cout<<"查得炉渣的熔化温度在1400-1500之间"<<"\n";
cout<<"查得炉渣的粘度在3-4泊之间"<<"\n";
//2）按照拉姆教授渣中氧化物总和和检查炉渣的脱硫能力
cout<<"按照拉姆教授渣中氧化物总和和检查炉渣的脱硫能力"<<"\n";
doubleSlag_wRO1,Slag_wRO2;
Slag_wRO1=50-0.25*Slag_Al2O3_Rate*100+3*Slag_S_Rate*100-（0.3*Fe_Si+30*Fe_S）*100/（Slag_Weight/1000）;
Slag_wRO2=（Slag_CaO_Rate+Slag_MgO_Rate+Slag_FeO_Rate+Slag_MnO_Rate）*100;
if（Slag_wRO2>Slag_wRO1）
cout<<"炉渣能脱硫。
"<<"\n";
else
cout<<"炉渣不能脱硫。
"<<"\n";
//3）按照沃斯柯博依尼科夫经验公式计算Ls
cout<<"按照沃斯柯博依尼科夫经验公式计算Ls"<<"\n";
doubleA,Ls_1450;
A=（Slag_CaO+Slag_MgO）/Slag_SiO2;
Ls_1450=98*A*A-160*A+72-（0.6*Slag_Al2O3_Rate*Slag_Al2O3_Rate-0.012*Slag_Al2O3_Rate-4.032）*A*A*A*A;
doublen_t,t,Slag_Ls;
t=1550;
n_t=2*（t/100）-0.05*（t/100）*（t/100）-17.4875;
Slag_Ls=n_t*Ls_1450;
doubleLs;
Ls=Slag_S_Rate*2/Fe_S;
if（Slag_Ls>Ls）
cout<<"能保证脱硫"<<"\n";
//生铁成分核算
Fe_P=（SMixore_Weight*0.00157+AMixore_Weight*0.00070-Dust_Weight*0.00109+Coke_Weight*0.0004/142*62+Coal_Weight*0.0006/142*62）/1000;
Fe_C=1-Fe_Mn-Fe_P-Fe_Fe-Fe_S-Fe_Si;
//（5）风量计算
//1）焦炭和煤粉带入的碳量
doubleCoke_C=0.8513,Coal_C=0.8194,C_Coke_Coal,Coke_CH4=0.0051;
C_Coke_Coal=Coke_Weight*（Coke_C+Coke_CH4*12/16）+Coal_Weight*Coal_C;
//2）碎铁带入的碳量
doubleJunkiron_C=0.04,C_Junkiron;
C_Junkiron=Junkiron_Weight*Junkiron_C;
//3）生铁中少量元素还原耗碳量
doubleC_dSiMnP;
C_dSiMnP=（Fe_Mn*12/55+Fe_Si*24/28+Fe_P*60/62）*1000;
//4）铁直接还原耗碳量
doubleC_dFe;
C_dFe=1000*Fe_Fe*Rd*12/55.85;
//5）CaCO3分解出的CO2在高温区与C反应的耗碳量
doubleC_dCO2,MixFlux_CO2=0.4293,C_MixFlux_dCO2;
C_MixFlux_dCO2=MixFlux_Weight*MixFlux_CO2*12/44;
C_dCO2=MixFlux_Weight*MixFlux_CO2*0.5*12/44;
//6）炉尘中的耗碳量
doubleC_Dust,Dust_C=0.20156,Dust_CO2=0.0162;
C_Dust=Dust_Weight*Dust_C;
//7）烧结矿，澳矿带入的CO2量
doubleC_Mixore,SMixore_C=0,AMixore_C=0,SMixore_CO2=0,AMixore_CO2=0.0033;
C_Mixore=SMixore_Weight*SMixore_C+AMixore_Weight*AMixore_C;
//8）脱硫耗碳量
doubleC_dS;
C_dS=Slag_Weight*Slag_S_Rate*2*12/32;
//9）铁水中碳含量
doubleFeshui_C;
Feshui_C=1000*Fe_C;
//10）高炉上部矿石中水与碳水煤气反应，比例为0.3
doubleMixore_Huaxue_H2O,C_Mixore_Huaxue_H2O;
doubleSMixore_JieJin_Moisture=0,AMixore_JieJin_Moisture=0.0224;
Mixore_Huaxue_H2O=SMixore_Weight*SMixore_JieJin_Moisture+AMixore_Weight*AMixore_JieJin_Moisture;
C_Mixore_Huaxue_H2O=0.3*12/18*Mixore_Huaxue_H2O;
//12）煤粉中结合水消耗碳量
doubleC_Coal_JieJin_Moisture,Coal_JieJin_Moisture=0.018;
C_Coal_JieJin_Moisture=Coal_Weight*Coal_JieJin_Moisture*12/18;
//13）C总
doubleCzong;
Czong=C_Coke_Coal+C_Junkiron+C_MixFlux_dCO2+C_Mixore-C_Dust;
//14）煤粉中O2消耗碳量
doubleC_O2,Coal_O2=0.0081;
C_O2=2*Coal_Weight*Coal_O2*12/32;
//15）风口前燃烧的碳量
doubleC_tuye;
C_tuye=Czong-C_dSiMnP-C_dFe-C_dS-C_dCO2-C_Mixore_Huaxue_H2O-Feshui_C+C_O2;
//16）鼓风氧含量（Wind_q富氧率鼓风湿度,Wind_W）
doubleO_Wind,Wind_q=0.0175,Wind_W=0;
O_Wind=（1-Wind_q）*0.21+Wind_q*0.5+Wind_W;
//17）风量
doubleWind_Volume;
//喷吹物提供氧量
doubleO2_Coal;
O2_Coal=Coal_Weight*（22.4/32*Coal_O2+22.4/36*Coal_JieJin_Moisture）;
Wind_Volume=C_tuye*22.4/2/12/O_Wind;
//18）干风量
doubleWind_Dry_Wind_Volume,Wind_Dry_Wind_Weight,Wind_H2O_Weight,Wind_Weight;
//鼓风比重
doubler_wind;
r_wind=（（1-Wind_q）*（1-O_Wind）*28+32*（1-Wind_q）*O_Wind+18*Wind_q）/22.4;
Wind_Dry_Wind_Volume=Wind_Volume*（1-Wind_q）;
Wind_Dry_Wind_Weight=Wind_Dry_Wind_Volume*（32/22.4*0.21+28/22.4*（1-0.21））;
Wind_H2O_Weight=Wind_Volume*Wind_q*18/22.4;
Wind_Weight=Wind_Volume*r_wind;
//（6）炉顶煤气量及其成分计算
doubleSMixore_Fe2O3=0.5747,AMixore_Fe2O3=0.9241,Junkiron_Fe2O3=0,Dust_Fe2O3=0.46063;
doubleSMixore_MnO2=0,AMixore_MnO2=0.0013,MixFlux_MnO2=0,Dust_MnO2=0;
doubleGas_CO2,H2_Ri,Gas_H2,Gas_CO,CO2_Flux,CO2_Ri_gao,CO2_Ri_di,CO2_Ri;
doublenCO=0,nH2=0.2;
doubleH2_Influrnace;
doubleCO_Tuyer,CO_Rd,CO_Ri,CO2_Mixore;
while（fabs（nCO-nH2）>=0.001）
{
//1）H2
//1鼓风中水分分解的H2量
doubleH2_Wind;
H2_Wind=Wind_Volume*Wind_q;
//2焦炭带入的H2量
doubleH2_Coke,Coke_H2=0.0051;
H2_Coke=Coke_Weight*22.4/2*（Coke_H2+4/16*Coke_CH4）;
//3煤粉带入的H2量
doubleH2_Coal,Coal_H2=0.0217;
H2_Coal=Coal_Weight*Coal_H2*22.4/2+Coal_Weight*Coal_JieJin_Moisture/18*2*22.4/2;
//4矿石在高炉上部发生水煤气反引发生成的H2量:
C_Mixore_Huaxue_H2O
//6入炉总的H2量
H2_Influrnace=H2_Wind+H2_Coke+H2_Coal+C_Mixore_Huaxue_H2O/12*22.4;
//7还原消耗的H2量
H2_Ri=H2_Influrnace*nH2;
//8H2间接还原度
doubleRiH2;
RiH2=H2_Ri/22.4*55.85/（Fe_Fe*1000-Junkiron_Weight*Junkiron_Fe）;
//9入炉顶煤气的H2量
Gas_H2=H2_Influrnace-H2_Ri;
//2）CO2
//1高价氧化物间接还原Fe2O3到FeO,MnO2到MnO生成的CO2量
CO2_Ri_gao=（SMixore_Weight*SMixore_Fe2O3+AMixore_Weight*AMixore_Fe2O3-Junkiron_Fe2O3-Dust_Weight*Dust_Fe2O3）*22.4/160+（SMixore_Weight*SMixore_MnO2+AMixore_Weight*AMixore_MnO2+MixFlux_Weight*MixFlux_MnO2-Dust_Weight*Dust_MnO2）*22.4/87;
//2CO间接还原FeO生成的CO2量
CO2_Ri_di=（Fe_Fe*1000-Junkiron_Weight*Junkiron_Fe）*（1-Rd-RiH2）*22.4/55.85;
CO2_Ri=CO2_Ri_gao+CO2_Ri_di;
//3熔剂分解产生的CO2量
CO2_Flux=MixFlux_Weight*MixFlux_CO2*0.5*22.4/44;
//4焦炭挥发分放出的CO2量
doubleCO2_Coke,CokeCquan=0.8513,CokeCgu=0.8513;
CO2_Coke=Coke_Weight*（CokeCquan-CokeCgu）*22.4/44;
//5矿石分解产生的CO2量
CO2_Mixore=SMixore_Weight*SMixore_CO2*22.4/44+AMixore_Weight*AMixore_CO2*22.4/44;
//6炉尘中的CO2量
doubleDust__CO2;
Dust__CO2=Dust_Weight*Dust_CO2*22.4/44;
//7总的CO2量
Gas_CO2=CO2_Ri_gao+CO2_Ri_di+CO2_Flux+CO2_Coke+CO2_Mixore-Dust__CO2;
//3）CO
//1风口前燃烧生成的CO量
CO_Tuyer=C_tuye*22.4/12
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