id as collection121_2_, article0_.jijin as jijin2_, article0_.PDF_extend_wenjian as PDF123_2_, article0_.PDF_extend_wenjian_en as PDF124_2_, article0_.PDF_extend_xiazaicishu as PDF125_2_, article0_.PDF_extend_xiazaicishu_en as PDF126_2_, article0_.PDF_extend_daXiao as PDF127_2_, article0_.PDF_extend_daxiao_en as PDF128_2_, article0_.pdf_swf_size as pdf129_2_, article0_.fenleihao_type as fenleihao130_2_, article0_.wz_uuid as wz131_2_, article0_.cscdId as cscdId2_, article0_.articleType as articl133_2_, article0_.rh_native as rh134_2_, article0_.rh_outlink as rh135_2_, article0_.keyPoints_cn as keyPoints136_2_, article0_.keyPoints_en as keyPoints137_2_, article0_.sourceDtdXml as source138_2_, article0_.biaoTiCNEscape as biaoTi139_2_, article0_.biaoTiENEscape as biaoTi140_2_, article0_.guanJianCiCNEscape as guanJi141_2_, article0_.guanJianCiENEscape as guanJi142_2_, article0_.zhaiYaoCNEscape as zhaiYa143_2_, article0_.zhaiYaoENEscape as zhaiYa144_2_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(month,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula0_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(year,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula1_ from J_WenZhang article0_ where article0_.ZaZhiID=? and article0_.DOI=? order by article0_.QiShiYe]; 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。; nested exception is java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。 at org.apache.struts.action.RequestProcessor.processException(RequestProcessor.java:535) at org.apache.struts.action.RequestProcessor.processActionPerform(RequestProcessor.java:433) at org.apache.struts.action.RequestProcessor.process(RequestProcessor.java:236) at org.apache.struts.action.ActionServlet.process(ActionServlet.java:1196) at org.apache.struts.action.ActionServlet.doGet(ActionServlet.java:414) at javax.servlet.http.HttpServlet.service(HttpServlet.java:617) at javax.servlet.http.HttpServlet.service(HttpServlet.java:723) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:290) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at org.apache.catalina.core.ApplicationDispatcher.invoke(ApplicationDispatcher.java:646) at org.apache.catalina.core.ApplicationDispatcher.processRequest(ApplicationDispatcher.java:436) at org.apache.catalina.core.ApplicationDispatcher.doForward(ApplicationDispatcher.java:374) at org.apache.catalina.core.ApplicationDispatcher.forward(ApplicationDispatcher.java:302) at org.tuckey.web.filters.urlrewrite.NormalRewrittenUrl.doRewrite(NormalRewrittenUrl.java:195) at org.tuckey.web.filters.urlrewrite.RuleChain.handleRewrite(RuleChain.java:159) at org.tuckey.web.filters.urlrewrite.RuleChain.doRules(RuleChain.java:141) at org.tuckey.web.filters.urlrewrite.UrlRewriter.processRequest(UrlRewriter.java:90) at org.tuckey.web.filters.urlrewrite.UrlRewriteFilter.doFilter(UrlRewriteFilter.java:406) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.filter.UrlRedirectFilter.doFilter(UrlRedirectFilter.java:52) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.filter.CsrfFilter.doFilter(CsrfFilter.java:48) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.magtech.filter.UserGroupMapFilter.doFilter(UserGroupMapFilter.java:39) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.magtech.filter.XssFilter.doFilter(XssFilter.java:66) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.web.CharacterEncodingFilter.doFilter(CharacterEncodingFilter.java:44) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.filter.FrameTaoFilter.doFilter(FrameTaoFilter.java:29) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.filter.JournalIDFilter.doFilter(JournalIDFilter.java:80) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.filter.ReadRequestRefererFilter.doFilter(ReadRequestRefererFilter.java:32) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at com.lyt.util.filter.AuthenticationFilter.doFilter(AuthenticationFilter.java:100) at com.lyt.util.HttpFilter.doFilter(HttpFilter.java:46) at org.apache.catalina.core.ApplicationFilterChain.internalDoFilter(ApplicationFilterChain.java:235) at org.apache.catalina.core.ApplicationFilterChain.doFilter(ApplicationFilterChain.java:206) at org.apache.catalina.core.StandardWrapperValve.invoke(StandardWrapperValve.java:233) at org.apache.catalina.core.StandardContextValve.invoke(StandardContextValve.java:191) at org.apache.catalina.core.StandardHostValve.invoke(StandardHostValve.java:127) at org.apache.catalina.valves.ErrorReportValve.invoke(ErrorReportValve.java:103) at org.apache.catalina.valves.RemoteIpValve.invoke(RemoteIpValve.java:652) at org.apache.catalina.valves.AccessLogValve.invoke(AccessLogValve.java:617) at org.apache.catalina.core.StandardEngineValve.invoke(StandardEngineValve.java:109) at org.apache.catalina.connector.CoyoteAdapter.service(CoyoteAdapter.java:293) at org.apache.coyote.http11.Http11AprProcessor.process(Http11AprProcessor.java:876) at org.apache.coyote.http11.Http11AprProtocol$Http11ConnectionHandler.process(Http11AprProtocol.java:612) at org.apache.tomcat.util.net.AprEndpoint$SocketProcessor.run(AprEndpoint.java:2287) at java.util.concurrent.ThreadPoolExecutor.runWorker(ThreadPoolExecutor.java:1142) at java.util.concurrent.ThreadPoolExecutor$Worker.run(ThreadPoolExecutor.java:617) at java.lang.Thread.run(Thread.java:745) Caused by: org.springframework.dao.DeadlockLoserDataAccessException: Hibernate operation: could not execute query; SQL [select article0_.ID as ID2_, article0_.ZaZhiID as ZaZhiID2_, article0_.Nian as Nian2_, article0_.Juan as Juan2_, article0_.Qi as Qi2_, article0_.NianJuanQiID as NianJuan6_2_, article0_.BianHao as BianHao2_, article0_.BiaoTi_CN as BiaoTi8_2_, article0_.BiaoTi_EN as BiaoTi9_2_, article0_.zuiXinLuYongRiQi as zuiXinL10_2_, article0_.onlineFirstRiQi as onlineF11_2_, article0_.FaBuRiQi as FaBuRiQi2_, article0_.ShouGaoRiQi as ShouGao13_2_, article0_.ChuBanRiQi as ChuBanRiQi2_, article0_.XiuHuiRiQi as XiuHuiRiQi2_, article0_.JieShouRiQi as JieShou16_2_, article0_.QiShiYe as QiShiYe2_, article0_.JieShuYe as JieShuYe2_, article0_.LanMu_CN as LanMu19_2_, article0_.LanMu_EN as LanMu20_2_, article0_.ZhuanTi_CN as ZhuanTi21_2_, article0_.ZhuanTi_EN as ZhuanTi22_2_, article0_.FenLeiHao as FenLeiHao2_, article0_.DOI as DOI2_, article0_.ZhaiYao_CN as ZhaiYao25_2_, article0_.ZhaiYao_EN as ZhaiYao26_2_, article0_.ZhaiYaoLiuLanCiShu as ZhaiYao27_2_, article0_.QuanWen as QuanWen2_, article0_.HTML_WenJian as HTML29_2_, article0_.HTML_WenJianDaXiao as HTML30_2_, article0_.PDF_WenJian as PDF31_2_, article0_.pdf_WenJian_CN as pdf32_2_, article0_.ArticlePic as ArticlePic2_, article0_.s_articlePic as s34_2_, article0_.PDF_WenJianDaXiao as PDF35_2_, article0_.pdf_WenJianDaXiao_CN as pdf36_2_, article0_.PDF_ShiFouBenDi as PDF37_2_, article0_.PDF_LianJieDiZhi as PDF38_2_, article0_.PDF_JiaGe as PDF39_2_, article0_.PDF_XiaZaiCiShu as PDF40_2_, article0_.SuoYinWenJian_CN as SuoYinW41_2_, article0_.SuoYinWenJian_EN as SuoYinW42_2_, article0_.ReDianWenZhang as ReDianW43_2_, article0_.ZuiXinLuYong as ZuiXinL44_2_, article0_.ZuoZhe_CN as ZuoZhe45_2_, article0_.ZuoZhe_CN_L as ZuoZhe46_2_, article0_.ZuoZheJianJie_CN as ZuoZheJ47_2_, article0_.ZuoZheDiZhi_CN as ZuoZheD48_2_, article0_.ZuoZhe_EN as ZuoZhe49_2_, article0_.ZuoZhe_EN_L as ZuoZhe50_2_, article0_.ZuoZheJianJie_EN as ZuoZheJ51_2_, article0_.ZuoZheDiZhi_EN as ZuoZheD52_2_, article0_.JiJinXiangMu_CN as JiJinXi53_2_, article0_.JiJinXiangMu_EN as JiJinXi54_2_, article0_.TongXunZuoZhe_CN as TongXun55_2_, article0_.TongXunZuoZhe_EN as TongXun56_2_, article0_.GuanJianCi_CN as GuanJianCi57_2_, article0_.GuanJianCi_EN as GuanJianCi58_2_, article0_.ZhuangTai as ZhuangTai2_, article0_.CanKaoWenXian_CN as CanKaoW60_2_, article0_.CanKaoWenXian_EN as CanKaoW61_2_, article0_.WenXian_WenJian as WenXian62_2_, article0_.WenXian_WenJianDaXiao as WenXian63_2_, article0_.SuoYin_CN as SuoYin64_2_, article0_.SuoYin_EN as SuoYin65_2_, article0_.WenXian_CN as WenXian66_2_, article0_.WenXian_EN as WenXian67_2_, article0_.ZhiChiXinXi_CN as ZhiChiX68_2_, article0_.ZhiChiXinXi_EN as ZhiChiX69_2_, article0_.XueKe as XueKe2_, article0_.ErJiXueKe as ErJiXueKe2_, article0_.Email as Email2_, article0_.DeleteFlag as DeleteFlag2_, article0_.DomainIdCN as DomainIdCN2_, article0_.DomainIdEN as DomainIdEN2_, article0_.FieldIdCN as FieldIdCN2_, article0_.FieldIdEN as FieldIdEN2_, article0_.ceb_WenJian as ceb78_2_, article0_.ceb_WenJianDaXiao as ceb79_2_, article0_.ps_WenJian as ps80_2_, article0_.ps_WenJianDaXiao as ps81_2_, article0_.canKaoWenXianURL_CN as canKaoW82_2_, article0_.canKaoWenXianURL_EN as canKaoW83_2_, article0_.pdf_preview as pdf84_2_, article0_.pdf_preview_WenJianDaXiao as pdf85_2_, article0_.wenzhangDaodu_CN as wenzhan86_2_, article0_.wenzhangDaodu_EN as wenzhan87_2_, article0_.videoName as videoName2_, article0_.QiKanJianCheng_CN as QiKanJi89_2_, article0_.QiKanJianCheng_EN as QiKanJi90_2_, article0_.shifouOA as shifouOA2_, article0_.pingShen_FuJian as pingShen92_2_, article0_.pingShen_FuJianDaXiao as pingShen93_2_, article0_.duoMeiTi_FuJian as duoMeiTi94_2_, article0_.duoMeiTi_FuJianDaXiao as duoMeiTi95_2_, article0_.duoMeiTi_YaSuo_FuJian as duoMeiTi96_2_, article0_.duoMeiTi_YaSuo_FuJianDaXiao as duoMeiTi97_2_, article0_.LuRuRiQi as LuRuRiQi2_, article0_.LuRuRenYuan as LuRuRen99_2_, article0_.Others as Others2_, article0_.rich_html as rich101_2_, article0_.richHtmlCN as richHtmlCN2_, article0_.Isdisplay as Isdisplay2_, article0_.nlmdtd_xml as nlmdtd104_2_, article0_.nlmdtdXmlCN as nlmdtd105_2_, article0_.Beiyincishu as Beiyin106_2_, article0_.BeiYinCiShuCrossref as BeiYin107_2_, article0_.richHtmlLiuLanCiShu as richHt108_2_, article0_.ReferenceCount as Refere109_2_, article0_.shunxu as shunxu2_, article0_.WenZhangLeiXing_CN as WenZha111_2_, article0_.WenZhangLeiXing_EN as WenZha112_2_, article0_.ArticleDownloadControlType as Articl113_2_, article0_.pmid as pmid2_, article0_.pubmed_valid as pubmed115_2_, article0_.DoiShiFouYouXiao as DoiShi116_2_, article0_.ChuBanZhouQi as ChuBan117_2_, article0_.xmlContent as xmlContent2_, article0_.SCICitingArticlesURL as SCICit119_2_, article0_.zuiHouGengXinRiQi as zuiHou120_2_, article0_.collection_id as collection121_2_, article0_.jijin as jijin2_, article0_.PDF_extend_wenjian as PDF123_2_, article0_.PDF_extend_wenjian_en as PDF124_2_, article0_.PDF_extend_xiazaicishu as PDF125_2_, article0_.PDF_extend_xiazaicishu_en as PDF126_2_, article0_.PDF_extend_daXiao as PDF127_2_, article0_.PDF_extend_daxiao_en as PDF128_2_, article0_.pdf_swf_size as pdf129_2_, article0_.fenleihao_type as fenleihao130_2_, article0_.wz_uuid as wz131_2_, article0_.cscdId as cscdId2_, article0_.articleType as articl133_2_, article0_.rh_native as rh134_2_, article0_.rh_outlink as rh135_2_, article0_.keyPoints_cn as keyPoints136_2_, article0_.keyPoints_en as keyPoints137_2_, article0_.sourceDtdXml as source138_2_, article0_.biaoTiCNEscape as biaoTi139_2_, article0_.biaoTiENEscape as biaoTi140_2_, article0_.guanJianCiCNEscape as guanJi141_2_, article0_.guanJianCiENEscape as guanJi142_2_, article0_.zhaiYaoCNEscape as zhaiYa143_2_, article0_.zhaiYaoENEscape as zhaiYa144_2_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(month,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula0_, (select count(j.id) from J_XiaZai j where j.xiazaishijian> dateadd(year,-1,getdate()) and j.ZaZhiID=article0_.zazhiid and j.wenzhangid=article0_.id) as formula1_ from J_WenZhang article0_ where article0_.ZaZhiID=? and article0_.DOI=? order by article0_.QiShiYe]; 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。; nested exception is java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。 at org.springframework.jdbc.support.SQLErrorCodeSQLExceptionTranslator.doTranslate(SQLErrorCodeSQLExceptionTranslator.java:248) at org.springframework.jdbc.support.AbstractFallbackSQLExceptionTranslator.translate(AbstractFallbackSQLExceptionTranslator.java:72) at org.springframework.orm.hibernate3.HibernateAccessor.convertJdbcAccessException(HibernateAccessor.java:424) at org.springframework.orm.hibernate3.HibernateAccessor.convertHibernateAccessException(HibernateAccessor.java:410) at org.springframework.orm.hibernate3.HibernateTemplate.doExecute(HibernateTemplate.java:424) at org.springframework.orm.hibernate3.HibernateTemplate.execute(HibernateTemplate.java:339) at com.lyt.util.dao.BaseDaoImpl.findCmd(BaseDaoImpl.java:53) at com.wkxt.article.ArticleServiceImpl$79.doInTransaction(ArticleServiceImpl.java:1862) at org.springframework.transaction.support.TransactionTemplate.execute(TransactionTemplate.java:128) at com.wkxt.article.ArticleServiceImpl.getArticleByDoi(ArticleServiceImpl.java:1859) at com.wkxt.article.web.action.RewriteDoiAction.execute(RewriteDoiAction.java:27) at org.apache.struts.action.RequestProcessor.processActionPerform(RequestProcessor.java:431) ... 60 more Caused by: java.sql.SQLException: 事务(进程 ID 156)与另一个进程被死锁在 锁 资源上，并且已被选作死锁牺牲品。请重新运行该事务。 at net.sourceforge.jtds.jdbc.SQLDiagnostic.addDiagnostic(SQLDiagnostic.java:365) at net.sourceforge.jtds.jdbc.TdsCore.tdsErrorToken(TdsCore.java:2781) at net.sourceforge.jtds.jdbc.TdsCore.nextToken(TdsCore.java:2224) at net.sourceforge.jtds.jdbc.TdsCore.isDataInResultSet(TdsCore.java:792) at net.sourceforge.jtds.jdbc.JtdsResultSet.(JtdsResultSet.java:146) at net.sourceforge.jtds.jdbc.JtdsStatement.executeSQLQuery(JtdsStatement.java:424) at net.sourceforge.jtds.jdbc.JtdsPreparedStatement.executeQuery(JtdsPreparedStatement.java:693) at org.apache.commons.dbcp.DelegatingPreparedStatement.executeQuery(DelegatingPreparedStatement.java:92) at org.hibernate.jdbc.AbstractBatcher.getResultSet(AbstractBatcher.java:137) at org.hibernate.loader.Loader.getResultSet(Loader.java:1676) at org.hibernate.loader.Loader.doQuery(Loader.java:662) at org.hibernate.loader.Loader.doQueryAndInitializeNonLazyCollections(Loader.java:223) at org.hibernate.loader.Loader.doList(Loader.java:2147) at org.hibernate.loader.Loader.listIgnoreQueryCache(Loader.java:2026) at org.hibernate.loader.Loader.list(Loader.java:2021) at org.hibernate.loader.hql.QueryLoader.list(QueryLoader.java:369) at org.hibernate.hql.ast.QueryTranslatorImpl.list(QueryTranslatorImpl.java:296) at org.hibernate.impl.SessionImpl.list(SessionImpl.java:992) at org.hibernate.impl.QueryImpl.list(QueryImpl.java:74) at com.lyt.util.dao.BaseDaoImpl$1.doInHibernate(BaseDaoImpl.java:73) at org.springframework.orm.hibernate3.HibernateTemplate.doExecute(HibernateTemplate.java:419) ... 67 more


url: =Exploratory Analysis(EA) Geared to Overall Demand for Information War--《Computer Simulation》2005年06期\n《Computer Simulation》 2005-06\nExploratory Analysis(EA) Geared to Overall Demand for Information War\nHU Xiao - feng, HU Jian - wen (National Defence University,Beijing 100091 ,China)\nExploratory analysis (EA) is an unity methodology suitable for modern war in which information is a key factor. It is a top - down process. The all - rounds analysis results meeting modern war needs are acquired by gathering , processing and generalizing all kinds of uncertain factors. This paper introduces some basic concepts , methods and process of EA, and further more, some difficulties and essential technologies for conducting EA are proposed.\n1 LI Zhe,FENG Han-ying(Dept.of Basic Courses,Ordnance Engineering College,Shijiazhuang 050003,China);Simulation Method of Missile Battle Under Condition of Network-Centric Warfare[J];Ordnance Industry Automation;2007-05\n3 WANG Xin-feng1,LIANG Xing2,SUN Rong-lin2,YANG Jing-xi3,ZHENG Han-huai3 (1.Graduate School,China University of Geosciences,Wuhan 430074,China;2.Key Laboratory of Biogeology and Environmental Geology of Ministry of Education,China University of Geosciences,Wuhan 430074,China;3.Hydrochina Chengdu Engineering Corporation,Chengdu 610072,China);Statistical Analysis of Fracture Spacing by Boxplot Method Based on Field Measuring Data——A Case Study in the Underground Powerhouse of Jingping First Stage Hydropower Station[J];Safety and Environmental Engineering;2010-02\n4 ZHANG Rong-ming1, ZOU Xing-jun2,3, GU Bang-jun2, LUO Lu-feng3, ZHOU Yan-qiong2 (1.School of Electro-Mechanical Engineering, Guangdong University of Technology, Guangzhou 510090, China; 2.Nanhua University, Hengyang 421001, China; 3.The College of Engineering, Agriculture University of South China, Guangzhou 510642, China);Research of Time Series Data Based on Exploratory Analysis[J];Journal of System Simulation;2006-S2\n5 HUANG Ke-di,JU Ru-sheng,HUANG Jian,YIN Quan-jun,LIU Bao-hong(School of Electromechanical Engineering and Automation,National University of Defense Technology,Changsha 410073,China);Research Overview Towards Theory and Key Techniques of Combat Simulation Systems Based on Data Farming[J];Journal of System Simulation;2008-13\n1 YAO Jun1,HU Jian-wen2,YANG Jing-yu3,CHANG Guo-cen1(1. Telecommunication Engineering College of Engineering University of Air Force, Xi'an Shanxi,710077, China;2. The Department of War Simulation, the Command College of Air Force, Beijing 100089, China;3. The Department of Information Operation & Command Training,NDU of PLA, Beijing 100091, China);The Capability Requirement Analysis Based on Exploratory Simulation Experiment of Precision Guided Weapon System of Systems[J];Computer Simulation;2008-10\n2 Liu Tao1 Hu Jianwen2 ()1(Jingdezhen Ceramic Institute,Jingdezhen 333403,Jiangxi,China) ()2(University of National Defense,Beijing 100091,China);INDEXES ANALYSIS AND DESIGN OF DISTRIBUTED INFORMATION PROCESSING SYSTEM BASED ON MONOTONIC INDEXES SPACE[J];Computer Applications and Software;2008-02\n4 HU Jian-wen, WU Xi, YANG Jing-yu, HU Xiao-feng, JIANG Ya-qun (The Department of Information Operation & Command Training,NDU of PLA, Beijing 100091, China);Design of exploratory analysis framework EAF[J];Acta Simulata Systematica Sinica;2005-11\n5 HU Jian-wen, HU Xiao-feng, ZHU Shu-guang, YANG Jing-yu, YAO Jun (The Department of Information Operation & Command Training, NDU of PLA, Beijing 100091, China);Simulation Experiment Methods for Capability Requirement Analysis of Weapon and Equipment System[J];Journal of System Simulation;2008-14\n6 LIU Ling,XU Hao-jun,HUA Yu-guang,GUO Hui(Engineering Institute of Air Force University of Engineering,Xi'an 710038,China);Research on Effectiveness Space Modeling for Air Power System of Systems Based on Exploratory Analysis[J];Journal of System Simulation;2009-18\n1 ZHANG Peng, ZHOU Jing-lun, TAN Yue-jin (College of Information System & Management, National University of Defense Technology, Changsha 410073, China);Evaluation Model of Combat Effectiveness for Weapons SOS[J];Ordnance Industry Automation;2005-05\n2 Huang Jun Wu Zhe (School of Aeronautic Science and Technology, Beijing University of Aeronautics and Astronautics, Beijing 100083, China);Study on asymmetrical systemic aerial confrontation[J];Journal of Beijing University of Aeronautics and Astronautics;2004-05\n3 CAO Xiao-ping~1,HU Chang-hua~2,ZHENG Zhi-qiang~1,LV Ying-jie~2(1.Mechatronics and Automation School National University of Defense Technology,Changsha 410073,China;2.The Second Artillery Engineering Institute,Xi'an 710025,China);Fault prediction for inertial device based on LMBP neural network[J];Electronics Optics & Control;2005-06\n4 ;基于MPI方法实现牵引供电计算的并行仿真[J];Electric Railway;2004-03\n5 HUANG Ying1,JIANG Kai2,HE Ben-teng1 (1.School of Electrical Engineering,Zhejiang University,Hangzhou 310027,Zhejiang Province,China; 2.Shanghai Supercomputer Center,Pudong District,Shanghai 201203, China);LINUX CLUSTER BASED POWER SYSTEM PARALLEL SIMULATION SYSTEM[J];Power System Technology;2004-20\n6 Deng Ronggui; Zhang Zhuoyan; Huang Runqiu; Wang Shitian(Chengdu Institute of Technology,Chengdu 610059);ON THE STRUCTURAL PLANE CHARACTERISTICS OF ROCK MASS IN NO.1 JINPING WATER POWER STAION[J];JOURNAL OF GEOLOGICAL HAZARDS AND ENVERONMENT PRESERVATION;1996-01\n7 ZHOU Wei da,ZHANG Li,JIAO Li cheng (National Key Lab.for Radar Signal Processing,Xidian University,Xi'an 710071,China);An Analysis of SVMs Generalization Performance[J];Acta Electronica Sinica;2001-05\n8 CHEN Yong,HU Ai-qun,CAI Tian-you,ZHONG Zi-guo(Department of Radio Engineering,Southeast University,Nanjing,Jiangsu 210096,China);Evaluation Method for Link Importance in Communication Networks[J];Acta Electronica Sinica;2003-04\n9 Xiao Yuanxing Mao Herui Yu Xiang (Systems Engineering Institute,Beijing 100081);On Synthetic Modelling of System Effectiveness[J];FIRE CONTROL & COMMAND CONTROL;1997-02\n1 ZHANG Yao-cheng,LI Ge,HUANG Ke-di(College of Mechatronics Engineering and Automation,National Univ.of Defense Technology,Changsha 410073,China);DDM Mechanism Implementation in Parallel Discrete Event Simulation[J];Journal of National University of Defense Technology;2008-02\n2 LIU Xin-liang,GUO Bo (College of Information Systems and Management,National Univ.of Defense Technology,Changsha 410073,China);Studies on the Optimization of Latin hypercube designs for Complex System Simulation[J];Journal of National University of Defense Technology;2009-06\n3 CAO Shu-qin1,WU Hong-bing2,FENG Zhan-lin2(1.China North University of Technology,Beijing 100041,China;2.China Academy of Electronics and Information Technology,Beijing 10041,China);Analysis of the Impact of Network Performance on Warfighter Effectiveness[J];Journal of China Academy of Electronics and Information Technology;2009-01\n4 LI Zhi-meng,TAN Qun,WANG Yan-ming,XU Chuan-fu1(School of Information Systems and Management,State Key Laboratory on Parallel and Distributed Processing,School of Computer1,NUDT,Changsha 410073,P.R.China);Effectiveness Evaluation Method for Information Systems Based on Exploratory Analysis[J];Science Technology and Engineering;2009-22\n5 WANG Xin-feng1,LIANG Xing2,SUN Rong-lin2,YANG Jing-xi3,ZHENG Han-huai3 (1.Graduate School,China University of Geosciences,Wuhan 430074,China;2.Key Laboratory of Biogeology and Environmental Geology of Ministry of Education,China University of Geosciences,Wuhan 430074,China;3.Hydrochina Chengdu Engineering Corporation,Chengdu 610072,China);Statistical Analysis of Fracture Spacing by Boxplot Method Based on Field Measuring Data——A Case Study in the Underground Powerhouse of Jingping First Stage Hydropower Station[J];Safety and Environmental Engineering;2010-02\n6 Fang Liang Xi Zemin Xue Wenhu(College of Electronics Engineering,Naval University of Engineering,Wuhan 430033);Application of Dimensional Aanlysis in Radar Combat Efficiency Evaluation[J];Ship Electronic Engineering;2010-07\n7 CAO Xingping, WU Hong, YANG Feng, ZHU Yifan(Institution of Information System and Management,National University of Defense Technology,Changsha 410073,China);Research of Distributed Simulation Design of Experiment Technology[J];System Simulation Technology;2009-02\n8 HUANG Ke-di,JU Ru-sheng,HUANG Jian,YIN Quan-jun,LIU Bao-hong(School of Electromechanical Engineering and Automation,National University of Defense Technology,Changsha 410073,China);Research Overview Towards Theory and Key Techniques of Combat Simulation Systems Based on Data Farming[J];Journal of System Simulation;2008-13\n1 HU Jian-wen,ZHANG Wei-ming,LIU Zhong (The National University of Defense Technology,Changsha 410073,China);Applying Complex System Theory to Guide the Operation[J];Fire Control & Command Control;2004-02\n2 Wu Xiaofeng\_ Zhou Zhichao (Guangzhou Naval Academy, Guangzhou 510431);SEA Method and Its Application in Effectiveness Analysis of C 3I System(Ⅳ) —— System Effectiveness Analysis[J];SYSTEMS ENGINEERING-THEORY & PRACTICE;1999-02


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url: =Geochemical characteristics and or igin of Feixianguan Formation oolitic shoal natural gases in northeastern Sichuan basin--《Geochimica》2004年06期\nGeochemical characteristics and or igin of Feixianguan Formation oolitic shoal natural gases in northeastern Sichuan basin\nXIE Zeng-ye 1,2 ,TIAN Shi-cheng 1 ,LI Jian 2 ,HU Guo-yi 2 ,LI Zhi-sheng 2 ,MA Cheng-hua 2 1.School of Energy Resources,China University of Geosciences,Beijing100083,China;2.Langfang Branch,Research Institut e of Petroleum Exploration and Development,Langfang065007,China Correspondence should be addressed to XIE Zeng-ye(E-mail:xiezengye69@petrochina.com.cn)Received January 13,2004;revised April 17,2004;accepted May 8,2004;published November,2004\nHydrocarbons in oolitic reservoir g ases of Feixianguan Formation in northeastern Sichuan basin mainly consist of methane with 75%-90%of CH 4 ,0%-0.15%ofC 2 + ,and the ratio of C 1 /(C 1 -C 5 )is 0.9970-0.9998.It is a typical dry gas.Nonhydrocarbon mainly consists of H 2 S and CO 2 ,and their relative contents are5%-20%and 1%-10%,respectively.The isotope composition of C 1 ranges from -29.0‰to -31.5‰,while that of C 2 from -29.4‰to -32.4‰.The oolitic re servoir gases are associated with th e sapropelic organic matter.The high sulfur-bearing gas distribution area is identical to th e gypseous distribution area.The H 2 S in natural gases is formed by thermochemical sulfate reduction(TSR),and the CO 2 is the main by-product of TSR.During TSR,the C 2 -C 5 hydrocarbon gases take priority of r eaction with sulfates over methane.Therefore,the natural gases that undergo TSR lack C 2 -C 5 hydrocarbons but contain methane,H 2 S,and other nonhydrocarbon gases,such as carbon dioxide.There is an inverse correlation betweenδ 13 C 1 and the absolute concentration of methane,which shows that a methane i s replaced by other gases(mainly H 2 S and CO 2 ),and the remaining methane becomes isotopically heavier.There is also a fairly well correlation between gas sourness犤H 2 S /(H 2 S +C n H 2n+2 )犦andδ 13 C 1 ,suggesting that TSR has directly ca used an alteration of the carbon isotope compositions of the remaining methane.The positive relationship between methaneδ 13 C 1 values and gas sourness leads to the i nference that as sulfate reduction of methane procee ded,12 C in methane was more rapidly deplete d than 13 C as a result of kinetic isotope fractionation with the residual methane becoming more enriched in 13 C.\n【Fund】： “十五”国家重点科技攻关项目(2001BA605A-04);; 中国石油天然气集团公司天然气成藏与开发重点实验室资助项目\n1 WANG Yong-quan,XIONG Yong-qiang,WANG Yan-meiGuangzhou Institute of Geochemistry/State Key Laboratory of Organic Geochemistry,CAS,Guangzhou 510640,China;Organic Geochemical of Solid Bitumen from the Northeastern Sichuan Basin[J];Journal of Jilin University(Earth Science Edition);2008-01\n2 XU Li-heng Exploration and Development Research Institute,Daqing Oilfield Company Limited,Daqing 163712,China;Solid bitumen quantification and its application to resources evaluation of Changxing Formation and Feixianguan Formation in Puguang,Sichuan,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2010-06\n3 WANG Tong-shan1,2 GENG An-song1 SUN Yong-ge1 XIONG Yong-qiang1 LIU De-han1 LI Xia2(1.Guangzhou Institute of Geochemistry,Chinese Academy of Sciences,Guangzhou 510640;2.Research Institute of Petroleum Exploration & Development,PetroChina,Beijing 100083);Geochemical Characteristics of Solid Bitumen in Reservoir and Their Implication for the Origin of Natural Gas of Feixianguan Formation in Northeastern Sichuan Basin[J];Acta Sedimentologica Sinica;2008-02\n4 ZHU Guang-you,ZHANG Shui-chang,LIANG Ying-bo and DAI Jin-xing(Research Institute of Petroleum Exploration and Development,PetroChina,Beijing 100083,China);Stable sulfur isotopic composition of hydrogen sulfide and its genesis in Sichuan basin[J];Geochimica;2006-04\n5 XIE Zeng-ye1,2,LI Zhi-sheng2,HUANG Zhi-xing3,WANG Xiao-bo1 and MA Cheng-hua2 1. China University of Mining and Technology (Beijing),Beijing 100083,China;2. Langfang Branch,Research Institute of Petroleum Exploration and Development,Langfang 065007,China;3. Testing Research Center,Geological Exploration and Development Research Institute,Sichuan Petroleum Administration,Chongqing 401120,China;Stable sulfur isotopic compositions of different sulfur-containing materials and genesis of H_2S in northeastern Sichuan Basin[J];Geochimica;2008-02\n6 HUANG Shi-peng,WU Xiao-qi,TAO Xiao-wan and LIAO Feng-rong(PetroChina Research Institute of Petroleum Exploration and Development,Beijing 100083,China);Geochemical characteristics and sources of natural gas reservoired in Lower Triassic Jialingjiang Formation in Naxi-Hejiang area,Southern Sichuan Basin[J];Geochimica;2011-06\n7 LI Ji-jun1,LU Shuang-fang1,XUE Hai-tao1,HU Guo-yi2,XIE Zeng-ye2,XU Qing-xia11.College of Earth Sciences,Daqing Petroleum Institute,Daqing163318,China2.Langfang Branch of PetroChina Exploration and Development Research Institute,Langfang065007,China;Migration and Accumulation Efficiency of Natural Gas in Feixianguan Formation Oolitic Gas Reservoirs,Northeastern Sichuan Basin[J];Earth Science(Journal of China University of Geosciences);2008-04\n8 Zhu Yangming1 Wang Jibao1 Hao Fang2 Zou Huayao2 Cai Xunyu3(1.Department of Earth Sciences,Zhejiang University,Hangzhou 310027;2.Faculty of Natural Resources and Information Technology,China University of Petroleum,Beijing 102249;3.Southern Division,China Petroleum & Chemical Corp.,Kunming 650200);Geochemical characteristics and origin of natural gases from Xuanhan area,eastern Sichuan[J];Chinese Journal of Geology(Scientia Geologica Sinica);2008-03\n9 ZHAO Wenzhi 1) ,WANG Zecheng 1) , WANG Yigang 2) 1) PetroChina Research Institute of Petroleum Exploration and Development, Beijing, 10083 2) Research Institute of Southwest Petroleum Co., PetroChina, Chengdu,Sichuan, 610051;Formation Mechanism of Highly Effective Gas Pools in the Feixianguan Formation in the NE Sichuan Basin[J];Geological Review;2006-05\n10 LIU Wenbin 1,2),QIN Jianzhong 2),MENG Qingqiang3),LI Zhiming 2),Tenger2),FU Xiaodong2),JIANG Xiaoqiong2),HU Kai 1)1) State Key Laboratory of Mineral Deposit Research,Department of Earth Sciences,Nanjing University,Nanjing,210093;2) Wuxi Research Institute of Experimental Geology,SINOPEC,Wuxi,Jiangsu,214151;3) Research Center of Basin and Reservoir,China University of Petroleum,Beijing,102249;Reflectance and Content of Sulfur Character of Bitumen in the Feixianguan-Changxing Formation,Northeastern Sichuan[J];Acta Geologica Sinica;2008-03\n2 YANG Jia-jing~1 WANG Yi-gang~1 WANG Lan-sheng~1 WEN Ying-chu~1 LIU Hua-yi~1 Zhou Guo-yuan~2 1(Institute of Exploration and Development, Southwest Oil and Gas Field Branch Company, PetroChina, Subkey Laboratory of Carbonate Gas Reservoir Formatio;The Origin of Natural Gases and Geochemistry Characters ofChangxing Reef and Feixianguan Oolitic Beach Gas Reservoirs in Eastern Sichuan Basin[J];Acta Sedimentologica Sinica;2002-02\n4 YUE Chang-LI Shu-yuan, DING Kang-le, ZHONG Ning-ning (State Key Lab of Heavy Oil Processing, University of Petroleum, Beijing 102249, China);Simulation experiments on thermochemical sulfate reduction of methane with solid calcium sulfate[J];Geochimica;2003-06\n5 Xie, Zengye; et al. (Langfang Branch, Research Institute of Petroleum Exploration and Development, CNPC, Hebei 065007, P. R. China). Shiyou Kantan Yu Kaifa 1999, 26(6), 27 29.;An approach to the changing origin and classification of ethane carbon isotope in marine gas of Tarim basin.[J];Petroleum Exploration and Development;1999-06\n6 Jiang Xingfu,Xu Renfen and Huang Jianzhang (Exploration Utility Department of Southwest Oil and Gas Field Branch,PCL).;CHARACTERISTICS OF HYDROGEN SULFIDE DISTRIBUTION IN FEIXIANGUAN FORMATION GAS RESERVOIRS IN EAST SICHUAN[J];Natural Gas Industry;2002-02\n4 ZHUANG Xin-bing1,ZOU Hua-yao1,LI Nan1,WEI Gang2,SUN He-feng1,2 1.State Key Laboratory of Petroleum Resource and Prospecting/College of Geosciences,China University of Petroleum,Beijing 102249,China 2.Institute of Exploration and Development,China Tianjin Branch of CNOOC Ltd.,Tianjin 300452,China;Origin of Natural Gas and Exploration Potential of Hydrocarbon,Qinnan Area[J];Journal of Jilin University(Earth Science Edition);2011-03\n5 YANG Feng ping 1, WANG Yu hua 2, YANG Bu zeng 2 (1.China University in Geosciences, Beijing; 2.Institute of Daqing Oilfield Exploration Limited Company);ACCUMULATION HISTORY OF MATURAL GAS SYSTEMS IN THE NORTHERN DEPTH OF SONGLIAO BASIN[J];Journal of Chengdu University of Technology;2002-06\n7 XU Guo-sheng,CAO Jun-feng,ZHU Jian-min,YUAN Hai-feng,LIU Shu-gen,WANG Guo-zhi State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China;Division of fluid compartments and the formation and evolution of oil and gas accumulation in the typical structures of Western Hubei-Eastern Chongqing area,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2009-06\n8 JIANG Zhu-sheng; HU Guo-yi; LI Zhi-sheng; LUO Xia; ZHANG Ying ;LI Jian; XIE Zeng-ye (Langfang Branch,Researck Institute of Petroleum Exploration & Development, CNPC, Langfang,Hebei, 065007);The Novel Approach of the Correlation between Paleozoic Natural Gas and Source Rock in Ordos Basin[J];ACTA SEDIMENTOLOGICA SINICA;1999-S1\n9 CHEN Jian fa 1 XU Yong chang 1 HUANG Di fan 2 1 (State Key Laboratory of Gas Geochemistry, Lanzhou Institute of Geology, Chinese Academy of Sciences, Lanzhou 730000, P. R. China) 2 (Research Institute of Petroleum Exploration and Development, C;Geochemical Characteristics and Origin of Natural Gas in the Eastern Tarim Basin(I)[J];Acta Sedimentologica Sinica;2000-04\n1 Chunfang Cai~(a,b),Richard H.Worden~(b,*),Simon H.Bottrell~c, Lansheng Wang~d,Chanchun Yang~a a Institute of Geology and Geophysics,CAS,PO Box 9825,Beijing 100029,PR China b Jane Herdman Laboratories,Department of Earth Sciences,University of Liverpool,4 Brownlow Street,Liverpool L69 3GP,UK c School of Earth Sciences.University of Leeds,Leeds LS2 9JT,UK d Petroleum Exploration and Development Institute,Southwest Sichuan Petroleum Corporation,Chengdu,Sichuan Province,PR China;Thermochemical sulphate reduction and the generation of hydrogen sulphide and thiols(mercaptans) in Triassic carbonate reservoirs from the Sichuan Basin,China[A];[C];2003\n2 Chunfang Cai~a,Zengye Xie~b,Richard H.Worden~(c,*),Guoyi Hu~b,Lansheng Wang~d,Hong He~e a Institute of Geology and Geophysics.CAS.P.O.Box 9825,Qijiahuozi,Beijing,100029,People's Republic of China b Lanfang Branch of Petroleum Exploration and Development Institute,PetroChina,Lanfang,Hebei Province,People's Republic of China c Jane Herdman Laboratories,Department of Earth and Ocean Sciences,University of Liverpool,4 Brownlow Street,Liverpool,L69 3GP,UK d Research Institute of Exploration and Development,Southwest Oil and Gasfield Company,PetroChina,Chengdu, Sichuan Province,People's Republic of China e Exploration and Production Research Institute,SINOPEC,Beijing 100083,People's Republic of China;Methane-dominated thermochemical sulphate reduction in the Triassic Feixianguan Formation East Sichuan Basin,China:towards prediction of fatal H_2S concentrations[A];[C];2004\n3 Changtao Yue, Shuyuan Li State Key Lab of Heavy Oil Processing, University of Petroleum, Beijing 102249, China;Study of the kinetics on the TSR system[A];[C];2005\n4 CAI ChunFang,CAI LiuLu,ZHANG Jun,CAI XunYu and LI KaiKai 1.Key Lab of Petroleum Resources,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China 2.Department of Science and Technology,SINOPEC,Beijing 100728,China 3.Oilfield Department,SINOPEC,Beijing 100029,China;H_2S-generation by methane-dominated TSR and carbon isotope fractionation in Lower Triassic Feixianguan Formation,Northeast Sichuan Basin[A];[C];2013\n5 LI KaiKai,CAI ChunFang,CAI LiuLu,JIANG Lei and XIANG Lei Key Lab of Petroleum Resources Research,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China;Origin of sulfides in the Middle and Lower Ordovician carbonates in Tahe oilfield,Tarim Basin[A];[C];2013\n1 FU Xiu-gen~(1,2),LIN Li~1,PANG Yan-chun~1,ZHU Li-dong~1,WANG Xin-li~1(1.College of Earth Sciences,Chengdu University of Technology,Chengdu 610059,China;2.Chengdu Institute of Geology and Mineral Resources,Chengdu610082,China);Distribution of Anthraxolite and Metallogeny of the Jinding Lead-Zinc Deposit[J];Journal of Jiling University (Earth Science Edition);2005-05\n6 Guan Jianzhe;Dai Kelin;Du Qiliang;USE AND GENESIS OF GREEN-BEAN ROCKS AND ITS GENESIS IN EMEISHAN AREA, SICHUAN PROVWCE[J];;1990-02\n7 Gong Daming;CONODONTS FROM THE TOP OF THE GUANWUSHAN FORMATION IN MAJIAOBA, NORTHERN SICHUAN[J];;1990-04\n8 Wang Yunsheng;THE EARLIER LATE TRIASSIC AMMONITES FROM LONGMEN MOUNTAINS[J];;1992-04\n10 WANG Lan sheng, YANG Jia jing, GUO Qi tai, WANG Xi (The Southwest Oil and Gas Field Co., Petroleum China);GEOCHEMICAL CHARACTERISTICS AND SIGNIFICANCE IN THE STAGE OF WATER DRAINAGE FOR FINDING GAS IN THE SOUTH OF SICHUAN BASIN[J];Journal of Chengdu University of Technology;2002-01\n2 LI Zhong-xiong1,2,HE Jiang-lin2,3,XIONG Xing-guo4,WU Tao4,BAI Pei-rong41.Institute of Resources,China University of Geosciences,Wuhan 430074,China2.Chengdu Institute of Geology and Mineral Resources,Chengdu 610082,China3.Graduate Department,Chinese Academy of Geological Sciences(CAGS),Beijing 100037,China4.Institute of Geological Survey of Guizhou,Guiyang 550005,China;The Upper Jurassic-Lower Cretaceous Shenglihe Oil Shales and Their Formation in the Qiangtang Basin,Northern Xizang[J];Journal of Jilin University(Earth Science Edition);2010-02\n4 GAO Mei-sheng1,ZHENG Rong-cai1,WEN Hua-guo1,LI Lian-xin2,LI Hong21.State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China;2.Research Institute of Exploration and Development,Changqing Oil-field Company of CNPC,Xi'an 710021,China;3.Chongqing Gas District of Southwest Oil and Gas Company of CNPC,Chongqing 400021,China;Lithological characteristics of dolomite in the Lower Triassic Feixianguan Formation of the NE Sichuan Basin,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2007-03\n6 HUANG Wen-ming1,LIU Shu-gen1,MA Wen-xin1,ZHANG Chang-jun1,WEI Quan-chao2,SONG Guang-yong1,ZENG Xiang-liang11.State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China;2.South Exploration and Exploitation Subsidiary Company of SINOPEC,Chengdu 610041,China;Primary study on characteristics of paleo-oil reservoirs of Sinian System-Lower Paleozoic in Sichuan Basin,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2010-06\n7 XU Li-heng Exploration and Development Research Institute,Daqing Oilfield Company Limited,Daqing 163712,China;Solid bitumen quantification and its application to resources evaluation of Changxing Formation and Feixianguan Formation in Puguang,Sichuan,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2010-06\n8 TANG Xiao-qiang1,HUANG Guang-hui2,ZHANG Min2,CHEN Chao1,HAN Jin-ping3,WANG Tao1,ZHU Hong-shuang1,SHI Feng1 1.Research & Development Center of Tuha Oilfield Company of CNPC,Shanshan 838202,China;2.Key Laboratory of Oil & Gas Resources and Exploration Technology of the Ministry of Education,Yangtze University,Jingzhou 434023,China;3.No.113 Exploration Team,Guizhou Bureau of Coalfield Geological Exploration,Guiyang 550023,China;Composition characteristics of products in the process of cracking of crude oil and oil fractions[J];Journal of Chengdu University of Technology(Science & Technology Edition);2011-01\n9 SHEN Zhong-min1,WANG Peng1,LIU Si-bing1,2 LU Zheng-xiang2,ZHU Hong-quan2 1.State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation, Chengdu University of Technology,Chengdu 610059,China; 2.Exploration and Production Research Institute of Southwest Branch Company,SINOPEC, Chengdu 610081,China;Geochemical characteristics of light hydrocarbon in natural gas in the middle member of the West Sichuan depression,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2011-05\n1 Chunfang Cai~(a,b,*),Kaikai Li~b,Yangming Zhu~c,Lei Xiang~b,Lei Jiang~b,Tenger~d,Xunyu Cai~e,LiuLu Cai~b a State Key Lab of Lithospheric Evolution,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China b Key Lab of Petroleum Resources Research,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China cDepartment of Earth Sciences,Zhejiang University,Houzhou 310027,China d Institute of Petroleum Exploration and Development,CENOPEC,Wuxi,Jiansu Province,China e Oilfield Department,CENOPEC,Beijing 100029,China;TSR origin of sulfur in Permian and Triassic reservoir bitumen,East Sichuan Basin,China[A];[C];2011\n2 Kaikai Li~a,Chunfang Cai~(a,*),Lei Jiang~a,Liulu Cai~(a,b),Lianqi Jia~a,Bing Zhang~c,Lei Xiang~a,Yuyang Yuan~a a Key Laboratory of Petroleum Resources Research,Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China b National Engineering Lab.of Biohydrometallurgy,General Research Institute for Nonferrous Metals,Beijing 100088,China c State Key Lab Oil Gas Reservoir Geology and Exploitation,Institute of Sedimentary Geology,Chengdu University of Technology,Chengdu 610059,China;Sr evolution in the Upper Permian and Lower Triassic carbonates,northeast Sichuan basin,China:Constraints from chemistry,isotope and fluid inclusions[A];[C];2013\n3 Lei Dengsheng Chongqing University of science & technology CQUST Chongqing,China Fu Dekui Sinopec ZhongYuan Oilfield PuGuang Branch Dazhou,China;The Summary of High Sulfur Fractured Gas Reservoir's Exploitation Features[A];[C];2013\n1 WANG Yi-gang 1 ,DOU Li-rong 2 ,WEN Ying-chu 1 ,ZHANG Jing 1 ,LIU Hua-yi 1 (1.Research Institute of Exploration a nd Development,PetroChina Southwe st Oil and Gas Field Company,Chengdu610051,China;2.Research Institute of Petroleum Exploration and Development,CNPC,Beijing100083,China) ;Origin of H_2S in Triassic Feixianguan Formation gas pools,Northeastern Sichuan Basin,China[J];Geochimica;2002-06\n2 Shen Ping Wang Xianbin Xu Yongchang (Lanzhou Institute of Geology,Academia Sinica);ISOTOPIC COMPOSITION OF NATURAL GAS AND COMPARISON OF ITS GAS SOURCE[J];Petroleum Expoloration and Development;1982-06\n3 Gang Wenzhe; Gao Gang; Hao Shisheng; Zhu Lei(University of Petroleum, Beijing);CARBON ISOTOPE OF ETHANE APPLIED IN THE ANALYSES OF GENETIC TYPES OF NATURAL GAS[J];EXPERIMENTAL PETROLEUM GEOLOGY;1997-02\n4 Zhao Mengjun,Zhang baomin,Xiao Zhongyao,Li Mei and Peng Yan(Exploration Research Centre,Talimu Headquarters of Petroleum Exploration and Development)and Bian Lizeng(Department of Geosciences,Nanjing University).;DISCOVERY OF THE BIAS HUMIC TYPE HYDROCARBON SOURCE ROCKS IN ORDOVICIAN IN TALIMU BASIN[J];NATURAL GAS INDUSTRY;1998-05


url: =SINGLE PHASE SOLID STATE RELAY(China SINGLE PHASE SOLID STATE RELAY Manufacturer) - Competitive SINGLE PHASE SOLID STATE RELAY Company from China::MYPU.NET\n+ [ Manufacturer Trader ] Jinyun Hefeng Dianli Electronics Factory\nAddress: 37 Dianli Rd., Jinyun, Lishui, Zhejiang, China\nProducts/Services We Offer:FAST RECOVERY DIODE,THREE-PHASE RECTIFIER MODULE,SINGLE PHASE SOLID STATE RELAY\nJinyun Hefeng Dianli Electronics Factory\n+ [ Manufacturer ] Yueqing Wanshixing Electric Co., Ltd.\nAddress: 16, Lane 22, Xinshi W St., Liushi Town, Yueqing, Wenzhou, Zhejiang, China\nProducts/Services We Offer:OZONE MACHINE,SINGLE PHASE SOLID STATE RELAY,THREE-PHASE POSITIVE AND NEGATIVE TURN SOLID-STATE RELAY,SOLID STATE RELAY MODULE,STAINLESS STEEL JET MIXER,OZONE MACHINE HIGH-VOLTAGE POWER SUPPLY FITTINGS\nYueqing Wanshixing Electric Co., Ltd.\n+ [ Manufacturer Trader ] Wuxi Sanxing Electric Appliance Manufacturing Co., Ltd.\nProducts/Services We Offer:FULL INSULATION SINGLE-PHASE ALTERNATING CURRENT VOLTAGE REGULATING MODULE,TRIPHASE COMMUTATE BRIDGE,RECTIFIER TUBE,SINGLE-PHASE AC SOLID RELAY,THREE-PHASE AC SOLID STATE RELAY,SINGLE PHASE SOLID STATE RELAY\n+ [ Manufacturer ] Weihai Singa Electronics Co., Ltd.\nAddress: No. 223, Huoju Road, Huoju High Tech Development Zone, Huancui, Weihai, Shandong, China\nProducts/Services We Offer:THREE-PHASE SOLID STATE RELAY,SILICON CONTROL POWER MODULE,TWIN CHANNEL AC SOLID STATE RELAY,SOLID STATE VOLTAGE REGULATOR,SINGLE PHASE SOLID STATE RELAY\n+ [ Manufacturer ] Shanghai Shunke Electronic Industry And Trade Co., Ltd.\nAddress: 1333 Jinhang Rd., Pudongxinqu, Shanghai, China\nProducts/Services We Offer:FULL BUFFER SINGLE-PHASE AC INTEGRAL PRESSURE-REGULATING MODULE,SINGLE-PHASE SOLID STATE VOLTAGE REGULATOR,SINGLE-PHASE SILICON CONTROLLED PHASE-SHIFTING TRIGGER,FULL BUFFER SINGLE-PHASE BRIDGE TYPE FULL CONTROL COMMUTATING MODULE,FREQUENCY CONVERSION INVERTER,SINGLE PHASE SOLID STATE RELAY\nShanghai Shunke Electronic Industry And Trade Co., Ltd.