WRF输出变量说明Word格式.docx
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units=Mms-1"
经向风分量
floatW（Time,bottom_top_stag,south_north,west_east）;
W:
z-windcomponent"
W:
units=Hms-11'
垂直风分量
floatPH（Time,bottom_top_stag/south_northzwest_east）;
PH:
description='
'
perturbationgeopotential1'
units=nm2s-2H;
扰动位势
floatPHB（Time,bottom_top_stag,south^north,west_east）;
PHB:
description=Hbase-stategeopotential"
units=,,m2s-2H;
平均重力位势
floatT（Time,bottom^top,south_north,west_east）;
T:
description二Hperturbationpotentialtemperature（theta-tO）n;
T:
units=,,KH;
扰动位温
floath/lUfTime,south_north,west_east）;
MU:
perturbationdryairmassincolumn"
MU:
units=,,Pa"
干空气柱扰动气压
floatMUB（Time,south_north,west_east）;
MUB:
description=Hbasestatedryairmassincolumn"
units=,,PaH;
平均干空气柱气压
floatNEST_POS（Time,south_north,west_east）;
NEST_POS:
description=,,-M;
NEST_POS:
units二叮；
floatP（Time,bottom_top,south_north,west_east）;
P:
description=Hperturbationpressure11;
P:
Pa"
扰动气压
floatPB（Time,bottom_top,south_north,west_east）;
PB:
BASESTATEPRESSURE"
PB:
平均气压
floatSR（Time,south_north,west_east）;
SR:
description=Hfractionoffrozenprecipitation"
units=,,-H;
固体降水比例
floatPOTEVP（Time,south_north,west_east）;
POTEVP:
accumulatedpotentialevaporation”;
POTEVP:
units=HWm-2"
累积的潜在蒸发能量
floatSNOPCX（Time,south_north,west_east）;
SNOPCX:
snowphasechangeheatflux"
Wm-2n;
雪态改变时的热通量
floatSOILTB（Time,south_north,west_east）;
SOILTB:
bottomsoiltemperature11;
units=,,K1'
土壤底部温度
floatFNM（Time,bottom_top）;
FNM:
description二"
upperweightforverticalstretching'
1;
FNM:
units=,,M;
floatFNP（Time,bottom_top）;
FNP:
lowerweightforverticalstretching1'
floatRDNW（Time,bottom_top）;
RDNW:
inversed（eta）valuesbetweenfull（w）levels11;
units=11,1;
floatRDN（Time,bottom_top）;
RDN:
inversed（eta）valuesbetweenhalf（mass）levels"
units=,M,;
floatDNW（Timezbottom_top）;
DNW:
description=nd（eta）valuesbetweenfull（w）levels1'
units=,,M;
floatDN仃ime,bottom_top）;
DN:
description=Hd（eta）valuesbetweenhalf（mass）levels11;
floatCFN（Time）;
CFN:
description二'
extrapolationconstant”;
CFN:
units=,m;
外推常数
floatCFNl（Time）;
CFNl:
extrapolationconstant"
外推常数1
floatQ2（Time,south_north,west_east）;
Q2:
description=HQVat2M1'
Q2:
kgkg-1"
地面2m高度的比湿
floatT2（Time,south_northzwest_east）;
T2:
TEMPat2M1'
T2:
K"
地面2m高度的温度
floatTH2（Time/south_north,west_east）;
TH2:
description=“POTTEMPat2M1'
units=;
地面2m高度的？
floatPSFC（Time,south_north,west_east）;
PSFC:
description=nSFCPRESSURE1'
units=,,PaM;
表面气压
floatU10（Time,south_north,west_east）;
U10:
description=HUat10MH;
U10:
units=,,ms-r,;
地面10m风场的纬向分量
floatV10（Timezsouth_north”west_east）;
V10:
description=HVat10MH;
V10:
units=,,ms-ln;
地面10m风场的经向分量
floatRDX（Time）;
RDX:
INVERSEXGRIDLENGTH1'
units=,,H;
floatRDY（Time）;
RDY:
INVERSEYGRIDLENGTH11;
units=,,n;
floatZETATOP（Time）;
ZETATOP:
description=“ZETAATMODELTOP11;
ZETATOP:
模式人气层顶的eta值
floatCFl（Time）;
CFl:
2ndorderextrapolationconstant1'
2级外推常数1floatCF2（Time）;
CF2:
2级外推常数2floatCF3（Time）;
CF3:
2级外推常数3intITIMESTEP（Time）;
ITIMESTEP:
description=,,M;
units=,,n;
时间步长
floatXTIME（Time）;
XTIME:
minutessincesimulationstart"
XTIME:
已经模拟时间的长度
floatQVAPOR（Time,bottom_top,south_northzwest_east）;
QVAPOR:
Watervapormixingratio'
QVAPOR:
kgkg-lM;
水汽（模式模拟的湿空气中的）的混合比
floatQCLOUD（Time,bottom_top”south_north,west_east）;
QCLOUD:
Cloudwatermixingratio"
units=Hkgkg-1"
云水（模式模拟的实际空气中的）的混合比
floatQRAIN（Time,bottom_top”south_north,west_east）;
QRAIN:
description=”Rainwatermixingratio"
kgkg-11'
雨水（模式模拟的实际空气中的）的混合比
floatLANDMASKfTime,south_north,west_east）;
LANDMASK:
LANDMASK（1FORLAND,0FORWATER广;
LANDMASK:
landmask（1是陆地，0是水体）floatTSLB（Time,soil_layers_stag,south_north,west_east）;
TSLB:
description=,,SOILTEMPERATURE,,;
TSLB:
各层土壤温度
floatSMOIS（Time,soil_layers_stag,south_north,west_east）;
SMOIS:
description=“SOILMOISTURE11;
SMOIS:
units=nm3m-3H;
各层土壤湿度
floatSH20（Time,soil_layers_stag,south_north,west_east）;
SH2O:
description=HSOILLIQUIDWATER"
SH2O:
m3m-3H;
各层土壤液态水含量？
floatSEAICE（Time,south_north,west_east）;
SEAICE:
SEAICEFLAG11;
海冰标志
floatXICEM（Time,south_north,west_east）;
XICEM:
description=HSEAICEFLAG（PREVIOUSSTEP）11;
上一时间步长的海冰标志
floatSFROFF仃ime”south_north,west_east）;
SFROFF:
SURFACERUNOFF11;
units=,,mm,'
地表径流
floatUDROFF（Time,south_north,west_east）;
UDROFF:
UNDERGROUNDRUNOFF”;
units=,,mmH;
地下径流
intIVGTYP（Time,south_north,west_east）;
IVGTYP:
"
DOMINANTVEGETATIONCATEGORY11;
IVGTYP:
主要的植被种类
intISLTYP（Time,south_north,west_east）;
ISLTYP:
DOMINANTSOILCATEGORY11;
主要的土壤种类
floatVEGFRA（Time,south_north,west_east）;
VEGFRA:
VEGETATIONFRACTION11;
植被比例
floatGRDFLX（Time,south_north,west_east）;
GRDFLX:
GROUNDHEATFLUX11;
units=HWm-2M;
地面热通量floatSNOW（Time,south_north,west_east）;
SNOW:
description=HSNOWWATEREQUIVALENT1;
units=Mkgm-2n;
雪水等价物
floatSNOWH（Time,south_north,west_east）;
SNOWH:
PHYSICALSNOWDEPTH11;
units=HmH;
实质的雪厚
floatRHOSN（Time,south_north,west_east）;
RHOSN:
description=HSNOWDENSITY"
kgm-3M;
雪的密度
floatCANWAT（Time,south_north,west_east）;
CANWAT:
description二HCANOPYWATER11;
units=Hkgm-2H;
floatSST（Time,south_northzwest_east）;
SST:
SEASURFACETEMPERATURE11;
units=,lKn;
海表温度
floatQNDROPSOURCE（Time,bottom_top,south_north,west_east）;
QNDROPSOURCE:
Dropletnumbersource'
QNDROPSOURCE:
/kg/s"
floatMAPFAC_M仃ime,south_north,west_east）;
MAPFAC_M:
Mapscalefactoronmassgrid"
MAPFAC-M:
massgrid的地图比例系数floatMAPFAC_U（Time,south_north,west_east_stag）;
MAPFAC_U:
Mapscalefactoronu-grid"
MAPFAC-U:
U-grid的地图比例系数floatMAPFAC_V（Time,south_north_stag,west_east）;
MAPFAC_V:
Mapscalefactoronv-grid'
units=H,i;
V-grid的地图比例系数floatMAPFAC_MX（Time,south_north,west_east）;
MAPFAC_MX:
Mapscalefactoronmassgrid,xdirection11;
MAPFAC_MX:
units=,n,;
massgrid的地图在纬向的比例系数floatMAPFAC^MY^ime,south_north,west_east）;
MAPFAC_MY:
description=HMapscalefactoronmassgrid,ydirection"
MAPFAC_MY:
massgrid的地图在经向的比例系数floatMAPFAC_UX（Time,south_north,west_east_stag）;
MAPFAC_UX:
description二HMapscalefactoronu-grid,xdirection"
U-grid的地图在纬向的比例系数floatMAPFAC_UY（Time,south_north,west_east_stag）;
MAPFAC_UY:
description=HMapscalefactoronu-grid,ydirection11;
units=z;
U-grid的地图在经向的比例系数floatMAPFAC^VXfTime,south_north_stag,west_east）;
MAPFAC_VX:
description=HMapscalefactoronv-grid,xdirection11;
MAPFAC_VX:
V-grid的地图在纬向的比例系数floatMF_VX_INV（Time,south_north_stag,west_east）;
MF_VX_INV:
Inversemapscalefactoronv-grid,xdirection"
MF-VXJNV:
floatMAPFAC_VY（Time,south_north_stag,west_east）;
MAPFAC_VY:
Mapscalefactoronv-grid,ydirection"
units=,,H;
V-grid的地图在经向的比例系数
floatF（Time,south^north,west_east）;
F:
description=uCoriolissinelatitudeterm"
s-l11;
科氏力中sin（Q）的部分，Q为纬度
floatE（Time,south_north,west_east）;
E:
Corioliscosinelatitudeterm'
E:
s-l"
科氏力中cos（Q）的部分，Q为纬度
floatSINALPHA（Time,south_north,west_east）;
SINALPHA:
Localsineofmaprotation11;
SINALPHA:
floatCOSALPHA（Time,south_north,west_east）;
COSALPHA:
Localcosineofmaprotation1'
units=,,,,;
floatHGT（Time,south_north,west_east）;
HGT:
TerrainHeight"
units=,,mH;
地形高度
floatHGT_SHAD仃ime，south_north,west_east）;
HGT_SHAD:
Heightoforographicshadow1'
HGT_SHAD:
units=,,m"
山岳背光坡的高度
地表温度
floatP_TOP（Time）;
P_TOP:
PRESSURETOPOFTHEMODEL11;
P-TOP:
units=,,PaN;
模式顶的气压
floatMAX_MSTFX（Time）;
MAX_MSTFX:
description=HMaxmapfactorindomain"
MAX_MSTFX:
区域内最人地图比例系数
floatRAINC
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