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Journal of Chengdu University of Technology
1005-9539
2006 Issue 5
The application of ART1 neural network to the classification of surrounding rocks in tunnels
li tian-bin~(1; 2); wang rui~31.college of environment and civil engineering; chengdu university of technology; chengdu 610059; china; 2.natinal lab.of geological hazard prevention; chengdu 610059; china; 3.southwest branch of china airport construction company; chengdu 610202; china
..............page:455-459
Study on the environment of preserving the ancient ivory unearthed from Chengdu Jinsha site,China
dan hui~1; wang ling~1; ye qiao-ming~1; deng miao~1; fan hua~1; sun jie~2; yang ying-dong~21.college of materials and chemistry & chemical engineering; chengdu university of technology; chengdu 610059; china; 2.chengdu cultural relics and archaeological research institute; chengdu 610072; china
..............page:541-545
Construction of the geological hazard meteorological warning system in Hunan Province supported by GIS
chen ping~1; cong wei-qing~21.hunan institute of geo-environment monitoring; changsha 410007; china; 2.school of earth and space sciences; peking university; beijing 100871; china
..............page:532-535
An experimental study on long distance migration of radon in the air
le ren-chang~1; jia wen-yi~2; he zhi-jie~11.school of physics and opto-electronic technology; fujian normal university; fuzhou 350007; china; 2.department of nuclear technology and engineering; chengdu university of technology; chengdu 610059; china
..............page:536-540
Study on the sedimentary environment of the Upper Ordovician Lianglitage Formation in the south of Tarim River,China
hou ming-cai~1; wan li~1; fu heng~2; zhou li-mei~3; qi li-xin~3; yu ren-lian~31.institute of sedimentary geology; chengdu university of technology; chengdu 610059; china; 2.college of energy sources; chengdu university of technology; chengdu 610059; china; 3.northwest company exploration & development academy of sinopec; urumqi 830011; china
..............page:509-516
Dynamics of the evolution of the Tanlu fault zone:A multiforce-in-multiphase acting model
liu shun; shen zhong-min; si jian-taocollege of earth sciences; chengdu university of technology; chengdu 610059; china
..............page:473-477
The reliability analysis about the anchoring depth of a friction pile
zhang wen-ju; zhao qi-hua; liu jing-jingnational profession laboratory of geohazards prevention and geoenvironment protection; chengdu university of technology; chengdu 610059; china
..............page:465-467
Study on the forecasting parameters of the bank failure and the influence factors in the Yangtze Three Gorges Project Region,China
tang ming-gao; xu qiang; huang run-qiu; li yu-shengcollege of environment and civil engineering; chengdu university of technology; chengdu 610059; china
..............page:460-464
Structural analysis of the superposed folds in the folded basement of the Rouqiang Zhongposhan area,Xinjiang,China
wu de-chao; wang dao-yong; den jianghong; xiao yuan-fucollege of earth sciences; chengdu university of technology; chengdu 610059; china
..............page:468-472
Application of capacity distribution principle in river-delta reservoir analyses——Taking the Daqing Changhuan Sapu oil layer as example
fu zhi-guo~(1; 2); zheng rong-cai~1; zhao han-qing~2; tang jin-rong~21.state key laboratory of oil and gas reservoir geology and exploitation; sedimentary geology institute; chengdu university of technology; chengdu 610059; china; 2.exploration and development research institute; daqing oilfield company; ltd.; daqing 163453; china
..............page:504-508
Diagenesis and reservoir classification and evaluation of Member 4+5 of Triassic Yanchang Formation in Baibao oilfield,Ordos Basin,China
jiao chuang-yun~1; fu wei~1; zhao jun-xing~2; chen ming-ying~3; che ming~1; li zhi-wei~1; wang bin~11.changqing oilfield company of cnpc; xi an 710021; china; 2.institute of sedimentary geology; chengdu university of technology; chengdu 610059; china; 3.bayinggolen devedopment planning commission of xinjiang; korla 841000; china
..............page:522-527
The innovative strategy of developing the outdated tour destinations in urban outskirts
pang lin~1; ma zhi-luan~21.institute of sedimentary geology; chengdu; university of technology; chengdu 610059; china; 2.college of earth sciences; chengdu university of technology; chengdu 610059; china
..............page:497-503
The last glacial stage gravel sediments and ice wedge features of Siguniang Mountains on the southeast margin of Qinghai-Tibet plateau,China
peng dong~(1; 2); xie yun-xi~2; wu shu-tong~2; yang han~31.institute of sedimentary geology; chengdu university of technology; chengdu 610059; china; 2.regional geological survey party; sichuan bureau of geology and mineral; chengdu 610213; china; 3.administration bureau of siguniang mountains; xiaojin 624200; china
..............page:491-496
Implementation of calculating coherence cube on the basis of wavelet transform and analysis of its applied results
ye zeng-lu~1; he jian-jun~2; lin jie~31.tongling university; tongling 244000; china; 2.state key laboratory of oil and gas reservoir geology and exploitation; chengdu university of technology; changdu 610059; china; 3.college of information engineering; chengdu university of technology; chengdu 610059; china
..............page:528-531
The oil-control effect of the paleaouplift in the early Hercynian period in Tarim Basin
xu hong-jie~(1; 2)1.college of energy resources; chengdu university of technology; chengdu 610059; china; 2.new area exploration office of jinzhou; exploration and development institute of sinopec; jinzhou 434100; china
..............page:517-521
Asymptotic behavior of the nonoscillating solutions for a class of nonautonomous neutral equations
zhou xuan-weischool of mathematics and information science; wenzhou university; wenzhou 325027; china
..............page:546-550
Study on typical destabilization models of the engineering slopes in a hydropower station on the upriver of Minjiang River,China
cao yun-jiang~(1; 2); huang run-qiu~2; shen jun-hui~2; feng tao~1; wang jialin~2; zheng hai-jun~21.school of civil engineering; hunan university of science and technology; xiangtan 411201; china; 2.national laboratory of geohazard prevention and geoenvironment protection; chengdu university of technology; chengdu 610059; china
..............page:441-447
The formation mechanism of the Tiantai landslide induced by precipitation in Xuanhan,Sichuan and the design of drainage
fan xuan-mei; xu qiang; huang run-qiu; xu zhi-wen; liu tian-xiang; ge huanational professional laboratory of geological hazards prevention and geoenvironment protection; chengdu university of technology; chengdu 610059; china
..............page:448-454
The metallogenic space-time structure of copper-polymetallic deposits in the southern segment of Da Hinggan Mountains,China
wang chang-ming; zhang shou-ting; deng junstate key laboratory of geological processes and mineral resources; china university of geosciences; beijing 100083; china
..............page:478-484
Early Permian radiolarians from the Longbao ophiolitic mélange in Yushu Area,Qinghai-Tibet Plateau,China
zhu ying-tang~(1; 2); li jian-xing~(1; 3); yi hai-sheng~1; jia quan-xiang~(1; 2); zhao ren-fu~1; sun nan-yi~1; zhang han-wen~1; zhou qinghua~11.xi an institute of geology and mineral resources; xi an 710054; china; 2.institute of sedimentary geology; chengdu university of technology; chengdu 610059; china; 3.northwest university; xi an 710069; china
..............page:485-490