1) optimal compaction temperature
最佳击实温度
1.
The optimal compaction temperature and Sasobit content were determined according to the two indices,which were 130 ℃ and 3% respectively.
5%)为控制指标,以Sasobit沥青混合料稳定度相对于普通沥青混合料稳定度提高幅度最大为辅助指标,确定了Sasobit沥青混合料的最佳击实温度为130℃和最佳Sasobit剂量为3%。
2) optimal temperature
最佳温度
1.
A mathematical model of expressing the relatinnship between the optimal temperature (Tm) and the height of the catalyst bed(L ), the optimal CO conversion ratio (xCO,m)or the optimal CO composition (yco,m) and the height of the catalyst bed (L ) has been established.
建立了一氧化碳变换反应催化剂床层中最佳温度（Ｔｍ）与床层高度（Ｌ）、最佳一氧化碳转化率（ｘｃｏ，ｍ）或最佳一氧化碳浓度（ｙｃｏ，ｍ）与床层高度（Ｌ）关系的数学模型，绘制了Ｔｍ－Ｌ、ｘｃｏ，ｍ－Ｌ和ｙｃｏ。
3) optimum temperature
最佳温度
1.
The effect of Fe_2O_3 on medium temperature FGD characterization,optimum temperature in fixed bed and proportion of Fe_2O_3 and CaO were studied in the experiment.
研究了加入氧化铁添加剂后,对中温烟气脱硫性能的影响和对固定床干法脱硫最佳温度的影响,氧化铁配比对氧化钙脱硫性能的影响等。
2.
The optimum acidity and optimum temperature of cellulose degradation by cellulase were obtained.
用微量热法测定了不同酸度和不同温度下纤维素酶降解纤维素的热功率—时间曲线,应用热动力学理论和对比进度法解析出反应的米氏常数(Km)和最大速率(Vmax),并得出速率常数k2,建立速率常数与酸度和温度间的关系式,从而获得纤维素酶降解纤维素的最佳酸度和最佳温度。
3.
The optimal mathematical models on the axial optimum temperature and maximum synthetic rate for a continuous heat exchange ammonia converter were established.
建立了连续换热式氨合成塔轴向最佳温度和最大合成率的优化模型,采用牛顿迭代法和龙格-库塔法对模型进行了数值解。
4) compaction temperature
击实温度
1.
The different asphalt content mixtures are shaped at different compaction temperature,the relationship of compaction temperature to physical-mechanical parameters is researched in the paper.
对不同沥青含量的沥青混合料在不同击实温度下击实成型,研究击实温度与混合料各物理力学参数之间的相关关系。
2.
The relationship between the compaction temperature and the density of asphalt mixtures was investigated,and the relationship was analyzed by studying a large number of marshall tests at different temperatures on asphalt mixtures with two aggregate gradations.
对两种级配的沥青混合料在不同击实温度下进行了大量的马歇尔室内试验,分析统计结果显示:击实温度在很大程度上对密度和空隙率是有影响的。
3.
Based on results of a large number of Marshall tests at different temperatures on asphalt mix?tures with various aggregate gradations, this paper summarizes the effects of compaction temperature on air voids of asphalt mixtures.
通过对几种级配的沥青混合料在不同击实温度下进行了大量的马歇尔室内试验,总结出了沥青混合料的击实温度对混合料空隙率的影响。
5) The Best Heat Preservation Temperature
最佳保温温度
6) optimum temperature gradation
最佳温度梯度
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条