Water Conservancy Science and Technology and Economy 2015 Issue 12 Research on Regional Water Resources Carrying Capacity Based on the Fuzzy Comprehensive EvaluationModel

Research on Regional Water Resources Carrying Capacity Based on the Fuzzy Comprehensive EvaluationModel
JIANG Chun-lin;

..............page:1-3

cang zhou shi shi shi di xia shui ya cai cuo shi xiao guo jian xi
li jie ;

..............page:4-6

ka shi ga er he liu yu de shui zi yuan guan li jue ce xi tong
pa li dan hei li li ;

..............page:7-9

he bei sheng di xia shui chao cai ji zao cheng de wei hai he zhi li
wen rong ping ;

..............page:10-12

weng nan xi shui ku shi gong ji yun xing qi jian shui zi yuan bao hu cuo shi
yang zhi song ;, zhang xiao hua ;

..............page:13-15

kang han ying ji gong shui shui yuan xuan ze ji bu zhi fen xi
li yuan ping ;

..............page:16-17

Study onthe Application of Wanderings Mathematician Model in Long-distance Pipeline Layout Optimization
WANG Wen-fen;

..............page:18-21

qian zhong ping zhai shui ku ku shou zuo an ks4 ks6 yan rong guan dao chu li cuo shi yan jiu
ou bo ;

..............page:22-26

Study on the Classification of Karst Tunnel Surrounding Rock
ZHANG De-long;

..............page:27-30

Analysis on a High Slope Stability when Softening of F9 Fault under Wetting
JI Yong-shang;,CHEN Xiao;,ZHAO Yu-fei;,LIN Xing-chao;,SUN Ping;

..............page:31-35

Analysis of the Crack's Effect of the Seepage Field of Heart Wall in Earth Rockfill Dam
ZHOU Jin-song;

..............page:36-40

tu ba chu xian jia gu she ji fen xi
yuan jun ;

..............page:41-42,55

gui zhou sheng jia yan shui li shu niu ji qian xi bei gong shui gong cheng mu bai he dao hong guan she ji
jiang yun zuo ;

..............page:43-45

mou yin shui gong cheng er ji beng zhan di zhi kan cha fen xi yu tan tao
dai shu ying ;

..............page:46-47

tou tun he shui ku ba ti tu ti di zhen ye hua ji shen tou bian xing fen xi
jiang tao ;

..............page:48-49

Underground Cavities Construction Ventilation Factor Analysis
LANG Guo-sheng;

..............page:50-51

xin jiang mou shu shui qu dao tu zhi wu li li xue xing zhi fen xi
li bo ;

..............page:52-55

shui gong hun ning tu jie gou you hua she ji wen ti fen xi
lin wei ;

..............page:56-57

qu dao fang dong zhang jie gou she ji yu shi gong yao qiu
mai mai ti ming rou zi ;

..............page:58-59

guan yin yan shui ku qu zhu yao gong cheng di zhi wen ti ping jia
ran wen bo ;

..............page:60-62

qu dao chen qi ban de zhang suo ji li ji shou suo bu chang yan jiu
yuan jian jun ;

..............page:63-64

Analysis of Drainage Holes in the Corridor of the Mountain Pass Dam
zhang xue qin ;

..............page:65-67

mou shui li gong cheng yi hong dao bian po bian xing po huai cheng yin ji wen ding fen xi
zhou bing ;, luo chao ;

..............page:68-69,76

yi hong dao tiao liu shui she xing zhuang shu zhi mo ni ji suan
a bu li mi ti · yi si ma yi ;

..............page:70-71

chi ping tou ying fa zai ku an bian po wen ding fen xi zhong de ying yong
bo tong zhen ;, chu wei wei ;

..............page:72-73

Base on New Set Pair Theory for Optimization of Reservoir Region Resettlement of Inhabitant Spot
HUA Run-ze;,ZHANG Tian-ming;

..............page:74-76

bo si teng hu liu yu she hui jing ji diao kong jian wu fang an yan jiu
yu hang ;

..............page:77-79

cai liao ji jia zai a hun ning tu ba gong cheng zhong de ying yong
huang shi tao ;, guo li peng ;, zhu qiang ;, li jie ;

..............page:80-82

lao qu zhi li biao zhun de jing ji he li xing yan jiu
zhou guang tao ;

..............page:83,100

ka si te yan rong lie xi dui po mian chan liu chan sha ji zhi ying xiang fen xi
yang zhi ;, dai quan hou ;, yu na ;

..............page:84-85

zuo ji li yi gan qu chen qi gong cheng shui tu liu shi yu ce ji dui ce
cui zuo ;

..............page:86-87

xin xi dong tai

..............page:87,前插1

tou tun he shui ku ba ti shen tou xing ping jia
yang xia ;

..............page:88-89

yun liang he liu yu fang hong an quan deng ji ping jia yan jiu
wang xin ;, gao qing feng ;

..............page:90-91

qing xi zhan shui wen te xing fen xi
sun zhuo ;

..............page:92-93

xi cang guo duo shui dian zhan jin shu jie gou she ji zong shu
lao hai jun ;, gao wei ;

..............page:94-95

xin jiang mou shui dian zhan qu dao fang shen chu li fang an de bi xuan fen xi
hu heng ze ;

..............page:96-97

wu jiang dong feng shui dian zhan yi hong dao chu kou po jiao jia gu gong cheng shui xia hun ning tu jiao zhu shi gong nan dian ji gai jin fen xi
feng shi hai ;

..............page:98-100

shui bo du beng zhan zhong dian qi gong cheng she ji fen xi
he xue fen ;

..............page:101-102

arcgis zai cheng shi keng tang rong ji ji suan zhong de ying yong
wang feng rui ;

..............page:103-104

mou shu niu yu zhi t liang c50 hun ning tu de pei zhi he ying yong
yu qing shan ;, lin jian wen ;, wu yan wu ;

..............page:105-106,112

te zhong zuo tu gu hua jiang ye fang shen xin qiang zai xiao xing shui ku chu xian jia gu zhong de ying yong
wan mou dan ;, tang ming yan ;, xiao ke yang ;, wu pei jun ;

..............page:107-109

sui dong shi gong fei shui chu li fang fa yu gong yi
tan hua feng ;

..............page:110-112

gao xing neng hun ning tu pei bi she ji fen xi
sun hai zuo ;

..............page:113-115

Concrete lining shrinkage mechanism and compensation method
LIU Li;

..............page:116-118