Page 146 - 《水资源与水工程学报》2023年第1期
P. 146
1 4 2 & ' ( ) & * + , - 2023 $
[3]Ë Ì, }½È, ªÙÉ. (1ðs¿%&¬¥sÂX [18]MAYongsheng,CHANGJianxia,GUOAijun,etal.Op
$s¿5u3#[J]. (1ðsX12*3,2017,15 timizinginterbasinwatertransfersfrom multiplesources
(2):1-8. amonginterconnectedriverbasins [J].JournalofHydrol
[4]24, ù?1, äº, ]. (1ðsõ¿%&µ¶ ogy ,2020,590(2):125461.
[J]. (1ðsX12*3( ÿU),2020,18(5): [19]üyy, $, épâ, ]. F"øó|Sê^çf
109-114. »¼[J]. 1YZX1%&eÊ,2016,27(6):13-19.
[5]ùï¿, O Ã, úß. |ÒLSqs1¥ìÅM [20]Ë , ?, Ô!", ]. ì1'89Ì1Ù±MY
s¿+^———ë9õ0!0[Fs1%&¾Ô[J]. 1 ZnopSOYZsýX¡e[J]. 9#LTeÊ,
YZX1%&eÊ,2020,31(5):142-148. 2021,42(11):54-59.
[6]v1. û}h·(1ðsÆ"%&ÉMÚ<t[N]. [21]ùï¿, ¼ Û, O Ã, ]. Fx7'1rLM2+
LT
A,20211028(5). ^[R]. õ1: 9õ012ÄÄ|6¬6+^l,2021.
[7]³ 0, 3 ', üR, ]. (1ðs%&Ì·ðs<1` [22]Ò9, $, 6 %, ]. !s1Î%LSq1
Úêñò[J]. 8*elieeÊ,2020,37(6): rÅMs¿+^[J]. E0m',2021,43(1):61-71.
775-783. [23] ½, Å Ú, ò a, ]. !F#ô%&h¸s¿LM,-
[8])î*, ë@ù, SUy, ]. (1ðsõ¿ß¬%&s1? s}Ó[J]. 121Ä3#,2017,48(8):18-23.
ú1YZ2[J]. 8êv,2021,41(4):158-166. [24]³ÿ1, @, Ë Õ, ].
BIM+GIS TCD!
[9] ARUNKUMAR R, JOTHIPRAKASH V. Optimalcrop s1%&h¸[\®/s¬6X}+[J]. 1Ä¥Z
plansforamultireservoirsystemhavingintrabasinwater *e,2020,38(9):91-95.
transferusingmultiobjectiveevolutionaryalgorithmscou [25]DONGWenyong,ZHANGRanran.Stochasticstabilityanaly
pledwithchaos[J].ComputersandElectronicsinAgri sisofcompositedynamicsystemforparticleswarmoptimiza
culture,2017,140:34-47. tion[J].InformationSciences,2022,592:227-243.
[10]RANID,SRIVASTAVADK,GULATITR.Asetoflinked [26]CHANG Jianxia,KAN Yanbin,WANG Yimin,etal.
optimizationmodelsforaninterbasinwatertransfer [J]. Conjunctiveoperationofreservoirsandpondsusingasim
HydrologicalSciencesJournal,2016,61(2):371-391. ulation-optimizationmodelofirrigationsystems [J].Wa
[11]mí, Ô, \ ý, ]. !" F%&!"ÎÉà terResourcesManagement,2017,31(3):995-1012.
»¼[J]. E0T",2018,49(18):15-19. [27]\ #,
·, <UÁ. iÎLSq1rãi1s
[12]Ëøá, Â Ô, $, ].
/f¯ ¿Î%[J]. 1*e·t,2016,27(3):448-457.
!0[F%&súµ¶¯[J]. 1YZX1%&e [28]ê å, Æ ý, Â, ]. øð±1Ë&È'ª1r
Ê,2018,29(1):144-148. s¿ö÷+^[J]. 1Ä<ÄeÊ,2021,40(8):12-22.
[13]ALAHDINS,GHAFOURIHR,HAGHIGHIA.Deriva [29]Â Ô, #&Å, $, ].
êûM!0
tionofconflictresolution rulecurvesin multipurpose [F%&súµ¶+^[J]. õ1\%ieeÊ,2019,
multireservoirsystemforinterbasinwatertransferduring 35(4):420-426.
drought [J].EnvironmentalResourcesResearch,2018,6 [30]³ È.
!0#F - !F#ô|ÒLSqs1%
(1):51-67. &rðs¿+^[D]. õ1: õ1\%ie,2020.
[14]m þ, Ñÿ¬, ?J, ]. (1ðs¿%&h¸VW [31]MA Yongsheng,CHANG Jianxia,GUO Aijun,etal.
>fö÷»¼[J]. E0T",2019,50(8):46-51. Conjunctiveoperationofinterbasintransferredwaterand
[15]¼Í¶, Æ |. s1%&1ZpXl1p2ºF localwaterinamultisourcediversion-supply-allocation
o»¼[J]. 1Ä¥Z*e,2020,38(3):58-61. system[J].JournalofWaterResourcesPlanningand
[16]ZHOUYanlai,GUOShenglian,HONGXingjun,etal. Management,2021,147(10):05021018.
Systematicimpactassessmentoninterbasinwatertransfer [32]É ø, ¦h, ¼²®, ]. 9õ!F#ô%&/s
projectsoftheHanjiangRiverBasininChina[J].Journal ¿µ¶ö÷¡e[J]. E0A",2020,41(10):81-87.
ofHydrology,2017,553:584-595. [33]x½ÿ, öÞB.
ø=½´\K1¬>Ncf`
[17]³t/. !F#ô$9õã²12¬ß.o ½e+^———ë!F#ô%&¾Ô[J]. åpÉøY
[J]. 812,2015(14):51-53. ZXVW,2020,34(7):119-124.