1) powder yield
粉末收得率
1.
The influence of parameters of plasmarotatingelectrode process,such as bar rotating speed,plasma current,flowrate of plasma gas etc,on FGH95 powder yield was studied and optimal parameters were oftained.
本文研究了采用等离子旋转电极工艺制取FGH95合金粉末时,棒料转速、等离子弧电流强度、工作气体流量等制粉工艺参数对粉末收得率的影响。
2.
The powder yield with-60 mesh of Ti and i.
气雾化小于 0 2 46mm (-6 0目 )粉末收得率可达 82 %以上 ,成本比PREP工艺低得多。
2) powder recovery
粉末回收
1.
Aiming at the powder overflowing from spray chamber in electrostatic powder spraying, the cause and mechanism of powder recovery system were analyzed.
针对静电粉末涂装中出现的喷房溢粉问题,从粉末回收机理上分析了其产生的原因,并对多种静电收集器(ESP)的特点及其对高比电阻粉末收集的性能进行了研究。
3) powder efficient utilization
粉末效率
4) starch yield
淀粉得率
1.
A laboratory wet-milling process was used to determine steeping characteristic,starch yield and the purity of corn dried under different drying temperature.
用湿法提取玉米淀粉的实验室方法,对不同温度干燥后玉米的浸泡特性、淀粉得率及纯度进行了研究。
2.
The test was designed applying quadratic regression orthogonaltest and amathematic model characterizingthe relationship among the parameters includingsteeping time,temperature,concentration of SO_(2,)and starch yield was established.
应用二次回归正交试验进行试验设计,建立了玉米浸泡时间、浸泡温度、二氧化硫浓度与淀粉得率的数学模型。
3.
With the raw material of yellow dent corn, this test applies the technology of wet-milling extraction to get pure corn starch with high starch yield and fine quality.
以普通黄马齿玉米为原料,采用湿法提取淀粉工艺,制得淀粉得率高、优质纯净玉米淀粉;通过大量实验设计筛选出最佳提取方案:浸泡温度50℃,乳酸和NaHSO3浓度均为0。
5) yield
[英][ji:ld] [美][jild]
收得率
1.
Through an analysis of factors influencing the yield of boron,key points in each link of production and technology of EAF and refinery furnace were established,ensuring the effective content of acid-soluble boron in the steel is controlled within an eligible range.
通过分析影响硼元素收得率的因素,对电炉及精炼炉各环节制定了严格生产工艺要点,保证了钢中有效酸溶硼含量控制在合格范围内。
2.
With the aim of reducing the fluctuation of sulphur content in resulphurized free-cutting steel for the change of yield during smelting,the factors of influence sulphur yield in resulphuried free-cutting steel was discussed based on the thermodynamic analysis.
针对硫易切削钢冶炼过程中硫收得率不易控制造成钢中硫含量波动大的问题,从理论上分析了影响硫收得率的主要因素,并开展了炉渣碱度对硫收得率影响的试验研究,用数学回归法得出了炉渣碱度对硫收得率的影响规律,为稳定控制易切削钢中硫含量提供了依据。
3.
It gives the detail reforming measures, adding pressure filter, scraper, refined coal pressure filter, as well as the reforming result, with the reforming, the coal washing water is recycled, the pollution cost is reduced, the yield is increased and the production cost is decreased.
采取新增压滤机、刮板机、更换精煤压滤机等措施进行改造,改造后运行效果良好,洗煤水实现闭路循环,减少了环境污染,提高了精煤收得率,降低了生产成本。
6) Al yield
铝收得率
1.
By collecting relevant production data and utilizing statistic technique for analysis, the functional relationship between main factors/individual factor affecting Al yield during vacuum degassing treatment and Al yield has been determined.
通过采集相关生产数据,利用统计技术分析、确定影响真空过程铝收得率的主要因素及各因素与铝收得率的函数关系,并通过实践检验,大幅度提高了铝的内控成分达标率。
补充资料：钚收率
分子式：
CAS号：
性质：指后处理回收的钚和燃料中钚量的比值。提高钚的回收率是后处理工厂的一个重要目标。
CAS号：
性质：指后处理回收的钚和燃料中钚量的比值。提高钚的回收率是后处理工厂的一个重要目标。
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