文件名称:dhsvm3.0
介绍说明－－下载内容均来自于网络，请自行研究使用
DHSVM模型是一种综合考虑能量平衡，充分反映气候、植被、雪盖、土壤、水文相互作用和相互反馈机理的分布式水文模型。它基于流域数字高程模型对蒸散发、雪盖、土壤水和径流等水文过程进行动态描述。该模型在过去几年内有了较大的改进，广泛地应用于生产实践和研究领域。
-DHSVM model is a comprehensive consideration of the energy balance, and fully reflects the climate, vegetation, snow cover, soil, water interaction and mutual feedback mechanism of distributed hydrological model. It is based on digital elevation model basin to evaporation, snow cover, soil water and runoff hydrological process dynamic descr iption. The model in the past few years has greatly improved, widely used in the production practice and research.
-DHSVM model is a comprehensive consideration of the energy balance, and fully reflects the climate, vegetation, snow cover, soil, water interaction and mutual feedback mechanism of distributed hydrological model. It is based on digital elevation model basin to evaporation, snow cover, soil water and runoff hydrological process dynamic descr iption. The model in the past few years has greatly improved, widely used in the production practice and research.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
dhsvm3.0
........\AdjustStorage.c
........\Aggregate.c
........\AggregateRadiation.c
........\brent.h
........\CalcAerodynamic.c
........\CalcAvailableWater.c
........\CalcBagnold.c
........\CalcDistance.c
........\CalcEffectiveKh.c
........\CalcKhDry.c
........\CalcKinViscosity.c
........\CalcSafetyFactor.c
........\CalcSatDensity.c
........\CalcSnowAlbedo.c
........\CalcSolar.c
........\CalcTopoIndex.c
........\CalcTotalWater.c
........\CalcTransmissivity.c
........\CalcWeights.c
........\Calendar.c
........\Calendar.h
........\CanopyResistance.c
........\channel.c
........\channel.h
........\ChannelState.c
........\channel_grid.c
........\channel_grid.h
........\CheckOut.c
........\constants.h
........\CutBankGeometry.c
........\data.h
........\Desorption.c
........\DHSVMChannel.c
........\DHSVMChannel.h
........\DHSVMerror.h
........\DistSedDiams.c
........\Draw.c
........\equal.c
........\errorhandler.c
........\errorhandler.h
........\EvalExponentIntegral.c
........\EvapoTranspiration.c
........\ExecDump.c
........\fifobin.h
........\fifoNetCDF.h
........\fileio.h
........\FileIOBin.c
........\FileIONetCDF.c
........\Files.c
........\FinalMassBalance.c
........\FindValue.c
........\functions.h
........\GetInit.c
........\getinit.h
........\GetMetData.c
........\globals.c
........\InArea.c
........\InitAggregated.c
........\InitArray.c
........\InitConstants.c
........\InitDump.c
........\InitFileIO.c
........\InitFineMaps.c
........\InitInterpolationWeights.c
........\InitMetMaps.c
........\InitMetSources.c
........\InitModelState.c
........\InitNetwork.c
........\InitNewMonth.c
........\InitParameters.c
........\InitSedMap.c
........\InitSedTables.c
........\InitSnowMap.c
........\InitTables.c
........\InitTerrainMaps.c
........\InitUnitHydrograph.c
........\InitXGraphics.c
........\InterceptionStorage.c
........\IsStationLocation.c
........\LapseT.c
........\LookupTable.c
........\lookuptable.h
........\MainDHSVM.c
........\MainMWM.c
........\makefile
........\MakeLocalMetData.c
........\MassBalance.c
........\massenergy.h
........\MassEnergyBalance.c
........\MassRelease.c
........\MaxRoadInfiltration.c
........\NoEvap.c
........\rad.h
........\RadiationBalance.c
........\ReadMetRecord.c
........\ReadRadarMap.c
........\ReportError.c
........\ResetAggregate.c
........\RootBrent.c