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1、PFCERIS 耐火和隔热材料的热导率 现将从样本、合同附件以及书中收集到的热导率数据拟合成回归式，列举于下，供计算时参照使用，总计共311项。来自陶瓷纤维耐火材料的施工，苏启昕译，146页附图，小计共33项。日本的隔热耐火材料和高铝砖，（kcal/mh）名 称重烧收缩率2%的温度体积密度热 导 率复相关系数900500 kg/m3l=0.000t+0.0740R2=1.01000500 kg/m3l=3*10-9t2+0.0001t+0.0864R2=1.01100500 kg/m3l=-6*10-9t2+0.0001t+0.0892R2=0.99991200550 kg/m3l=1*10-
2、9t2+0.0001t+0.1041R2=0.99991300600 kg/m3l=1*10-9t2+0.0001t+0.1041R2=0.99991400700 kg/m3l=-2*10-8t2+0.0003t+0.1013R2=1.01500750 kg/m3l=-1*10-8t2+0.0001t+0.1168R2=1.0900700 kg/m3l=0.0182t2+0.5566t+0.0327R2=0.99981000700 kg/m3l=-2*10-8t2+0.0002t+0.1156R2=1.01100750 kg/m3l=-1*10-8t2+0.0002t+0.1192R2=1.0
3、1200800 kg/m3l=6*10-9t2+0.0002t+0.1440R2=1.01300800 kg/m3l=-1*10-9t2+0.0003t+0.1313R2=1.01400900 kg/m3l=2*10-9t2+0.0003t+0.1447R2=1.01500900 kg/m3l=5*10-9t2+0.0003t+0.1973R2=1.01300110 kg/m3l=2*10-10t2+0.0003t+0.1728R2=1.01400120 kg/m3l=6*10-9t2+0.0003t+0.2695R2=1.01500125 kg/m3l=1*10-8t2+0.0003t+0.
4、3008R2=0.9999高铝砖60%Al2O32.25-2.40t/m3l=3*10-7t2-0.0004t+1.4259R2=0.9687高铝砖90%Al2O3l=1*10-6t2-0.0022t+3.0530R2=1日本的硅酸钙高温绝热板名 称重烧收缩率?%的温度体积密度热 导 率化学成分号1000; 2.0%280 kg/m3l=0.0001t+0.051 kcal/mh1号 硬硅钙石系列6CaO.6SiO.H2O2号 雪硅钙石系列5CaO.6SiO.5H2O号1000; 1.5%200 kg/m3l=0.0001t+0.051 kcal/mh2号650; 2.0%220 kg/m3l
5、=0.0001t+0.046 kcal/mh2号650; 2.0%200 kg/m3l=0.00009t+0.040 kcal/mh硅酸钙板650; 2.0%180 kg/m3l=0.00009t+0.040 kcal/mh硅酸钙板850; 1.0%130 kg/m3l=0.00011t+0.033 kcal/mh硅酸钙板1000; 1.5%300 kg/m3l=0.00009t+0.050 kcal/mh硅酸钙板1000; 1.5%400 kg/m3l=0.00009t+0.056 kcal/mh日本的硅酸铝纤维毯; 分级温度体积密度热 导 率 复相关系数126096 kg/m385-115
6、l=4*10-7t2-3*10-5t+0.065 W/mKR2=1.0128 kg/m3115-150l=4*10-7t2-6*10-4t+0.069 W/mKR2=1.0192 kg/m3150-195l=4*10-7t2-9*10-5t+0.073 W/mKR2=1.096 kg/m385-115l=3*10-7t2-1*10-4t+0.054 kcal/mhR2=1.0128 kg/m3115-150l=3*10-7t2-6*10-4t+0.062 kcal/mhR2=1.0192 kg/m3150-195l=3*10-7t2-7*10-5t+0.061 kcal/mhR2=1.0来自大
7、连 派立固公司的耐火材料样本，小计共87项：名 称 使用温度主要成分体积密度热 导 率高强度浇注料Super HT MOR1800180092%Al2O33.15-3.20t/m3l=1.50+0.00040t kcal/mhl=1.745+0.t W/MkSuper HT MOR1700170082%Al2O32.90-2.95t/m3l=1.30+0.00040t kcal/mhl=1.512+0.t W/mKSuper HT MOR1650165062%Al2O32.60-2.70t/m3l=1.10+0.00030t kcal/mhl=1.279+0.t W/mKSuper HT MO
8、R1600155048%Al2O32.45-2.50t/m3l=0.95+0.00030t kcal/mhl=1.105+0.t W/mKSuper HT MOR1500145040%Al2O32.30-2.35t/m3l=0.80+0.00040t kcal/mhl=0.931+0.t W/mK耐火浇注料PC #40180095%Al2O32.7-2.8t/m3l=0.87+0.00042t kcal/mhPC #38175094%Al2O32.8-2.95t/m3l=1.012+0.t W/mKPC Chrome150024%Cr2O32.8-2.95t/m3l=0.610+0.00034
9、tkcal/mhl=0.7094+0.t W/mKPC #36170070%Al2O32.35-2.5t/m3l=0.48+0.00032t kcal/mhPC #488120071%Al2O32.4-2.55t/m3l=0.5582+0.t W/mKPC KL Mix165056%Al2O32.15-2.25l=0.46+0.00026t kcal/mhPC #34165051%Al2O32.05-2.15PC #33158057%Al2O32.1-2.2 t/m3PC #31154048%Al2O31.9-2.0 t/m3l=0.535+0.t W/mKPC#31 Trowl154041%
10、Al2O31.8-1.95t/m3Tuff Mix A142045%Al2O31.95-2.1t/m3PC Mix D140036%Al2O31.9-2.05t/m3PC TuFF Mix132040%Al2O31.95-2.1t/m3PC #0702165047%Al2O32.1-2.25t/m3PC #27137040%Al2O31.95-2.1t/m3l=0.43+0.00026t kcal/mhPC Hydro Mix137037%Al2O32.0-2.15t/m3PC Trowl Mix135034%Al2O31.75-1.85l=0.5001+0.t W/MkPC Petro Mi
11、x137034%Al2O31.9-2.05t/m3PC #65210002.0-2.15t/m3低水泥耐火浇注料PLCAST #0732170074%Al2O32.65-2.8t/m3l=0.89+0.0003t kcal/mh11%SiO2l=1.035+0.t W/mKPLCAST #0759170074%Al2O32.6-2.75t/m3l=0.87+0.0004tkcal/mh21%SiO2l=1.012+0.t W/mKPLCAST #0702165047%Al2O32.1-2.25t/m3l=0.46+0.0003t kcal/mh47%SiO2l=0.535+0.t W/mKPL
12、CAST #0739155037%Al2O32.0-2.15t/m3l=0.46+0.0003tkcal/mh53%SiO2l=0.535+0.t W/mKPLCAST #0719170074%Al2O31.4-1.55t/m3l=0.45+0.0001t kcal/mh20%SiO2l=0.523+0.t W/mKPLCAST #0852160047%Al2O31.37t/m3l=0.42+0.00008t kcal/mh45%SiO2l=0.488+0.t W/mK名 称 使用温度主要成分体积密度热 导 率隔热浇注料PC LWI-606170095%Al2O31.6-1.7t/m3l=0.81+0.00024t kcal/mhl=0.9420+0.t W/mKPC LWI-324135091%Al2O31.55-1.7t/m3l=0.80+0.00020t kcal/mhl=0.9304+0.t W/mK PC LWI-26140043%Al2O31.35-1.45l=0.28+0.00010t kcal/mhPC LWI-24A135042%Al2O31.3-1.4t/m3l=0.3256+0.t W/mKPC TuffLite132030%Al2O31.4-1.55t/m3PC LWI-24135032%Al2O31.3-1.45t/m3l=0.26+0
