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url: =dblp: Zhihui Tian\nCuili Jiang, Zhihui Tian, Wenjiao Yu:\nDisplacement measurement technology of nano grating sensor based on HHT algorithm. Microelectron. J. 109: 104986 (2021)\nYongji Wang , Zhihui Tian, Qingwen Qi , Jun Wang:\nOptimization of two-stage location-routing-inventory problem with time-windows in food distribution network. Ann. Oper. Res. 273(1-2): 111-134 (2019)\nWensi Wang, Zhihui Tian, Kewang Li, Bin Yu:\nReal-time short turning strategy based on passenger choice behavior. J. Intell. Transp. Syst. 23(6): 569-582 (2019)\nWensi Wang, Zhihui Tian, Yonglei Jiang, Lan Wu, Jianqiao Gao:\nDynamic control strategy based on passenger choice behavior with real-time information. Simul. 95(9) (2019)\nThe location optimization of electric vehicle charging stations considering charging behavior. Simul. 94(7): 625-636 (2018)\nBaozhen Yao, Qianqian Yan, Qian Chen, Zhihui Tian, Xuefeng Zhu :\nSimulation-based optimization for urban transportation demand management strategy. Simul. 94(7): 637-647 (2018)\nXiaolei Wang, Haitao Wei, Zhihui Tian:\nBuilding Water Resource Management and Decision Service: In Case Study of Qingyi River in China. Agro-Geoinformatics 2018: 1-5


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url: =2 Chronicles 7 of the Chinese Pinyin Bible\nLìdaìzhìxià - Zhāng 7\nSuǒluómén qídǎo yǐ bì , jiù yǒu huǒ cóng tiān shang jiàng xià lái , shāo jǐn Fánjì hé biéde jì . Yēhéhuá de róngguāng chōngmǎn le diàn .\n2 Yīn Yēhéhuá de róngguāng chōngmǎn le Yēhéhuá diàn , suǒyǐ jìsī bùnéng jìn diàn .\n3 Nà huǒ jiàng xià , Yēhéhuá de róngguāng zaì diàn shàng de shíhou , Yǐsèliè zhòngrén kànjian , jiù zaì pū shí dì fǔfú kòu baì , chēngxiè Yēhéhuá shuō , Yēhéhuá bĕn wéi shàn , tāde cíaì yǒngyuǎn chángcún .\n4 Wáng hé zhòng mín zaì Yēhéhuá miànqián xiànjì .\n5 Suǒluómén wáng yòng niú èr wàn èr qiā , yáng shí èr wàn xiànjì . zhèyàng , wáng hé zhòng mín wèi shén de diàn xíng fèng xiàn zhī lǐ .\n7 Suǒluómén yīn tā suǒ zào de tóng tán róng bú xià Fánjì , sù jì , hé zhīyóu , biàn jiāng Yēhéhuá diàn qián yuànzi dāngzhōng fēnbié wèi shèng , zaì nàli xiàn Fánjì hépíng ān jì shēng de zhīyóu .\n8 Nàshí Suǒluómén hé Yǐsèliè zhòngrén , jiù shì cóng Hāmǎkǒu zhídào Āijí xiǎo hé , suǒyǒude Yǐsèliè rén dōu jùjí chéngwéi dà huì , shǒu jié qī rì .\n9 Dì bā rì shèlì yán sù huì , xíng fèng xiàn tán de lǐ qī rì , shǒu jié qī rì .\n10 Qī yuè èr shí sān rì , wáng qiǎn sàn zhòng mín . tāmen yīn jiàn Yēhéhuá xiàng Dàwèi hé Suǒluómén yǔ tā mín Yǐsèliè suǒ shī de ēnhuì , jiù dōu xīn zhōng xǐlè , gè guī gè jiā qù le .\n11 Suǒluómén zàochéng le Yēhéhuá diàn hé wánggōng . zaì Yēhéhuá diàn hé wánggōng fán tā xīn zhōng suǒ yào zuò de , dōu shùn shùnlì lì dì zuò chéng le .\n12 Yè jiān Yēhéhuá xiàng Suǒluómén xiǎnxiàn , duì tā shuō , wǒ yǐ tīng le nǐde dǎogào , yĕ xuǎnzé zhè dìfang zuòwéi jìsì wǒde diàn yǔ .\n13 Wǒ ruò shǐ tiān bì sāi bú xiàyǔ , huò shǐ huángchóng chī zhè dì de chūchǎn , huò shǐ wēnyì liú xíng zaì wǒ mín zhōng ,\n14 Zhè chēngwèi wǒ míng xià de zǐmín , ruò shì zìbēi , dǎogào , xúnqiú wǒde miàn , zhuǎn lí tāmende è xíng , wǒ bì cóng tiān shàng chuí tīng , shèmiǎn tāmende zuì , yīzhì tāmende dì .\n15 Wǒ bì zhēng yǎn kàn , cè ĕr tīng zaì cǐ chù suǒ xiàn de dǎogào .\n16 Xiànzaì wǒ yǐ xuǎnzé zhè diàn , fēnbié wèi shèng , shǐ wǒde míng yǒng zaì qízhōng , wǒde yǎn , wǒde xīn yĕ bì cháng zaì nàli .\n17 Nǐ ruò zaì wǒ miànqián xiàofǎ nǐ fù Dàwèi suǒ xíng de , zūnxíng wǒ yīqiè suǒ fēnfu nǐde , jǐn shǒu wǒde lǜ lì diǎnzhāng ,\n18 Wǒ jiù bìjiāngù nǐde guó wèi , zhēng rú wǒ yǔ nǐ fù Dàwèi suǒ lì de yuē , shuō , nǐde zǐsūn bì bú duàn rén zuò Yǐsèliè de wáng .\n19 Tǎngruò nǐmen zhuǎn qù diūqì wǒ zhǐshì nǐmen de lǜ lì jièmìng , qù shìfèng jìngbaì bié shén ,\n20 Wǒ jiù bìjiāng Yǐsèliè rén cóng wǒ cìgĕi tāmende dì shang bá chū gēn lái , bìngqiĕ wǒ wèi jǐ míng suǒ fēnbié wèi shèng de diàn yĕ bì shĕ qì bù gù , shǐ tā zaì wàn mín zhōng zuò xiào tán , beì jīqiào .\n21 Zhè diàn suīrán shén gāo , jiānglái jīngguò de rén bì jīngyà shuō , Yēhéhuá wèihé xiàng zhè dì hé zhè diàn rúcǐ xíng ne .\n22 Rén bì huídá shuō , shì yīncǐ dì de rén lí qì Yēhéhuá tāmen lièzǔ de shén , jiù shì lǐng tāmen chū Āijí dì de shén , qù qīnjìn bié shén , jìngbaì shìfèng tā , suǒyǐ Yēhéhuá shǐ zhè yīqiè zāihuò líndào tāmen .


url: =Characteristics of Fluid Inclusions in Jiama Copper-Pollymetallic Ore Deposit,Tibet and Its Geological Significance--《Journal of Jilin University(Earth Science Edition)》2011年01期\nCharacteristics of Fluid Inclusions in Jiama Copper-Pollymetallic Ore Deposit,Tibet and Its Geological Significance\nLI Yong-sheng1,ZHAO Cai-sheng1,2,Lü Zhi-cheng2,YAN Guang-sheng3,ZHEN Shi-min1 1.Faculty of Earth Sciences and Resources,China University of Geosciences,Beijing 100083,China 2.Development and Research Center,China Geological Survey,Beijing 100037,China 3.China Geological Survey,Beijing 100037,China\nThe recently discovered Jiama super large copper-polymetallic deposit is located in the middle section of Gangdese metallogenic belt,Tibet.Systematic studies including petrography,microthermometry,laser Raman microprobe and SEM/EDS were carried out on the primary fluid inclusions in metallogentic granite and major ore bodies.The analytical results show that dominant fluid inclusions from skarn ore related to metallogensis include liquid-rich,gas-rich two-phase and daughter-minerals bearing polyphase types.Homogenization temperatures of the fluid inclusions range from 225 ℃ to 500 ℃.The average of the salinities of ore-forming fluid is 36.2% NaCleq and the densities vary from 0.89 to 0.98 g/cm3.The ore-forming fluids belong to NaCl-H2O type characterized by high-moderate temperature,high salinity,low density and strong reduction.Besides H2O,the gas compositions are immiscible system rich in CH4,H2S,CO2 and N2 etc.The occurrence of organic matter,such as CH4,C2H4 and C3H6,suggests that the ore-forming materials were formed in a reduced environment.Based on estimation of mineralization pressure and the relationship between pressure and depth in fracture zones,the mineralization depth is considered to be at 2.2-8.3 km.The analytical results of hydrogen and oxygen isotopic elements show that ore-forming fluids are mainly derived from magmatic water mixed with meteoric water later.The coexistence of daughter-minerals bearing multi-phase inclusions and those liquid-and gas-rich inclusions with different filling degrees,together with their similar homogenization temperatures and much different salinities,indicates that ore-forming fluids had experienced boiling.\n【Fund】： 全国危机矿山接替资源找矿项目(200699105);; 中国黄金集团西藏华泰龙矿业公司项目(E0804)\n2 WANG Keyong, REN Yunsheng, CHENG Xinmin and DAI Junzhi (College of Earth Sciences, Jilin University, Changchun, JL 130061,China);STUDY ON FLUID INCLUSIONS OF TUANJIEGOU GOLD DEPOSIT IN HEILONGJIANG PROVINCE AND IMPLICATIONS FOR ITS GENESIS[J];Geotectonica Et Metallogenia;2004-02\n3 YAO Peng 1,2 ,WANG Quan-hai 3 ,LI Jin-gao 4(1.Institute of Geology and Mineral Resources,Chengdu610082,Sichaun,China;2.Chengdu University of Technology,Chengdu610059,Sichuan,China;3.Southwestern China Division of Project Management ,China;Ore and ore resource prospects of the Jiama-Qulong ore concentration area,Tibet[J];Chinese Geology;2002-02\n4 ZHENG You-ye 1,2, GAO Shun-bao2, ZHANG Da-quan3, ZHANG Gang-yang1,MA Guo-tao1, CHENG Shun-bo11.Faculty of Earth Resources, China University of Geosciences, Wuhan430074, China2.Tibet Bureau of Geological Survey, Lhasa850000, China3.China Geological Survey, Beijing100011, China;Ore-Forming Fluid Controlling Mineralization in Qulong Super-Large Porphyry Copper Deposit, Tibet[J];;2006-03\n5 SUN Xiao-ming~(1,2), WANG Min, XUE Ting~1, SUN Kai~1(1.Department of Earth Sciences, Sun Yat-sen University, Guangzhou 510275,China;2.State Key Laboratory of Mineral Deposit Research of Nanjing University,Nanjing 210093, China);NEW ADVANCES IN RESEARCH OF TRACE GASEOUS COMPOSITIONS IN FLUID INCLUSIONS AND THEIR APPLICATIONS AS INDICATORS OF ORE-FORMING FLUID SOURCES AND PROCESSES[J];Earth Science Frontiers;2004-02\n6 Feng Xiaoliang 1,2 ,Guan Shiping 1 , Mou Chuanlong 1 , Hou Zengqian 3 ,Li Shengrong 4 (1. Chengdu Institute of Geology and Mineral Resources, Chengdu, 6110082; 2. Chengdu University of Technology, Chengdu,610059; 3.Institute of Mineral Deposits a;GEOLOGICAL CHARACTERISTICS AND GENESIS OF THE JIAMA COPPER-POLYMETALLIC DEPOSIT IN TIBET[J];Geology-geochemistry;2001-04\n7 REN Yun-sheng 1,ZHANG Jin-shu 2,FAN Wen-yu 2,CAI Zhao-yang 1 (1. College of Earth Science, Jilin University, Changchun 130061; 2. No.6 Geological Team, Duilongdeqing, Tibet 851400);PROSPECTIVE FORECASTING OF JIAMA COPPER-POLLYMETIC ORE DEPOSIT, TIBET[J];Geology and Prospecting;2002-05\n8 ZHANG Min,ZHANG Jian-feng,LI Lin-qiang,QIU Lin-fei(Beijing Research Institute of Uranium Geology,Beijing 100029,China);The application of laser Raman microprobe to the study of fluid inclusion[J];World Nuclear Geoscience;2007-04\n9 REN Yun-sheng1, LEI En2, ZHAO Hua-lei1, WANG Hui1, JU Nan11.College of Earth Sciences, Jilin University, Changchun 130061, China 2.Chongqing Institute of Geology and Mineral Resources, Chongqing 400042, China;Characteristics of Fluid Inclusions and Ore Genesis of Yangjingou Large Scheelite Deposit in Yanbian Area, NE China[J];Journal of Jilin University(Earth Science Edition);2010-04\n10 YING Li-juan1,2, WANG Deng-hong1, TANG Ju-xing1, WANG Huan2, CHEN Zhen-yu1, ZHENG Wen-bao3, LI Feng-ji31.Institute of Mineral Resources,Chinese Academy of Geological Sciences, Beijing 100037, China 2.Graduate School, Chinese Academy of Geological Sciences, Beijing 100037, China 3.Department of Earth Sciences,Chengdu University of Technology,Chengdu 610059, China;Bismuth Minerals and Its Relationship with Copper Mineralization in the Jiama Copper Polymetallic Deposit,Tibet[J];Journal of Jilin University(Earth Science Edition);2010-04\n6 WANG Jun~1,LIU Jia-duo~1,TIAN Jing-chun~1,HOU Zhi-jiang~21.Institute of Sedimentary Geology,Chengdu University of Technology,Chengdu 610059,China;2.Scientific Research Institute of Exploration and Development,Zhongyuan Oilfield Company ofSINOPEC,Puyang 457001,China;A research on the paleotemperature recovery and thermal evolution history of the Yining subbasin,Xinjiang,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2006-06\n8 WEN Hua-guo1,ZHENG Rong-cai1,Hai-ruo QING2,FAN Ming-tao3,WU Guo-xuan4,XIA Pei-fen4,WANG Man-fu3,SANG Ting-yuan3,LIAO Yi1,CHEN Hao-ru11.State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation,Chengdu University of Technology,Chengdu 610059,China;2.Department of Geology,University of Regina,Regina SK Canada S4S OA2;3.Yumen Oil-f ield Company of CNPC,Jiuquan 735019,China;4.State Key Laboratory of Marine Geology,Tongji University,Shanghai 200092,China;Characteristics of fluid inclusions in the barite of lacustrine hydrothermal sedimentary rock from the Lower Cretaceous Xiagou Formation in Qingxi sag,Jiuquan basin,China[J];Journal of Chengdu University of Technology(Science & Technology Edition);2008-03\n6 ZENG Qing-dong~1,LIU Jian-ming~1,JIA Chang-shun~2, WAN Zhi-min~3,YU Chang-ming~1,YE Jie~1,LIU Hong-tao~1 1.Key Laboratory of Mineral Resources Institute of Geology & Geophysics/ Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029,China 2.School of Civil and Environmental Engineering,Beijing University of Science and Technology,Beijing 100083,China 3.Baiyinnuoer Zinc-Lead Mine,Chifeng,Inner Mongolia 025473,China;Sedimentary Exhalative Origin of the Baiyinnuoer Zinc-Lead Deposit,Chifeng,Inner Mongolia:Geological and Sulfur Isotope Evidence[A];[C];2008\n6 Yongzhang ZHOU;Guangzhi TU;Edward H. CHOWNJayanta GUHA and Huangzhang LU(Institute of Geochemistry ,Guangzhou Branch, Chinese Academy of Sciences 510640;Sciences de la Terre, Universite du Quebec a Chicoutimi,Canada, G7H2B1);Hydrothermal Origin of Top Sinian Chert Formation at Gusui, Western Guangdong,China:Petrologic and Geochemical Evidence[J];ACTA SEDIMENTOLOGICA SINICA;1994-03\n10 ZHENG You-ye~(1,3), XUE Ying-xi~2, CHENG Li-jun~3, FAN Zi-hui~3, GAO Shun-bao~11.Faculty of Earth Resources, China University of Geosciences, Wuhan430074, China2.China Geological Survey, Beijing100035, China3.Tibet Bureau of Geology and Mineral Exploration and Development, Lasa850000, China;Finding, Characteristics and Significances of Qulong Superlarge Porphyry Copper (Molybdenum) Deposit, Tibet[J];;2004-01


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url: =nian ye sai jiang ben zhuo 8220yu ren tui xin gong dao gong dao 8221de ben ze wei hai zi men gong ying yi ge jie shi zi wo yu yue zi wo zhen xian kong xiang de wu taidang hai zi zheng zai zi wo fa zhan de guo cheng dang zhong guo wei que shao jing que de jiao hui zhan zhi dao shi bi ding hui shi chang zuo cuo shi dang xiao cuo ji cheng nian ye cuo shi bian hui he zhong tan lu chu liang duo huai bi duan huai feng su na shi jia shao zai lai ding zhuo ti mu mei you fang er mei you cai na zhi dong zhu ge lai ban li zhan zhi dao hai zi de ti mu shi bian zuo zuo hui yu lai yu zao。\n2017nian bei jing dong xiang qu ren wu jiao hui jie duan jin jiao shi qing ge xinan zhao chen shu xian xian 2018jie ben ke zu ye si dai bian ye bi li wei 42xia zhi xia zhuan zu ye si dai bian ye bi li wei 75qu 2014jie bi ni jun you xia luo.襄樊市机电工程学校毕业证电子版 。\n8e8si chuan jiao hui zheng zai xian ling ju bei jing hai shi ju you bi bei ze ren yin jian bian luan chuan bo shang gong you 12ming hai yuan bian luan zhi 4ren chu sheng ling 8ren bei jiu qi.g1zsi chuan jiao hui zheng zai xian g1zsi chuan jiao hui zheng zai xian g1zsi chuan jiao hui zheng zai xian g1zsi chuan jiao hui zheng zai xian jing guo ben ci qi xiao shi si pei he dao chang pei he jiao xi xi lie zhu ti gou dang shao xian dui yuan men yue fa shen hua jiao xi liao dang de shi jiu nian ye de cu shen fang fa ye yue fa ming bai liao gu hou qin fen de yuan bei zuo wei yi wei shao xian dui yuan yao cong ben shen zuo qi cong da shi zuo qi qin fen jian zhi shi jiu nian ye cu shen ldquomei you ji chu xin gen dang zou rdquozuo yi wei kai ge de shao xian dui yuan g1zsi chuan jiao hui zheng zai xian襄樊市机电工程学校。\n襄樊市机电工程学校 this heart that relies on the person that authorities battle teachs only goes out effective, want to remove depart of policy battle skill, reducing strong delay is, decrease endure by force attack strength.share。\nbe after link of volunteer one's services, accompany the music that follows beautiful pleasant to hear, started example is recited.if the child had the fine aunt bit of one side amount, that end can let the child choose a little gift to hold change, that practice has encourage do with. 。\nsan shi dui bao an ju xing san xun cao zong jia qi jiao si yi dao xiao gong fu pan rao an bao shi qing zhong de yi jian bao jing chai zhi yun yong zhong qu zhi yuan gua hao jiao si gao jia fu zhuang wang tuo dai an bao dong xi yun yong ji ying man tu shou shi qing ju xing lian xi xun lian qi fang wei ju xing pei xun jin bu an fang huo zuo zhan ying man ben lingyin le hui shang he nian ye yi shu jiao yuan de yan chu zhe jiang 8220qun zhong yin le jia 8221ma ke 1937nian wa ci zuo zhi de nan sheng si zhong chang you ji zhan ge he ma ke dian fan dai biao zuo bei ni wan deng zuo pin jie shi de ji jin miao mo chong pei jie shi liao xin zhong guo jian li hou guang kuo xiu xi qun zhong xin qi jian de zhong sheng huo.，襄樊市机电工程学校 孩子到了芳华期。\n毕业证电子版，found be good at the politics of neat stimulative party props up its obligation is built, fall really true from wide the principal part that controls a faction is compulsory." banquet signs up for China on the west " on December 18, 2019 the 3rd edition。\nThe first is the progress5 grade Chinese carries far antonym on the back surely battle (Héhèhuó) Yuan Yici is additional special condemnation —— berates —— assuming close rarely —— is close be reluctant to leave —— be sentimentally attached to to be fear of —— occasionally —— of appreciate of style of looks of detailed pose —— strokes scared and serious —— play concern of anxious —— delay compose of face of pleasant —— pleasant to hear青海昆仑中学。\n西北年夜教登科的3986名重生中，襄樊市机电工程学校shows to closing after the case elucidate of cognizance, the target that adolescent accepts a watch to be suspected of tort acting is the star that is itself place be fond of ascensive person energy of life, hunt is shut note. 。\nis small religion fight just now to death do civil, bilimusheng.be in mediation of this static state, boreal the eve of the lunar New Year teachs one-time automatic cancel in 26 teach a face, and 34 when cutout lists in teaching a be authorized the face, the Master face that the eve of the lunar New Year of Hubei science and technology teachs cutout the list is most, arrive at 7.


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url: =The Digital Analysis of Soil Experiment Using CT--《COMPUTERIZED TOMOGRAPHY THEORY AND APPLICATIONS》1994年03期\n《COMPUTERIZED TOMOGRAPHY THEORY AND APPLICATIONS》 1994-03\nThe Digital Analysis of Soil Experiment Using CT\nPn Yibin;Wu Ziwang;Chang Xtaoxiao; Liao Quanrong(State Keg Laboratory of Frozen Soil Engineering,LIGG, AS)\nAs a system of more composition and dispersed phase,since existence ofrock and ice, the thermal and mechanical properties of frozen soil become quite compliCated.Under the certain condition,the change of internal composition and structure is basis data onstudy of frozen soil.Through transforming of technique,the medical CT is applied in test offrozen soils.Thus it is achieved for both continuous undamaged measurement and quantitativedescription of internal structure change of sample under different experimental conditions.Meanwhile,we also can obtain directly the quantitative picture of different layers.For continuously dynamic measurement,a special experdriental device matched with CT isdeveloped. Using this device,sample may be applied pressure uniaxial and triaxial stress condi conditions and can keep the temperature precision of less than ± 0. 5°in environment of 0- 30℃.Temperature and pressure may change with requirement of tests.Through scanning and mea suring of several hundreds of samples which have different shape,dry density and water con terrt, we have obtused quantitative relation among CT value,shape, dry density and watercontent. Based on this relation, we may analyse quantitatively change of sample under differ ent conditinns of test.Through a large number of scanning of Lanzhou loess,the numericaleveluation which connected soil parameter and CT data have been created.It is found that the strengthening and softening action of structure of frozen soil are con trolled by growing microcracks,being broken particle aggtegates and extending structuraldamage in creep process,as well as the form characteristics of creep process. Since actinn ofshear stress,the damage of ftozen soil firstly occurs in the centre of sample, then spread to wards outside and last results in damage of whole structure.\n【CateGory Index】： TU458.2\n1 CHENG Ming-shu;WANG Shi-ji;ZHANG Ya-qian;LI Xian;JIANG Sheng-hua;CHEN Zheng-han;College of Engineering and Technology, Southwest University;Department of Architecture & Civil Engineering, Logistical Engineering University of PLA;;Experimental study of assessment of different characterization methods of expansive soil damage[J];岩土力学;2015-10\n2 HAN Yi;WANG Shi-ji;LI Xian;CHENG Ming-shu;ZHANG Ya-qian;JIANG Sheng-hua;School of Engineering and Technology,Southwest University;;On 3D Reconstruction for CT Images of Cylindrical Hole Damage Expansive Soils[J];西南师范大学学报(自然科学版);2015-04\n3 Wang Shiji 1,2,Chen Zhenghan 3,Li Xian 1,Peng Zhen 1,Yuan Jun 1(1.College of Engineering and technology,Southwest University,Chongqing 400716,China;2.Department of Civil and Environmental Engineering,Imperial College London,London W7 2AZ;3.Department of Architectural Engineering,Logistical Engineering University of People's Liberation Army,Chongqing 400041,China);Pore-damage evolution and mechanical properties of remolded soil by CT-triaxial test[J];农业工程学报;2012-07\n4 LIU Zhonghua1,2,HU Yaoqing1,XU Suguo1,LIANG Weiguo1,YANG Dong1,ZHAO Yangsheng1(1.Institute of Mining Technology,Taiyuan University of Technology,Taiyuan,Shanxi 030024,China;2.College of Engineering and Technology,Shanxi Agricultural University,Taigu,Shanxi 030800,China);EXPERIMENTAL STUDY OF PORE EVOLUTION LAW DURING DISSOLUTION-RECRYSTALLIZATION FOR GLAUBERITE[J];岩石力学与工程学报;2011-S1\n5 JIANG Yun-zhong1,WANG Yun-liang1,WANG Shi-ji1,2 1.School of Engineering and Technology,Southwest University,Chongqing 400716,China;2.Logistic Engineering University of PLA,Chongqing 400041,China;3-D Reconstruction for CT Images of Expansive Soil Based on MATLAB[J];西南大学学报(自然科学版);2011-03\n6 WANG Xuhong1,2,FENG Zengchao1,LIU Zhonghua1,2(1.College of Mining Technology,Taiyuan University of Technology,Taiyuan,Shanxi 030024,China;2.Yangquan College,Taiyuan University of Technology,Yangquan,Shanxi 045000,China);STUDY ON DISTRIBUTION LAWS OF ROCK DENSITY[J];岩石力学与工程学报;2009-S2\n7 ZHAO Yangsheng,MENG Qiaorong,KANG Tianhe,ZHANG Ning,XI Baoping(Institute of Mining Technology,Taiyuan University of Technology,Taiyuan,Shanxi 030024,China);MICRO-CT EXPERIMENTAL TECHNOLOGY AND MESO-INVESTIGATION ON THERMAL FRACTURING CHARACTERISTICS OF GRANITE[J];岩石力学与工程学报;2008-01\n8 Lei Shengyou~1 Tang Wendong~2(1.Chang'an University,Xi'an 710064,China;2.Architecture scientific research Institute of Anhui Province,Hefei 230001,China);Experimental investigation on hardened yield damage for the original loess[J];土木工程学报;2006-02\n9 Lei Shengyou1￡? Tang Wendong1￡?2 (1School of Highway Engineering,Chang′an University,Xi′an 710064 China) (2Architecture Scientific Research Institute of Anhui Province, Hefei 230001 China);ANALYSIS OF MICROSTRUCTURE CHANGE FOR LOESS IN THE PROCESS OF LOADING AND COLLAPSE WITH CT SCANNING[J];岩石力学与工程学报;2004-24\n10 LEI Sheng-you~1, TANG Wen-dong~(1,2), WANG Xiao-mou~1, DAI Jing-liang~1 (1. School of Highway, Chang'an University, Xi'an710064, China; 2. Architectural Science Institute of Anhui Province, Hefei230001, China);CT Scanning analysis of destruction process of orginal loess damage[J];兰州理工大学学报;2004-04\n1 GUO Lian-peng;CHEN Xiang-ning;XU Wan-peng;LIU Tian-jian;Equipment Academy of PLA;No. 1 Department of Aerial Remote Sensing of National Remote Sensing Center of China;;3D-object Reconstruction Based on Kinect Sensor[J];四川兵工学报;2014-11\n2 WANG Shi-ji;HAN Yi;LI Xian;SHI Lang-jing;ZHANG Ya-qian;CHEN Zheng-han;College of Engineering and Technology,Southwest University;Department of Architectural Engineering,Logistical Engineering University of PLA;;Study of strength and deformation of cylindrical hole damaged expansive soil by CT-triaxial test[J];岩土力学;2013-10\n3 LI Xian1,PENG Zhen1,WANG Shi-ji1,2,CHEN Zheng-han3 1.School of Engineering and Technology,Southwest University,Chongqing 400716,China;2.Department of Civil and Environmental Engineering,Imperial College London,London W7 2AZ,UK;3.Department of Architectural Engineering,Logistical Engineering University of PLA,Chongqing 400041,China;Study on the Mechanical Characteristics of Structural Damages of a Remolded Expansive Soil by CT-Triaxial Apparatus[J];西南大学学报(自然科学版);2013-06\n4 LIN Zhi-shu(Faculty of Mechanic Engineering,Xiamen University of Technology,Xiamen 361024,China);Development of Laser Scanning System Based on CMM[J];重庆理工大学学报(自然科学);2012-10\n5 Wang Shiji 1,2,Chen Zhenghan 3,Li Xian 1,Peng Zhen 1,Yuan Jun 1(1.College of Engineering and technology,Southwest University,Chongqing 400716,China;2.Department of Civil and Environmental Engineering,Imperial College London,London W7 2AZ;3.Department of Architectural Engineering,Logistical Engineering University of People's Liberation Army,Chongqing 400041,China);Pore-damage evolution and mechanical properties of remolded soil by CT-triaxial test[J];农业工程学报;2012-07\n6 Chen Anqiang1,2,3,Zhang Dan1,2,3,Xiong Donghong1,3,Liu Gangcai1,3(1.Institute of Mountain Hazards and Environment,Chinese Academy of Science and Water Resources Ministry,Chengdu 610041,China;2.Graduate University of Chinese Academy of Sciences,Beijing 100049,China;3.Key Laboratory of Mountain Hazards and Earth Surface Processes,Chinese Academy of Sciences,Chengdu 610041,China);Effects of mechanical properties of surface soil on soil anti-scourability in Yuanmou dry-hot valley[J];农业工程学报;2012-05\n7 Song Ziying1,Wang Fei1,2,Hu Lin1,Mu Xingmin1,2,Kang Shaozhong3(1.College of Resources and Environment,Northwest Agriculture and Forestry University,Yangling 712100,China;2.Institute of Soil and Water Conservation,Chinese Academy of Sciences and Ministry of Water Resources,Yangling,712100,China 3.Center for Agricultural Water Research in China,China Agricultural Univercity,Beijing,100083,China);Simulation experiment of roots system effects on soil mechanical pressure[J];农业工程学报;2011-11\n8 Yu Jian1,Zhou Chunsheng2,3,Shi Haibin2,Zhang Peiqi 1,Zhao Peiqing1,Shi Jigang1(1.Water Resources Research Institute of Inner Mongolia,Huhhot 010010,China; 2.College of Ecology and Environmental Science,Inner Mongolia Agricultural University,Huhhot 010018,China; 3.Resource and Environmental Economics of Inner Mongolia Institute of Finance,Huhhot 010051,China);Effect of aging factor on mechanical properties of GCL as canal lining material[J];农业工程学报;2011-11\n9 Huang Jinbai1, Fu Qiang1, Wang Bin1, Yasuda Hiroshi2, Zheng Jiyong3 (1. College of Water Conservancy and Architecture of Northeast Agricultural University, Harbin 150030, China; 2. Arid Land Research Center of Tottori University, Tottori 680-0001, Japan; 3. Institute of Soil and Water Conservation of Chinese Academy of Sciences and Ministry of Water Resources of the People’s Republic of China, Yangling 712100, China);Rainfall analysis on slope land of wind-water erosion crisscross region in northern Loess Plateau[J];农业工程学报;2011-08\n10 WANG Shi-ji1,2,SUN Shi-jun2,CHEN Zheng-han1,PENG Zheng2,JIANG Yun-zhong2,WANG Yun-liang2 1.Logistic Engineering University of PLA,Chongqing 400041,China;2.School of Engineering and Technology,Southwest University,Chongqing 400716,China;Triaxial Shear Test of Pore-Damaged Remolded Expansive Soil[J];西南大学学报(自然科学版);2011-03\n1 Li Zhongyou;Liu Yuanxue;Li Yongyi;Gan Yi;93055 troops of PLA;Department of Architecture and Civil Engineering,Logistical Engineering University;93055troops of PLA;Department of Administrative Affairs,Third Military Medical University;;Damage evaluation process analysis for structured soils in the energy conversion process[J];土木建筑与环境工程;2017-05\n2 CHEN Xuejun;ZHOU Xing;SONG Yu;HUANG Yaoyi;Guilin University of Technology;Guangxi Key Laboratory of Geotechnical Engineering;Institute of Karst Geology,Chinese Academy of Geological Sciences;;EXPERIMENTAL STUDY ON STRENGTH DAMAGE OF RED CLAY BY ZN~(2+) POLLUTION UNDER LEACHING[J];工程地质学报;2017-05\n3 XIAO Yang;ZHOU Yi-feng;MA Li;LU Jun-hui;Key Laboratory of Western Mine Exploration and Hazard Prevention,Ministry of Education;College of Safety Science and Engineering,Xi'an University of Science and Technology;Western Coal Mine Safety Engineering Research Center of the Ministry of Education;;Numerical simulation on effect of temperature-pressure on the failure mode and threshold of the rock[J];西安科技大学学报;2017-05\n4 Chen Shuren;Xu Li;Yin Jianjun;Tang Mingming;Key Laboratory of Modern Agricultural Equipment and Technology, Ministry of Education and Jiangsu Province,Jiangsu University;;Quantitative characterization of grain internal damage and 3D reconstruction based on Micro-CT image processing[J];农业工程学报;2017-17\n5 HU Dong-xu;MAO Xin;ZHANG Ya-qian;WANG Xiao-qi;WANG Shi-ji;School of Engineering and Technology,Southwest University;;The Influence of One-Dimensional Damage on the Strength and Deformation of Low Moisture Content of Expansive Soil[J];西南大学学报(自然科学版);2017-08\n6 Wang Jinjie;Yu Long;Yuan Qingwang;He Wenbo;Guo Chaohua;Faculty of Earth Resources,China University of Geosciences;Department of Chemical and Petroleum Engineering,University of Calgary;Faculty of Engineering and Applied Science,University of Regina;The First Oil Production Plant,Daqing Oilfield Company,PetroChina;;Effect of Kerogen on the Methane Transport Mechanism in Shale Matrix[J];地球科学;2017-08\n7 ZHOU Ming-tao;YANG Sen;QIN Jian-kun;XIONG Feng;WANG Ze-guang;XU Wen-nian;Engineering Research Center of Eco-environment in Three Gorges Reservoir Region, China Three Gorges University;College of Civil Engineering and Architecture, China Three Gorges University;China Gezhouba Group Second Engineering Corporation;;Review on the Research of Soil Cracks[J];土壤通报;2017-04\n8 Zha Ming;Yin Xiangyan;Jiang Lin;Gao Changhai;Ding Xiujian;School of Geosciences,China University of Petroleum(Huadong);PetroChina Research Institute of Petroleum Exploration & Development;;Application of CT Technology in Petroleum Exploration and Development[J];地质科技情报;2017-04\n9 ZHOU Changbing;WAN Zhijun;ZHANG Yuan;Gu Bin;School of Mines,China University of Mining & Technology;Key Laboratory of Deep Coal Resource Mining,Ministry of Education;;Experimental study on hydraulic fracturing of granite specimens under high temperature[J];中国矿业;2017-07


url: =Tainan to Guoli Haiyang Shengwu Bowuguan - 5 ways to travel via train, and bus\nHow to get from Tainan to Guoli Haiyang Shengwu Bowuguan by train, bus, taxi or car\nThere are 5 ways to get from Tainan to Guoli Haiyang Shengwu Bowuguan by train, bus, taxi or car\nTrain, bus via Fangliao • 2h 47m\nTake the train from Tainan to Fangliao 山線 / ...\nTake the bus from Fangliao to NMMBA Transfer Station 9189\nTake the train from Tainan to Xinzuoying 非山線海線 / ...\nTake the bus from Zuoying Station to NMMBA Transfer Station 9189\nTake a taxi from Tainan to Guoli Haiyang Shengwu Bowuguan 137.3 km\nDrive from Tainan to Guoli Haiyang Shengwu Bowuguan 137.3 km\nWhat is the cheapest way to get from Tainan to Guoli Haiyang Shengwu Bowuguan?\nThe cheapest way to get from Tainan to Guoli Haiyang Shengwu Bowuguan is to train and bus via Fangliao which costs $9 - $16 and takes 2h 47m.\nWhat is the fastest way to get from Tainan to Guoli Haiyang Shengwu Bowuguan?\nThe quickest way to get from Tainan to Guoli Haiyang Shengwu Bowuguan is to taxi which costs $110 - $140 and takes 1h 53m.\nWhat is the distance between Tainan and Guoli Haiyang Shengwu Bowuguan?\nThe distance between Tainan and Guoli Haiyang Shengwu Bowuguan is 116 km. The road distance is 137.3 km.\nHow do I travel from Tainan to Guoli Haiyang Shengwu Bowuguan without a car?\nThe best way to get from Tainan to Guoli Haiyang Shengwu Bowuguan without a car is to train and bus via Fangliao which takes 2h 47m and costs $9 - $16.\nHow long does it take to get from Tainan to Guoli Haiyang Shengwu Bowuguan?\nIt takes approximately 2h 47m to get from Tainan to Guoli Haiyang Shengwu Bowuguan, including transfers.\nCan I drive from Tainan to Guoli Haiyang Shengwu Bowuguan?\nYes, the driving distance between Tainan to Guoli Haiyang Shengwu Bowuguan is 137 km. It takes approximately 1h 53m to drive from Tainan to Guoli Haiyang Shengwu Bowuguan.\nWhat companies run services between Tainan, Taiwan and Guoli Haiyang Shengwu Bowuguan, Taiwan?\nTaiwan Bus operates a bus from Zuoying Station to NMMBA Transfer Station every 30 minutes. Tickets cost $6 - $15 and the journey takes 2h 33m.\nBus from Zuoying Station to NMMBA Transfer Station\nTaxi from Tainan to Guoli Haiyang Shengwu Bowuguan\nRome2rio's Travel Guide series provide vital information for the global traveller. Read our range of informative guides on popular transport routes and companies - including Flying into Beijing?, How to get from JFK to New York City and 4 stunningly beautiful Philippines islands you need to visit - to help you get the most out of your next trip.\nRome2rio makes travelling from Tainan to Guoli Haiyang Shengwu Bowuguan easy.\nRome2rio is a door-to-door travel information and booking engine, helping you get to and from any location in the world. Find all the transport options for your trip from Tainan to Guoli Haiyang Shengwu Bowuguan right here. Rome2rio displays up to date schedules, route maps, journey times and estimated fares from relevant transport operators, ensuring you can make an informed decision about which option will suit you best. Rome2rio also offers online bookings for selected operators, making reservations easy and straightforward.\nTainan to Taichung Tainan to Hualien City Tainan to Pizitou Tainan to Pingtung Tainan to Douliu Tainan to Yushan National Park Tainan to Nanzi Station Tainan to Chiayi Tainan to Nanke Taiwan Tainan to Bao an Taiwan Tainan to Yushan TW HSQ Taiwan Tainan to Taijiang National Park Tainan to Guangzhou Tainan to Beitou Station Tainan to Tataka Visitor Center Tainan to Siaogangshan Skywalk Park Tainan to Seoul Tainan to Dounan Tainan to Chishang Station Tainan to Tulou Taiwan Tainan to Penghu Airport MZG Tainan to Beijing Tainan to Fengshan TW CYQ Taiwan Tainan to Tianxiang TW PEN Taiwan Tainan to Donghae si Tainan to Taichung City Station Tainan to Yuchih Township Tainan to Zhongxing Station TW NAN Taiwan Tainan to Puli Station Taiwan Tainan to Shalu\nTaipei 101 to Guoli Haiyang Shengwu Bowuguan Mong Kok to Guoli Haiyang Shengwu Bowuguan Kending Gongyuan to Guoli Haiyang Shengwu Bowuguan Manila Airport MNL to Guoli Haiyang Shengwu Bowuguan 5 airports near Guoli Haiyang Shengwu Bowuguan Kenting to Guoli Haiyang Shengwu Bowuguan Zuoying HSR Station to Guoli Haiyang Shengwu Bowuguan Chenggong Road to Guoli Haiyang Shengwu Bowuguan Jiaoxi to Guoli Haiyang Shengwu Bowuguan Chiayi Station to Guoli Haiyang Shengwu Bowuguan THSR Zuoying Station to Guoli Haiyang Shengwu Bowuguan


url: =郭伟 GUO Wei-机械工程及自动化学院\n郭伟 GUO Wei\n1995.09-1999.07 吉林工业大学材料科学与工程学院（焊接） 本科\n2000.09-2003.04 吉林大学 材料科学与工程学院（锻压） 硕士（蔡中义教授）\n2003.09-2006.07 吉林大学 材料科学与工程学院（焊接） 博士（赵熹华教授）\n2006.12-2009.03 清华大学 机械工程系 博士后（邹贵生教授）\n2009.04-至今 北京航空航天大学机械工程及自动化学院 副教授\n2011.11-2012.04 香港城市大学 物理学院 访问学者（朱剑豪 Pual Chu）\n2014.02-2015.02 加拿大滑铁卢大学机械与电子工程 访问学者（周运鸿 Y. Norman Zhou）\n国家自然科学基金面上项目 基于应变诱发塑性效应的新一代高强钢QP980激光焊接接头微区多相本构及组织性能演变，201901-2022.12 在研\n国家自然科学基金面上项目 碳/碳和钛合金钎缝吸能复合结构的材料本构及多维界面动态冶金行为研究，201701-2020.12 在研\n民机科研 民机典型结构激光冲击**研究，201704-至今 在研\n民机科研 (合作)激光喷丸成形模型构建及成形过程数值 2018-至今 在研\n科技部智能制造专项 高档数控激光加工机床及其核心器件智能制造数字化车间，2017.01-至今 在研\n科工局项目 激光去污技术*化应用研究及专用设备研制 2019.01-至今\n两机专项 两机涂层基础， 2019.01-至今\n1. Wei Guo, Zhandong Wan, Qiang Jia, Lixia Ma, Hongqiang Zhang, Caiwang Tan, Peng Peng*,Laser weldability of TWIP980 with DP980/B1500HS/QP980 steels: microstructure and mechanical properties, Optics and Laser Technolog, 2020, 124, 105961\n2. Hongqiang Zhang, Wengan Wang, Hailin Bai, Guisheng Zou*, Lei Liu, Peng Peng, Wei Guo* *, Microstructural and mechanical evolution of silver sintering die attach for SiC power devices during high temperature applications, Journal of Alloys and Compounds, 2019,774： 487-494\n3. Jianfei Sun, Anpeng Su, Tianming Wang, Wuyi Chen, Wei Guo, Effect of laser shock processing with post-machining and deep cryogenic treatment on fatigue life of GH4169 super alloy, International Journal of Fatigue, 119, 2019, 261-267\n4. RujianSun, LiuheLi,YingZhu*, PengPeng, QingLi,WeiGuo*, Fatigue of Ti-17 titanium alloy with hole drilled prior and post to laser shock peening, Optics & Laser Technology, 2019, 115: 166-170\n5. Wei Guo, Hongqiang Zhang, Wenqiang Yuan, Yin Zhu, Hua Zhang, Peng Peng, Bojin Qi, Fei Li, The microstructure and mechanical properties of C/C composite/Ti3Al alloy brazed joint with graphene nanoplatelet strengthened Ag-Cu-Ti filler, Ceramics International, 2019: 8783-8789\n6. Wei Guo, Hongqiang Zhang,Kaituo Ma, Yin Zhu, Peng Peng, Hua Zhang, Bojin Qi, Fei Li, Reactive brazing of silicon nitride to Invar alloy using Ni foam and AgCuTi intermediate layers, Ceramics International, 2019, 45（11）:13979-13987\n7. Peng Peng, Lihang Li, Peng He, Ying Zhu, Jian Fu,Yongde Huang, Wei Guo*, One-step selective laser patterning of copper/graphene flexible electrodes, Nanotechnology, 30 (2019) 185301\n8. Peng Peng *, Hao Sun, Adrian P. Gerlich, Wei Guo, Ying Zhu, Lei Liu, Guisheng Zou, Chandra Veer Singh, Norman Zhou, Near-ideal compressive strength of nanoporous silver composed of nanowires, Acta Materialia, 173 (2019) 163-173\n9. XingwenZhou,WeiGuo,JianFu,YingZhu,Yongde Huang,PengPeng,Laser writing of Cu/CuxO integrated structure on flexible substrate for humidity sensing, Applied Surface Science,15 2019,19: 684-690\n10. H. Zhang, W. Wang, H. Bai, G. Zou*, L. Liu, P. Peng, W. Guo*. Microstructural and mechanical evolution of silver sintering die attach for SiC power devices during high temperature applications. Journal of Alloys and Compounds 2019, 774, 487-494\n11. H. Zhang, H. Bai, P. Peng, W. Guo, G. Zou, L. Liu*. SiC chip attachment sintered by nanosilver paste and their shear strength evaluation. Welding in the World 2019, 63 (4), 1055-1063.\n12. Rujian Sun, Ying Zhu, Wei Guo*, Peng Peng, Liuhe Li, Yu Zhang, Jian Fu, Fei Li, Lixin Zhang, Microstructural evolution and thermal stress relaxation of Al2O3/1Cr18Ni9Ti brazed joints with nickel foam, Vacuum, 2018,148:18-26\n13. Peng Peng, Li Lihang, Guo Wei*, Hui Zhuang, Fu Jian, Jin Chao, Liu Yangai, Zhu Ying，Room Temperature Joining of Silver Nanoparticles Using Potassium Chloride Solution for Flexible Electrode Application, The Journal of Physical Chemistry, 2018, 122 (5): 2704-2711\n14. Weidong Li , Lixia Ma , Peng Peng , Qiang Jia , Zhandong Wan, Ying Zhu, Wei Guo*, Microstructural evolution and deformation behavior of fiber laser welded QP980 steel joint, Materials Science & Engineering A, 2018, 717: 124-133\n15. Wei Guo , Zhandong Wan , Peng Peng*, Qiang Jia , Guisheng Zou , Yun Peng, Microstructure and mechanical properties of fiber laser welded QP980 steel, Journal of Materials Processing Technology, 2018, 256：229-238\n16. Qiang Jia, Lei Liu, Wei Guo, Yun Peng, Guisheng Zou*, Zhiling Tian, Y. Norman Zhou, Microstructure and Tensile-Shear Properties of Resistance Spot-Welded Medium Mn Steel, Metals, 2018, 8：48-61\n17. Rujian Sun, Liuhe Li, Ying Zhu, Wei Guo*, Peng Peng, Baoqiang Cong, Jianfei Sun，Microstructure, residual stress and tensile properties control of wire-arc additive manufactured 2319 aluminum alloy with laser shock peening, Journal of Alloys and Compounds, 2018, 747: 255-265\n18. Qiang Jia, Wei Guo* , Zhandong Wan , Yun Peng , Guisheng Zou*, Zhiling Tian, Y. Norman Zhou, Microstructure and mechanical properties of laser welded dissimilar joints between QP and boron alloyed martensitic steels, Journal of Materials Processing Technology, 2018, 259:58-67\n19. Wei Guo, Rujian Sun, Binwen Song, Ying Zhu, Fei Li, Zhigang Che, Bo Li, Chao Guo, Lei Liu, Peng Peng*, Laser shock peening of laser additive manufactured Ti6Al4V titanium alloy, Surface and Coatings Technology, 2018, 349: 503-510\n20. RujianSun,LiuheLi,WeiGuo*,PengPeng,TongguangZhai,ZhigangChe,BoLi,ChaoGuo,YingZhu, Laser shock peening induced fatigue crack retardation in Ti-17 titanium alloy, Materials Science & Engineering A, 2018, 737：94-104\n21. Hongqiang Zhang, Wengan Wang, Hailin Bai, Guisheng Zou*, Lei Liu, Peng Peng,Wei Guo**，Microstructural and mechanical evolution of silver sintering die attach for SiC power devices during high temperature applications，Journal of Alloys and Compounds,2019,774: 487-494\n23. Shuai Huang, Ying Zhu, Wei Guo*, Peng Peng, Xungang Diao, Impact toughness and microstructural response of Ti-17 titanium alloy subjected to laser shock peening, Surface and Coatings Technology，2017, 25(327): 32-41\n24. 贾强，郭伟，彭鹏，朱颖，邹贵生，DP980 激光焊接温度场模拟及力学性能，稀有金属材料与工程，2017，7（46）：1905-1910\n25. Rujian Sun, Liuhe Li, Ying Zhu, Lixin Zhang, Wei Guo, Peng Peng*, Bo Li, Chao Guo, Lei Liu, Zhigang Che, Weidong Li, Jianfei Sun and Hongchao Qiao, Dynamic response and residual stress fields of Ti6Al4V alloy under shock wave induced by laser shock peening. Modelling and Simulation in Materials Science and Engineering, 25 (2017) 065016.\n26. Wei Guo, Hongqiang Zhang, Xiaoying Zhang, Lei Liu*, Peng Peng, Guisheng Zou, Y.Norman Zhou, Preparation of nanoparticle and nanowire mixed pastes and their low temperature sintering, Journal of Alloys and Compounds 690 (2017) 86-94.\n27. Qiang Jia, Wei Guo, Weidong Li*, Peng Peng, Ying Zhu, Guisheng Zou, Yun Peng, Zhiling Tian, Experimental and numerical study on local mechanical properties and failure analysis of laser welded DP980 steels, Materials Science & Engineering A 680 (2017) 378–387\n28. Peng Peng, Wei Guo*, Ying Zhu, Lei Liu, Guisheng Zou, Y. Norman Zhou, Nanoscale Wire Bonding of Individual Ag Nanowires on Au Substrate at Room Temperature, Nano-Micro Letters , (2017) 9: 26. DOI 10.1007/s40820-017-0126-8\n29. Chong Peng, Yuzhe Xiao, Yanzhong Wang, Wei Guo*, Effect of laser shock peening on bending fatigue performance of AISI 9310 steel spur gear, Optics and laser technology, 10.1016/j.optlastec.2017.03.017 (Q2)\n30. 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url: =Influence of RF Sputtering Condition on ZnO Transparent Conducting Film.--《MATERIALS SCIENCE AND ENGINEERING》1998年02期\nInfluence of RF Sputtering Condition on ZnO Transparent Conducting Film.\nNi Xingyuan\_ Wu Yonggang\_ Wu Guangming\_ Zhou Zen Zhang Huiqin\_ Jin ZheminTongji University\_ Shanghai\_ 200092\nZnO Film have been found wide application. ZnO transparent conducting film has been prepared by RF planar magnetron sputtering. The dependence of electrical and optical characteristics upon target material, sputtering gas and substrate temperature has been investigated. The resistivity of film is 4.5×10-3cm, carrier concentration and Hall mobility are 2.3×10.19cm-3 and 5.99 cm2/v. sec respectively. The optical transmission is about 85%.\n【CateGory Index】： TQ132.41\n1 XU Ha-ning, XIAO Hui, LI Zheng-gen (School of Nuclear Engineering and Technology, East China Institute of Technology, Fuzhou 344000, China);Study on Characteristics of ZnO Films Deposition by Magnetron Sputtering Using Ellipsometer and XRD[J];广州化工;2008-05\n2 DENG Bingyao~(1,2),YAN Xiong~1,WEI Qufu~2,XU Wenzheng~2(1.Donghua University,Shanghai 201620,China;2.Key Laboratory of Science & Technology of Eco-Textile,Ministry of Education,Southern Yangtze University,Wuxi,Jiangsu 214122,China);AFM and transmittance analysis of nonwovens deposited with ZnO film[J];纺织学报;2007-02\n3 LONG Tao, ZHU De-gui, WANG Liang-hui (College of Material Science and Engineering, South-west Jiao Tong University, Chengdu 610031, China);Highly Conductive ZAO Ceramic Target and Thin Films:Preparation[J];电子元件与材料;2004-02\n4 Fan Zhixin[WT5BX] (Department of Applied Physics, Hebei University of Technology, Tianjin, 300130);Properties and Preparation and Application of AZO Transparent Conducting Thin Films[J];光电子技术;2000-04\n5 FAN Zhi xin, CHEN Jiu lin, SUN Yi cai (Department of Applied Physics, Hebei University of Technology, Tianjin 300130, China);Properties、Preparation and Application for AZO Transparent Conducting Thin Films[J];真空;2000-05\n1 L Jian guo, YE Zhi zhen (State Key Laboratory of Silicon Material, Zhejiang University, Hangzhou 310027, China);Advance in research on ZnO thin films[J];功能材料;2002-06\n2 LIU Shun -hua,GUO Hui -jin(Dalian University of Technology,Da lian 116023,China);Electromagnetic interference shie lding and wave -absorbing materials[J];功能材料与器件学报;2002-03\n3 Liu Yue;Development of Anti-Electromagnetic Radiation Functional Textiles[J];印染;2001-08\n4 HUANG Yan-Qiu, LIU Mei-Dong, ZENG Yi-Ke, LIU Shao-Bo (Department of Electronic Science and Technology, Huazhong University of Science and Technology, Wuhan 430074, China);Progress of Study on ZnO Thin Film and its Properties[J];无机材料学报;2001-03\n6 CHEN Yuan 1\_ ZHANG Deheng 1\_ MA Jin 2\_ YANG Tianlin 3 (1. Department of Physics, Shangdong University, 250100;\_ 2. Institute of Optoelectronic Materials and Devices,Shandong Unversity, 250100;\_ 3. Zibo Inctitute, 255200);Study of Transparent Conducting ZnO∶Al Films Prepared on Different Organic Substrate[J];半导体杂志;1999-03\n7 Chen Jianxun Zhao Ruirong Qin Yihong (Central South University of Technology, Changsha, 410083);EFFECTS OF SOME FACTORS ON VOLTAGE SENSITIVE PROPERTIES OF ZnO VOLTAGE SENSITIVE CERAMICS[J];矿冶工程;1999-01\n4 ZHU Zuoxiang;PENG Wei;SHANG Fuliang;GAO Ling;YANG Haitao;Key Laboratory of Functional Materials of Shenzhen,Shenzhen Engineering Laboratory for Advanced Technology of Ceramics,College of Materials Science and Engineering,Shenzhen University;;Sintering temperature on the properties of Nb_2O_5 doped TiO_2 target[J];功能材料;2017-03\n9 GUO Jun-ting;XU Yang;Key Laboratory of Science and Technology of Eco-Textile,Ministry of Education,Southern Yangtze University;;Study on the performance of nano-copper film deposited by magnetron sputtering[J];功能材料;2015-05\n10 SONG Chenchen;ZHAO Zhanxia;MA Zhongquan;ZHAO Lei;MENG Fanying;Department of Physics,Shanghai University;New Energy Technology Center in SIMIT;;Effect of Sputtering Pressure on the Textured Structure of Sc Doped ZnO Thin Films[J];光电子技术;2014-01


url: =13 October 2010 Study of the shock wave effects to the laser transmission at the supersonic speed\nXiang-jin Zhang; Na Shen; He Zhang; Xiao-feng Wang;\nXiang-jin Zhang , Na Shen , He Zhang , Xiao-feng Wang\nProceedings Volume 7654, 5th International Symposium on Advanced Optical Manufacturing and Testing Technologies: Large Mirrors and Telescopes; 765418 (2010) https://doi.org/10.1117/12.866165\nXiang-jin Zhang, Na Shen, He Zhang, Xiao-feng Wang, "Study of the shock wave effects to the laser transmission at the supersonic speed", Proc. SPIE 7654, 5th International Symposium on Advanced Optical Manufacturing and Testing Technologies: Large Mirrors and Telescopes, 765418 (13 October 2010); doi: 10.1117/12.866165; https://doi.org/10.1117/12.866165\nPerformance of autofocusing schemes for single target and populated scenes...\nXiang-jin Zhang, Na Shen, He Zhang, Xiao-feng Wang, "Study of the shock wave effects to the laser transmission at the supersonic speed," Proc. SPIE 7654, 5th International Symposium on Advanced Optical Manufacturing and Testing Technologies: Large Mirrors and Telescopes, 765418 (13 October 2010);


url: =The Ecology Distribution of Oscillatoria of Gansu, Ningxia, Qinhai and Xinjiang Provinces--《Journal of Northwest Normal University》1993年03期\n《Journal of Northwest Normal University》 1993-03\nThe Ecology Distribution of Oscillatoria of Gansu, Ningxia, Qinhai and Xinjiang Provinces\nHu Chunxiang (Department of Biology)\nThis paper studies the community composition of Oscillatoria in Gansu, Ningxia, Qinhai and Xinjiang provinces according to 12 subregions, discusses its ecological forms on the basis of aerial, subaerial and aquatic environments and analyses its characteristics of distribution.\n1 Hu Chunxiang1,2 Liu Yongding1 and Song Lirong1(1 Institute of Hydrobiology, The Chinese Academy of Sciences, Wuhan 430072;2 Northwestern Normal University, Lanzhou 730070);SPECIES COMPOSITION AND DISTRIBUTION OF ALGAE IN SHAPOTOU AREA,NINGXIA HUI AUTONOMOUS REGION, CHINA[J];Acta Hydrobiologica Sinica;1999-05\n2 Hu Chunxiang; Liu Yongding and SOng Lirong(Institute of Hydrobiology, The Chinese Academy of Sciences, Wuhan 430072;Northwestern Normal University, Lanzhou 730070);SPECIES COMPOSITION AND DISTRIBUTION OF ALGAE IN SHAPOTOU AREA,NINGXIA HUI AUTONOMOUS REGION, CHINA[J];ACTA HYDROBIOLOGICA SINICA;1999-S1\n3 HU Chun xiang 1,2 ,LIU Yong ding 2 ,and SONG Li rong 1 (1 Institute of Hydrobiology,The Chinese Academy of Sciences, Wuhan 430072; 2 College of Life Sciences, Northwestern Normal university, Lanzhou 730070);NEW DEVELOPMENT OF SOIL ALGAE RESEARCH[J];Acta Hydrobiologica Sinica;2002-05\n1 HU Chun-xiang,MA Hong-ying,PANG Hai-long,ZHANG De-lu~*(College of Life Science, Northwest Normal University, Lanzhou 730070,China);Species composition and distribution of algae in Wuquanshan of Lanzhou[J];Acta Botanica Boreali-occidentalia Sinica;2003-12\n2 CHEN Ji-jun The Management of Leigong Mountain Nature Reserve, Qiandongnan, 557100 China;The characteristics of the Leigong Mountain's tourism resource and conception of it's exploitation[J];Journal of Guizhou Educational College;2000-02\n3 NIU Yu-lu~(1,2),ZHENG Yun-xiang~2,ZHAO Jian-cheng~1(1.College of Life Science,Hebei Normal University,Hebei Shijiazhuang 050016,China;2.Department of Biology,Hengshui College,Hebei Hengshui 053000,China);A Preliminary Study on the Algae in Hengshui Lake National Nature Reserve[J];;2006-03\n4 JAO CHIN-CHIH(Institute of Hydrobiology, Academia Sinica);SOME FRESH-WATER ALGAE FROM SOUTHERN TIBET[J];Oceanologia Et Limnologia Sinica;1964-02\n5 XIANG Gang,CHEN Chuan,LIU Ning (Department of Biology Science and Technology,Guizhou Normal University,Guiyang,Guizhou 550001, China);A preliminary study on the diversity of the tufa algae in Xiaoqikong area,Libo[J];Journal of Guizhou Normal University(Natural Science);2002-02\n6 Hu Xiaohong; Chen Chuan; Wang Chenglu; Chen Ling; Zhang Zhende(Department of Biology Guizhou Normal University, Guiyang 550001);THE FIRST REPORT ON THE SUBARIAL CYANOPHYCEAE IN YUNTAI MOUNTAIN OF GUIZHOU PROVINCE[J];JOURNAL OF GUIZHOU NORMAL UNIVERSITY(NATURAL SCIENCE);1995-02\n7 Chen Chuan;Hu Xiaohong;Wang Chenlu(Department of Biological Seicnce and Biotechnology Guizhou Normal University,Guiyang 550001 );A PRELIMINARY STUDY ON THE ALGAL FLORA IN THE AREA OF WUYANG RIVER[J];JOURNAL OF GUIZHOU NORMAL UNIVERSITY(NATURAL SCIENCE);1996-01\n8 Chen Chuan; Hu Xiaohong (Department of Biology Science And Technology,Gut Zhou Normal University, Gui Yang, 550001);ON THE ECOLOGICAL DISTRIBUTIONS OF BLUE-GREEN ALGAE IN YUNTAI MOUNTAIN OF GUIZHUO PROVINCE[J];JOURNAL OF GUIZHOU NORMAL UNIVERSITY(NATURAL SCIENCE);1996-02\n9 Xiong Yuanxin; Lo Yinchun et al.(Dept. of Palnt Protection Guizhou Agric. Coll. , Guiyang, 550025,China);Catalog of Aerophtische in Limeston Region of Guizhou Province.[J];;1994-01\n10 Xiong Yuanxin (Dept. of Plant Protection of Guizhou Agric. Coll.,Guiyang, 550025 China);A Study on Ecology of Aerophtische from Limestone Region in Guizhou Province.[J];;1994-03\n2 ZHAO Jian-cheng~(1*), ZHANG Bing-chang~1, ZHANG Yuan-ming~2 (1 College of Life Science,Hebei Normal University,Shijiazhuang 050016,China;2 Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi 830011,China);Study on Chlorophytes of Microbiotic Crusts in the Gurbantonggut Desert,Xinjiang[J];Arid Zone Research;2006-02\n3 ZHANG Bing-chang1,ZHAO Jian-cheng2,ZHANG Yuan-ming1,LI Wen-zhai2,ZHENG Yun-pu2(1.Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi 830011,China;2.College of Life Science,Hebei Normal University,Shijiazhuang 050016,China);Study on the Effect of Different Ecological Factors on the Growth of Chlorococcum humicola in Soil Microbiotic Crust[J];Arid Zone Research;2007-05\n4 ZHENG Yun-pu1,2,ZHAO Jian-cheng1,ZHANG Bing-chang3,XU Ming2,LIANG Hong-zhu1,LI Min1(1.College of Life Science,Hebei Normal University,Shijiazhuang,Hebei 050016, China; 2.Institute of Geographical Sciences and Natural Resources,Chinese Academy of Sciences,Beijing 100101,China; 3.Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi,Xinjiang 830011,China);Influences of different physico-chemical factors on three Cyanobacteria separated from biological soil crusts[J];Agricultural Research in the Arid Areas;2010-01\n6 YAN De-ren1,2,XUE Ying-ying2,ZHAO Chun-guang2 (1.Inner Mongolia Academy of Forestry Science,Huhhot 010010,China;2.College of Ecoenvironment,Inner Mongolia Agricultur University,Huhhot 010019,China);Present Study on Biological Soil Crusts in China[J];Inner Mongolia Forestry Science and Technology;2007-03\n7 TANG Wei-wei , QING Ren-wei , LANli-qiong, FU Hua-long(College of Life Science ,Sichuan University,Chengdu 610064 ,China);Studies on the Utilization of Algae ,Bacteria ,Grass to Prevent Soil Sandification[J];Journal of Sichuan University (Natural Science Edition);2005-04\n8 YANG Xia, AI Ying-Wei(Key Laboratory of Bio-resources and Eco-environment of Ministry of Education, College of Life Sciences, Sichuan University, Chengdu 610064, China);Dynamic changes of soil algae biomass under different slope position on the path side slope[J];Journal of Sichuan University(Natural Science Edition);2008-05\n9 Zhang Dawei (Harbin Institute of Technology, Harbin 150001) Wang Yan Cai Weimin (Shanghai Jiaotong University, Shanghai 200240);A New Thinking of Controlling Sand Storm[J];Shanghai Environmental Sciences;2003-S2\n10 CHEN Lan zhou,LIU Yong ding and SONG Li rong (Institute of Hydrobiology, The Chinese Academy of Sciences, Wuhan,430072);THE FUNCTION OF EXOPOLYSACCHARIDES OF MICROCOLEUS IN THE FORMATION OF DESERT SOIL[J];Acta Hydrobiologica Sinica;2002-02