carbon content      碳含量(927) 含碳量(410) 碳量(472) 含碳(501) c含量(32) 碳浓度(24) 碳素含量(17) 碳量的(92) 炭含量(13) 碳含量(927) 碳量的(92)   碳含量      The quality experiment results of 20 heats 65Mn steel showed that the analyses of steel were C 0.63～0.68, Mn 0.95～1.07, P 0.009～0.023, S 0.006～0.017, and the deviation of carbon content at section of casting billet was ≤0.02%.      20炉65Mn钢质量检验结果表明,化学成分(%):C0.63～0.68,Mn0.95～1.07,P0.009～0.023,S0.006～0.017,连铸坯断面碳含量偏差≤0.02%C。 短句来源      The properties and the carbon content of MIM Fe/2Ni alloy sintered in H 2, H 2+N 2(at different H 2/N 2)atmosphere and vacuum were investigated.      在H2 ,H2 +N2 及真空气氛下对Fe/ 2Ni合金进行了烧结 ,讨论了烧结气氛对合金碳含量以及合金力学性能的影响 ; 短句来源      The carbon content is about 1. 5% when M23C6 is transformed into M7C3.      M23C6型碳 化物转变为M7C3型碳化物时的合金碳含量约为1．5％． 短句来源      For each soil layer, the organic carbon content had an increasing trend in the aggregates with the sizes from >5 mm, 2～5 mm, 1～2 mm to 0.25～1 mm, and a descreasing trend from 0.25～1 mm to <0.25 mm.      而各土层,从>5mm、2~5mm、1~2mm到0·25~1mm结构体有机碳含量呈递增趋势,而从0·25~1mm到<0·25mm呈下降趋势,以0·25~1mm结构体中有机碳含量最高. 短句来源      Influence of Carbon Content on the Shape Memory Effect of Fe-Mn-Si-Cr-Ni Alloys      碳含量对Fe－Mn－Si－Cr－Ni合金形状记忆效应的影响 短句来源 更多          含碳量      The carbon content of the steels are (%): 0.042C (A steel) and 0.10C (B steel) .      试验用钢的含碳量分别为(质量分数%):0.04C(A钢)和0.10C(B钢).      The results indicated that the carbon content in weld metal was a 0. 55%~0. 60%,and the microstructure exhibited martensite and granular - lump carbides,which consisted of the phases of (Nb,Ti)C,(Ti,V)C,(Fe,Cr)3C,(Fe,Cr)7C3,and (Fe,Cr)23C6. The carbide size was in the range of 0. 6 and 2. 0μm.      试验结果表明,熔敷金属的含碳量为0.55～0.6％,组织为低碳马氏体+弥散分布的粒块状碳化物。 碳化物由(Nb、Ti)C、(Ti,V)C、(Fe,Cr)_3C、(Fe,Cr)_7C_3及(Fe,Cr)_(23)C_6组成,其尺寸在0.6～2.0μm之间。 短句来源      Under the condition featuring a pressure of 0.5 MPa in the combustion chamber,a combustion temperature of 900 ℃,excess air ratio of 1.2 to 1.3 and fluidized speed of 1.1 to 1.2 m/s,the combustion efficiency of the semi-coke can exceed 99% with the carbon content of fly ash being below 2%.      在燃烧室压力0.5 MPa,燃烧温度900℃,过剩空气系数1.2～1.3,流化速度1.1～1.2 m/s条件下,半焦的燃烧效率达到99%以上,飞灰含碳量在2%以下; 短句来源      Therefore, for the based composition alloy of Ni-1.5Cr-10Co-16W-2Mo-5Al-1Ti-1Nb, the optimum content of Ta is 4% (mass fraction) and carbon content should be controlled to be lower than 0.07% (mass fraction).      对 Ni-1.5Cr-10Co-16W-2Mo-5Al-1Ti-1Nb 基础成分合金,其最佳的含 Ta 量为 4% (质量分数),而且含碳量应低于 0.07%(质量分数)。 短句来源      Carbon Content of Martensite in 86CrMoV7 Steel      86CrMoV7钢中马氏体含碳量研究 短句来源 更多          碳量      The carbon content of the steels are (%): 0.042C (A steel) and 0.10C (B steel) .      试验用钢的含碳量分别为(质量分数%):0.04C(A钢)和0.10C(B钢).      The results indicated that the carbon content in weld metal was a 0. 55%~0. 60%,and the microstructure exhibited martensite and granular - lump carbides,which consisted of the phases of (Nb,Ti)C,(Ti,V)C,(Fe,Cr)3C,(Fe,Cr)7C3,and (Fe,Cr)23C6. The carbide size was in the range of 0. 6 and 2. 0μm.      试验结果表明,熔敷金属的含碳量为0.55～0.6％,组织为低碳马氏体+弥散分布的粒块状碳化物。 碳化物由(Nb、Ti)C、(Ti,V)C、(Fe,Cr)_3C、(Fe,Cr)_7C_3及(Fe,Cr)_(23)C_6组成,其尺寸在0.6～2.0μm之间。 短句来源      Under the condition featuring a pressure of 0.5 MPa in the combustion chamber,a combustion temperature of 900 ℃,excess air ratio of 1.2 to 1.3 and fluidized speed of 1.1 to 1.2 m/s,the combustion efficiency of the semi-coke can exceed 99% with the carbon content of fly ash being below 2%.      在燃烧室压力0.5 MPa,燃烧温度900℃,过剩空气系数1.2～1.3,流化速度1.1～1.2 m/s条件下,半焦的燃烧效率达到99%以上,飞灰含碳量在2%以下; 短句来源      Therefore, for the based composition alloy of Ni-1.5Cr-10Co-16W-2Mo-5Al-1Ti-1Nb, the optimum content of Ta is 4% (mass fraction) and carbon content should be controlled to be lower than 0.07% (mass fraction).      对 Ni-1.5Cr-10Co-16W-2Mo-5Al-1Ti-1Nb 基础成分合金,其最佳的含 Ta 量为 4% (质量分数),而且含碳量应低于 0.07%(质量分数)。 短句来源      Carbon Content of Martensite in 86CrMoV7 Steel      86CrMoV7钢中马氏体含碳量研究 短句来源 更多          含碳      The carbon content of the steels are (%): 0.042C (A steel) and 0.10C (B steel) .      试验用钢的含碳量分别为(质量分数%):0.04C(A钢)和0.10C(B钢).      The results indicated that the carbon content in weld metal was a 0. 55%~0. 60%,and the microstructure exhibited martensite and granular - lump carbides,which consisted of the phases of (Nb,Ti)C,(Ti,V)C,(Fe,Cr)3C,(Fe,Cr)7C3,and (Fe,Cr)23C6. The carbide size was in the range of 0. 6 and 2. 0μm.      试验结果表明,熔敷金属的含碳量为0.55～0.6％,组织为低碳马氏体+弥散分布的粒块状碳化物。 碳化物由(Nb、Ti)C、(Ti,V)C、(Fe,Cr)_3C、(Fe,Cr)_7C_3及(Fe,Cr)_(23)C_6组成,其尺寸在0.6～2.0μm之间。 短句来源      Under the condition featuring a pressure of 0.5 MPa in the combustion chamber,a combustion temperature of 900 ℃,excess air ratio of 1.2 to 1.3 and fluidized speed of 1.1 to 1.2 m/s,the combustion efficiency of the semi-coke can exceed 99% with the carbon content of fly ash being below 2%.      在燃烧室压力0.5 MPa,燃烧温度900℃,过剩空气系数1.2～1.3,流化速度1.1～1.2 m/s条件下,半焦的燃烧效率达到99%以上,飞灰含碳量在2%以下; 短句来源      Therefore, for the based composition alloy of Ni-1.5Cr-10Co-16W-2Mo-5Al-1Ti-1Nb, the optimum content of Ta is 4% (mass fraction) and carbon content should be controlled to be lower than 0.07% (mass fraction).      对 Ni-1.5Cr-10Co-16W-2Mo-5Al-1Ti-1Nb 基础成分合金,其最佳的含 Ta 量为 4% (质量分数),而且含碳量应低于 0.07%(质量分数)。 短句来源      The optimal middle annealing temperature of the alloy with the carbon content less than 0.02% was 550℃, while that of the alloy with 0.18% carbon was 1050℃.      含碳最低(<0.02%)合金的最佳中间退火温度为550℃,而含碳0.18%合金的最佳退火温度高达1050℃。 更多          查询“carbon content”译词为其他词的双语例句 c含量 碳浓度 碳素含量 碳量的 炭含量 碳含量 碳量的 ......   查询“carbon content”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   carbon content The surface concentration of 3,5-dinitrobenzoyl ligand is 2.082 μmol m-2, according to the carbon content of elemental analysis.        Effect of carbon content on photocatalytic activity of C/TiO2 composite        The effect of carbon content on photocatalytic activity of the C/TiO2 composite was investigated.        It was found that the effect of carbon content is different for different pollutants or different light sources.        Spectra results indicated that there existed interactions between nanocarbon and the polymethyl methacrylate (PMMA) matrix, which was consistent with the decrease in glass transition temperature of the composites with increase of carbon content.        更多           点击这里查询相关文摘  相关查询 critical carbon content optimum carbon content carbon black content equivalent carbon content free carbon content carbon monoxide content original carbon content mean carbon content martensite carbon content high carbon content low carbon content ash carbon content

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