一、BCON程序
1.BCON为CCTM提供了边界条件的处理
输入文件：M3conc：一个3D Model-3模型的浓度文件，如CCTM输出文件；profile ：一个随时间变化的垂直浓度文件，如ASCII格式；tracer：惰性化合物的追踪文件
气象文件：主要为MCIP输出的气息文件，包括METCRO*、GRIDDESC等文件
输出文件：BNDY_CONC_1 该变量为BCON的输出文件与路径的名称
bldit.bcon编译参数
Opt 定义了BCON生成的程序名称
Modtype 定义BCON输入文件类型
M3conc：输入CCTM浓度文件
Profile 输入一个ASCII垂直配置文件
Tracer：输入一个惰性化合物
ModMech：定义了BCON的气态化合物的类型；可以使以下任意选项：Cbo5/
Saprc99、Sapro7t
Mechanism :定义了气态化学变化、气溶胶类型、液态化学变化
cb05cl_ae5_aq：甲苯
cb05tucl_ae5_aq：甲苯
cb05tucl_ae6_aq：甲苯
cb05tumpl_ae6_aq：甲苯与有毒气体包括水银
saprc99_ae5_aq
saprc99_ae6_aq
saprc07tb_ae6_aq:
run.bcom运行参数：
EXEC ：CFG变量指定的BCON可执行程序
GRIDDESC：模拟区域的网格投影定义
GRID_NAME：模拟区域的网格名称
LAYER_FILE：由MET_CRO_3D文件中指定的垂直数目
setenv IOAPI_ISPH 19：IOAPI类型设置
setenv IOAPI_OFFSET_64 YES I / O API设置大时间步记录。如果你的输出时间步长进行生产数据 每个时间步长> 2 GB,那么这需要设置为YES
setenv gc_matrix_nml ${BLD}/GC_$MECH.nml ：气相物种名称列表文件。
setenv ae_matrix_nml ${BLD}/AE_$MECH.nml ：气溶胶物种名称列表文件。
setenv nr_matrix_nml ${BLD}/NR_$MECH.nml：非反应种名称列表文件。
setenv tr_matrix_nml ${BLD}/Species_Table_TR_0.nml：惰性化合物种类名称列表文件
BC：输入文件的类型，与ModType相同；M3conc：输入CCTM浓度文件：profile：输入一个ASCII垂直配置文件
DATE：用于嵌套运行输出文件的日期，Julian格式
SDATE：用于CCTM浓度文件或嵌套的Julian起始日期
STIME：用于CCTM浓度文件或嵌套的Julian截止日期
RUNLEN：用于CCTM浓度文件或嵌套的运行时间长度日期
二案例运行1.案例介绍
2.配置BCON的编译脚本
3.运行编译脚本
4.配置BCON的运行脚本
5.执行运行脚本
1.案例介绍
BCON案例处理流程
检查和执行BCON编译脚本
复制BCON运行脚本、设置脚本参数
检查BCON输入文件
执行BCON运行脚本
检查BCON输出文件及日志文件
2.配置BCON的编译脚本
A：进入BCON目录，复制bldit.bcon并重命名：
>cd $M3HOME/scripts/bcon
>cp bldit.bcon bidit.bcon.profile
B:对bldit.bcon.profile 进行修改
#> user choices: cvs archives
set Project = $M3MODEL/BCON
set GlobInc = $M3MODEL/includes/release
set Mechs = $M3MODEL/mechs/release
#> user choices: base working directory
set Base = $cwd
set APPL = profile
set CFG = cfg.$APPL
set MODEL = BCON_${APPL}_$EXECID
#> user choices: mechanism
set Mechanism = cb05cl_ae5_aq
#set Mechanism = cb05tucl_ae5_aq
#set Mechanism = cb05tucl_ae6_aq
#set Mechanism = cb05tump_ae6_aq
#set Mechanism = saprc99_ae5_aq
#set Mechanism = saprc99_ae6_aq
#set Mechanism = saprc07tb_ae6_aq
#set Mechanism = saprc07tc_ae6_aq
set Tracer = trac0 # default: no tracer species
3.运行编译脚本 bldit.bcon.profile
>./bldit.bcon.profile
运行之后，将会生成对于profile的可执行程序
BCON_profile_Linux2_x86_64pgf
4.配置BCON运行脚本
A：复制run .bcon.并重命名
>cp run .bcon run .bcon.profile
B：run .bcon.profile进行修改
#> Source the config.cmaq file to set the run environment
source ../config.cmaq
#> Check that M3DATA is set:
if ( ! -e $M3DATA ) then
echo " $M3DATA path does not exist"
exit 1
endif
echo " "; echo " Input data path, M3DATA set to $M3DATA"; echo " "
set APPL = profile
set CFG = training
set MECH = cb05cl_ae5_aq
set EXEC = BCON_${APPL}_$EXECID
#> Set the working directory:
set BASE = $cwd
set BLD = ${BASE}/BLD_$APPL
cd $BASE; date; set timestamp; cat $BASE/cfg.${APPL}; echo " "; set echo
#> horizontal grid defn; check GRIDDESC file for GRID_NAME options
setenv GRIDDESC $M3DATA/mcip/ROMANS12_50X50/GRIDDESC
setenv GRID_NAME ROMANS12_50X50
setenv IOAPI_ISPH 19
#> support needed for large timestep records (>2GB/timestep record) [ NO ]
setenv IOAPI_OFFSET_64 YES
#> define the model execution id
setenv EXECUTION_ID $EXEC
#> vertical layer defn
setenv LAYER_FILE $M3DATA/mcip/ROMANS12_50X50/METCRO3D_training
运行run.bcon.profile
[root@localhost bcon]# ./run.bcon.profile | &tee bcon.profile.log
运行run.bcon.profile完毕之后，将会生成BCON和LOG文件，检查bcon.profile.log文件，出现下列信息则表示BCON运行成功
"SULF " 1.000E-30 1.000E-30 1.000E-30 1.000E-30 1.000E-30 1.000E-30
"PAN " 1.500E-04 1.500E-04 1.500E-04 7.500E-05 1.500E-05 1.500E-05
"FACD " 2.500E-06 2.500E-06 2.500E-06 2.500E-06 5.000E-07 5.000E-07
"AACD " 2.500E-06 2.500E-06 2.500E-06 2.500E-06 5.000E-07 5.000E-07
"PACD " 2.500E-05 2.500E-05 2.500E-05 2.500E-05 2.000E-05 1.000E-05
"MEPX " 4.000E-07 4.000E-07 4.000E-07 4.000E-07 1.000E-07 5.000E-08
"MGLY " 4.000E-07 4.000E-07 4.000E-07 4.000E-07 1.000E-07 5.000E-08
"OPEN " 4.000E-07 4.000E-07 4.000E-07 4.000E-07 1.000E-07 5.000E-08
"CRES " 1.000E-09 1.000E-09 1.000E-09 1.000E-09 1.000E-09 1.000E-09
"FORM " 4.004E-04 4.004E-04 4.004E-04 4.004E-04 1.001E-04 5.005E-05
"ALD2 " 4.000E-05 4.000E-05 4.000E-05 4.000E-05 4.000E-05 5.000E-06
"PAR " 2.891E-03 2.887E-03 2.884E-03 2.651E-03 2.043E-03 2.417E-04
"OLE " 2.000E-06 1.000E-06 5.000E-07 3.000E-07 0.000E+00 0.000E+00
"TOL " 1.000E-05 5.000E-06 5.000E-06 3.000E-06 0.000E+00 0.000E+00
"ISOP " 1.500E-04 3.000E-05 1.500E-05 0.000E+00 0.000E+00 0.000E+00
"ETH " 1.000E-05 1.000E-05 5.000E-06 5.000E-06 1.000E-06 0.000E+00
"XYL " 3.000E-06 2.000E-06 4.000E-07 4.000E-07 0.000E+00 0.000E+00
"ETHA " 1.000E-04 1.000E-04 1.000E-04 7.500E-05 1.000E-05 5.000E-06
"IOLE " 1.000E-06 2.000E-07 1.000E-07 0.000E+00 0.000E+00 0.000E+00
"ROOH " 4.000E-08 4.000E-08 4.000E-08 4.000E-08 4.000E-08 5.000E-09
"NTR " 4.000E-05 4.000E-05 4.000E-05 3.000E-05 4.000E-06 2.000E-06
"C2O3 " 1.000E-09 1.000E-09 1.000E-09 1.000E-09 1.000E-09 1.000E-09
"PANX " 1.000E-08 1.000E-08 1.000E-08 1.000E-08 1.000E-08 1.000E-08
"BENZENE " 4.450E-05 4.450E-05 4.450E-05 4.450E-05 3.616E-05 2.781E-05
"HG " 1.780E-07 1.770E-07 1.760E-07 1.750E-07 1.740E-07 1.730E-07
"HGIIGAS " 2.000E-09 3.000E-09 4.000E-09 5.000E-09 6.000E-09 7.000E-09
"NH3 " 3.000E-04 3.000E-04 3.000E-04 2.000E-04 1.000E-04 5.000E-05
"MACR " 1.500E-05 3.000E-06 1.500E-06 0.000E+00 0.000E+00 0.000E+00
"MVK " 3.000E-05 6.000E-06 3.000E-06 0.000E+00 0.000E+00 0.000E+00
"ASO4I " 9.620E-03 6.413E-03 6.413E-03 3.207E-03 6.413E-04 3.207E-04
"ASO4J " 1.193E+00 7.952E-01 7.952E-01 3.976E-01 7.952E-02 3.976E-02
"NUMATKN " 2.915E+09 1.949E+09 1.936E+09 9.655E+08 1.920E+08 9.584E+07
"NUMACC " 5.830E+08 4.120E+08 3.576E+08 1.693E+08 2.957E+07 1.416E+07
"ASOIL " 2.150E-01 1.829E-01 1.206E-01 5.398E-02 1.337E-02 1.337E-02
"ACORS " 3.390E-01 2.885E-01 1.901E-01 8.511E-02 2.108E-02 2.108E-02
"NUMCOR " 2.350E+04 1.626E+04 6.338E+03 1.162E+03 2.025E+02 2.000E+02
"ANIJ " 9.508E-05 8.090E-05 5.332E-05 2.387E-05 5.912E-06 5.912E-06
"ACR_IIIJ " 7.500E-06 6.382E-06 4.206E-06 1.883E-06 4.663E-07 4.663E-07
"ACR_VIJ " 7.500E-06 6.382E-06 4.206E-06 1.883E-06 4.663E-07 4.663E-07
"APBJ " 1.409E-05 1.199E-05 7.899E-06 3.536E-06 8.758E-07 8.758E-07
"APBK " 9.390E-06 7.990E-06 5.266E-06 2.357E-06 5.839E-07 5.839E-07
"ACDJ " 1.761E-06 1.498E-06 9.874E-07 4.420E-07 1.095E-07 1.095E-07
"AMN_HAPSJ " 9.390E-05 7.990E-05 5.266E-05 2.357E-05 5.839E-06 5.839E-06
"AMN_HAPSK " 1.409E-04 1.199E-04 7.899E-05 3.536E-05 8.758E-06 8.758E-06
"SRFATKN " 1.608E-06 1.076E-06 1.068E-06 5.327E-07 1.059E-07 5.288E-08
"SRFACC " 2.346E-05 1.658E-05 1.439E-05 6.815E-06 1.190E-06 5.697E-07
"SRFCOR " 2.640E-07 2.100E-07 1.160E-07 3.860E-08 8.530E-09 8.490E-09
"APHGJ " 1.080E-05 1.026E-05 9.718E-06 7.558E-06 4.859E-06 1.620E-06
"AALKJ " 2.800E-03 2.280E-03 1.318E-03 4.916E-04 2.224E-05 2.779E-08
"AXYL1J " 6.000E-04 4.886E-04 2.825E-04 1.053E-04 4.765E-06 5.954E-09
"AXYL2J " 2.000E-04 1.629E-04 9.415E-05 3.511E-05 1.588E-06 1.985E-09
"AXYL3J " 2.200E-03 1.791E-03 1.036E-03 3.863E-04 1.747E-05 2.183E-08
"ATOL1J " 8.000E-04 6.514E-04 3.766E-04 1.405E-04 6.353E-06 7.939E-09
"ATOL2J " 8.000E-04 6.514E-04 3.766E-04 1.405E-04 6.353E-06 7.939E-09
"ATOL3J " 5.800E-03 4.723E-03 2.730E-03 1.018E-03 4.606E-05 5.756E-08
"ABNZ1J " 2.400E-03 1.954E-03 1.130E-03 4.214E-04 1.906E-05 2.382E-08
"ABNZ2J " 8.000E-04 6.514E-04 3.766E-04 1.405E-04 6.353E-06 7.939E-09
"ABNZ3J " 6.400E-03 5.211E-03 3.013E-03 1.124E-03 5.083E-05 6.351E-08
"AOLGAJ " 8.600E-03 7.003E-03 4.048E-03 1.510E-03 6.830E-05 8.535E-08
"ATRP1J " 1.000E-02 8.143E-03 4.708E-03 1.756E-03 7.942E-05 9.924E-08
"ATRP2J " 2.400E-02 1.954E-02 1.130E-02 4.214E-03 1.906E-04 2.382E-07
"AISO1J " 4.200E-02 3.420E-02 1.977E-02 7.374E-03 3.336E-04 4.168E-07
"AISO2J " 1.600E-02 1.303E-02 7.532E-03 2.809E-03 1.271E-04 1.588E-07
"AISO3J " 4.000E-03 3.257E-03 1.883E-03 7.023E-04 3.177E-05 3.970E-08
"ASQTJ " 4.000E-03 3.257E-03 1.883E-03 7.023E-04 3.177E-05 3.970E-08
"AOLGBJ " 3.170E-01 2.581E-01 1.492E-01 5.566E-02 2.518E-03 3.146E-06
"AORGPAJ " 1.500E-01 1.221E-01 7.061E-02 2.634E-02 1.191E-03 1.489E-06
"AORGPAI " 1.500E-04 1.221E-04 7.061E-05 2.634E-05 1.191E-06 1.489E-09
"SV_ALK " 6.615E-10 3.844E-10 3.581E-10 2.264E-10 1.464E-10 1.745E-11
"SV_XYL1 " 5.685E-09 3.695E-09 3.523E-09 2.485E-09 1.855E-09 3.758E-10
"SV_XYL2 " 4.973E-08 3.232E-08 3.082E-08 2.174E-08 1.623E-08 3.288E-09
"SV_TOL1 " 1.752E-08 1.386E-08 1.377E-08 1.176E-08 1.129E-08 5.782E-09
"SV_TOL2 " 1.603E-07 1.268E-07 1.259E-07 1.076E-07 1.033E-07 5.289E-08
"SV_BNZ1 " 9.291E-09 8.490E-09 8.690E-09 8.544E-09 9.868E-09 1.000E-08
"SV_BNZ2 " 1.139E-06 1.041E-06 1.066E-06 1.048E-06 1.210E-06 1.227E-06
"SV_TRP1 " 7.031E-07 4.086E-07 3.806E-07 2.407E-07 1.556E-07 1.855E-08
"SV_TRP2 " 2.504E-05 1.455E-05 1.355E-05 8.569E-06 5.541E-06 6.606E-07
"SV_ISO1 " 5.756E-05 3.345E-05 3.116E-05 1.970E-05 1.274E-05 1.519E-06
"SV_ISO2 " 1.166E-07 6.777E-08 6.313E-08 3.992E-08 2.581E-08 3.077E-09
"SV_SQT " 9.073E-08 5.272E-08 4.911E-08 3.105E-08 2.008E-08 2.394E-09
"SGTOT_ALK " 4.572E-07 3.661E-07 2.202E-07 8.695E-08 5.142E-09 2.665E-11
"SGTOT_XYL_1 " 8.212E-08 6.492E-08 4.032E-08 1.700E-08 2.692E-09 3.774E-10
"SGTOT_XYL_2 " 7.520E-08 5.273E-08 4.309E-08 2.658E-08 1.651E-08 3.288E-09
"SGTOT_TOL_1 " 1.340E-07 1.072E-07 6.984E-08 3.388E-08 1.256E-08 5.784E-09
"SGTOT_TOL_2 " 2.768E-07 2.201E-07 1.820E-07 1.297E-07 1.045E-07 5.289E-08
"SGTOT_TRP_1 " 2.159E-06 1.575E-06 1.082E-06 5.172E-07 1.716E-07 1.858E-08
"SGTOT_TRP_2 " 2.853E-05 1.735E-05 1.523E-05 9.233E-06 5.580E-06 6.606E-07
"SGTOT_CSL " 5.126E-08 4.055E-08 2.777E-08 1.471E-08 7.072E-09 3.118E-09
End of file contents.
###############################################################################
# Species map section
###############################################################################
Species Map for Initial Concentrations
NML Species NML Surrogate Input File Species Used
NO2 NO2
NO NO
O3 O3
NO3 NO3
OH OH
HO2 HO2
N2O5 N2O5
HNO3 HNO3
HONO HONO
PNA PNA
H2O2 H2O2
NTR NTR
ROOH ROOH
FORM FORM
ALD2 ALD2
PAR PAR
CO CO
MEPX MEPX
FACD FACD
C2O3 C2O3
PAN PAN
PACD PACD
AACD AACD
PANX PANX
OLE OLE
ETH ETH
IOLE IOLE
TOL TOL
CRES CRES
OPEN OPEN
MGLY MGLY
XYL XYL
ISOP ISOP
SO2 SO2
SULF SULF
ETHA ETHA
BENZENE BENZENE
ASO4J ASO4J
ASO4I ASO4I
AALKJ AALKJ
AXYL1J AXYL1J
AXYL2J AXYL2J
AXYL3J AXYL3J
ATOL1J ATOL1J
ATOL2J ATOL2J
ATOL3J ATOL3J
ABNZ1J ABNZ1J
ABNZ2J ABNZ2J
ABNZ3J ABNZ3J
ATRP1J ATRP1J
ATRP2J ATRP2J
AISO1J AISO1J
AISO2J AISO2J
ASQTJ ASQTJ
AORGPAJ AORGPAJ
AORGPAI AORGPAI
ACORS ACORS
ASOIL ASOIL
NUMATKN NUMATKN
NUMACC NUMACC
NUMCOR NUMCOR
SRFATKN SRFATKN
SRFACC SRFACC
SRFCOR SRFCOR
AISO3J AISO3J
AOLGAJ AOLGAJ
AOLGBJ AOLGBJ
NH3 NH3
SV_ALK SV_ALK
SV_XYL1 SV_XYL1
SV_XYL2 SV_XYL2
SV_TOL1 SV_TOL1
SV_TOL2 SV_TOL2
SV_BNZ1 SV_BNZ1
SV_BNZ2 SV_BNZ2
SV_TRP1 SV_TRP1
SV_TRP2 SV_TRP2
SV_ISO1 SV_ISO1
SV_ISO2 SV_ISO2
SV_SQT SV_SQT
WARNING: The following 56 *.NML species could not be mapped to a species
in the input file: BCs were not generated for them.
O O1D XO2 XO2N
ALDX MEO2 MEOH HCO3
CXO3 ROR TO2 TOLRO2
CRO XYLRO2 ISPD ISOPRXN
TERP TRPRXN SULRXN ETOH
CL2 CL HOCL CLO
FMCL HCL TOLNRXN TOLHRXN
XYLNRXN XYLHRXN BENZRO2 BNZNRXN
BNZHRXN SESQ SESQRXN ANH4J
ANH4I ANO3J ANO3I AORGCJ
AECJ AECI A25J A25I
AH2OJ AH2OI ANAJ ANAI
ACLJ ACLI ANAK ACLK
ASO4K ANH4K ANO3K AH2OK
WARNING: The following 21 species in the input file were not referenced:
HG HGIIGAS MACR MVK
ANIJ ACR_IIIJ ACR_VIJ APBJ
APBK ACDJ AMN_HAPSJ AMN_HAPSK
APHGJ SGTOT_ALK SGTOT_XYL_1 SGTOT_XYL_2
SGTOT_TOL_1 SGTOT_TOL_2 SGTOT_TRP_1 SGTOT_TRP_2
SGTOT_CSL
NOTE: All scale factors will be applied in the CTM.
###############################################################################
# Vertical Interpolation Section
###############################################################################
WARNING: The vertical grid type used for the profile data is assumed to be
the same as the type specified in the LAYER file. The resolution of
each is listed below.
LAYER file vertical grid type: WRF mass-core sigma
Vertical layer surface values:
K LAYER File Input Profile data
1 1.000 1.000
2 0.993 0.980
3 0.983 0.930
4 0.970 0.840
5 0.954 0.600
6 0.934 0.300
7 0.909 0.000
8 0.880
9 0.830
10 0.779
11 0.729
12 0.678
13 0.592
14 0.514
15 0.443
16 0.380
17 0.324
18 0.273
19 0.228
20 0.188
21 0.153
22 0.121
23 0.094
24 0.069
25 0.048
26 0.030
27 0.014
28 0.000
Linear vertical interpolation used
###############################################################################
# Output File Section
###############################################################################
Value for EXECUTION_ID: 'BCON_profile_Linux2_x86_64pgf'
Total number of ouput files created: 1
Value for BNDY_CONC_1: '/opt/CMAQv5.0.1/data/bcon/BCON_profile_training_profile -v'
IO/API Header data for BC file 1: BNDY_CONC_1
EXEC_ID: BCON_profile_Linux2_x86_64pgf
FTYPE = 2
SDATE = 0
STIME = 0
TSTEP = 0
NCOLS = 50
NROWS = 50
NLAYS = 27
NTHIK = 1
NVARS = 80
GDTYP = 2
P_ALP = 2.50000E+01
P_BET = 3.50000E+01
P_GAM = 1.06150E+02
XCENT = 1.06150E+02
YCENT = 3.00000E+01
XORIG = -3.90001E+05
YORIG = -3.36559E+05
XCELL = 6.00000E+03
YCELL = 6.00000E+03
VGTYP = 7
VGTOP = 5.00000E+03
GDNAM = ROMANS12_50X50
VGLVS = 1.00000E+00 9.93000E-01 9.83000E-01 9.70000E-01 9.54000E-01
9.34000E-01 9.09000E-01 8.80000E-01 8.29576E-01 7.79151E-01
7.28727E-01 6.78303E-01 5.91744E-01 5.13694E-01 4.43454E-01
3.80375E-01 3.23853E-01 2.73326E-01 2.28273E-01 1.88210E-01
1.52689E-01 1.21294E-01 9.36425E-02 6.93781E-02 4.81732E-02
2.97247E-02 1.37532E-02 0.00000E+00
Output Variables:
Variable name Variable type Variable units
NO2 5 ppmV
NO 5 ppmV
O3 5 ppmV
NO3 5 ppmV
OH 5 ppmV
HO2 5 ppmV
N2O5 5 ppmV
HNO3 5 ppmV
HONO 5 ppmV
PNA 5 ppmV
H2O2 5 ppmV
NTR 5 ppmV
ROOH 5 ppmV
FORM 5 ppmV
ALD2 5 ppmV
PAR 5 ppmV
CO 5 ppmV
MEPX 5 ppmV
FACD 5 ppmV
C2O3 5 ppmV
PAN 5 ppmV
PACD 5 ppmV
AACD 5 ppmV
PANX 5 ppmV
OLE 5 ppmV
ETH 5 ppmV
IOLE 5 ppmV
TOL 5 ppmV
CRES 5 ppmV
OPEN 5 ppmV
MGLY 5 ppmV
XYL 5 ppmV
ISOP 5 ppmV
SO2 5 ppmV
SULF 5 ppmV
ETHA 5 ppmV
BENZENE 5 ppmV
ASO4J 5 micrograms/m**3
ASO4I 5 micrograms/m**3
AALKJ 5 micrograms/m**3
AXYL1J 5 micrograms/m**3
AXYL2J 5 micrograms/m**3
AXYL3J 5 micrograms/m**3
ATOL1J 5 micrograms/m**3
ATOL2J 5 micrograms/m**3
ATOL3J 5 micrograms/m**3
ABNZ1J 5 micrograms/m**3
ABNZ2J 5 micrograms/m**3
ABNZ3J 5 micrograms/m**3
ATRP1J 5 micrograms/m**3
ATRP2J 5 micrograms/m**3
AISO1J 5 micrograms/m**3
AISO2J 5 micrograms/m**3
ASQTJ 5 micrograms/m**3
AORGPAJ 5 micrograms/m**3
AORGPAI 5 micrograms/m**3
ACORS 5 micrograms/m**3
ASOIL 5 micrograms/m**3
NUMATKN 5 #/m**3
NUMACC 5 #/m**3
NUMCOR 5 #/m**3
SRFATKN 5 m**2/m**3
SRFACC 5 m**2/m**3
SRFCOR 5 m**2/m**3
AISO3J 5 micrograms/m**3
AOLGAJ 5 micrograms/m**3
AOLGBJ 5 micrograms/m**3
NH3 5 ppmV
SV_ALK 5 ppmV
SV_XYL1 5 ppmV
SV_XYL2 5 ppmV
SV_TOL1 5 ppmV
SV_TOL2 5 ppmV
SV_BNZ1 5 ppmV
SV_BNZ2 5 ppmV
SV_TRP1 5 ppmV
SV_TRP2 5 ppmV
SV_ISO1 5 ppmV
SV_ISO2 5 ppmV
SV_SQT 5 ppmV
Value for IOAPI_CHECK_HEADERS not defined;returning default: FALSE
Value for IOAPI_OFFSET_64: YES returning TRUE
"BNDY_CONC_1" opened as NEW(READ-WRITE )
File name "/opt/CMAQv5.0.1/data/bcon/BCON_profile_training_profile"
File type BNDARY3
Execution ID "BCON_profile_Linux2_x86_64pgf"
Grid name "ROMANS12_50X50"
Dimensions: 50 rows, 50 cols, 27 lays, 80 vbles, 1 cells thick
NetCDF ID: 9 opened as VOLATILE READWRITE
Time-independent data.
Value for IOAPI_LOG_WRITE: F returning FALSE
FORTRAN STOP
>>----> Program BCON completed successfully <----<<
0.004u 0.012s 0:00.04 25.0% 0+0k 8+3504io 1pf+0w
exit ( )
运行run.bcon.profile完毕之后，在$M3DATA/bcon目录下将会生成BCON的输出文件
BCON_profile_training_profile