1) flyer plates kinetic energy efficiency
飞片动能利用效率
1.
The computational results show that flyer plates kinetic energy efficiency has direct ratio to laser pulse width and flyer plates diameter,whereas has inverse ratio to focus spot,power density and flyer plates thickness.
努力提高飞片动能利用效率对于减小激光起爆系统装置体积、重量,实现系统小型化具有直接现实意义。
2) kinetic energy efficiency
动能利用率
3) efficiency of wind energy utilization
风能利用效率
1.
This paper introduces a kind of working principle of new vertical shaft wind turbine,and brings forward a calculate method of wind turbine in the form of efficiency of wind energy utilization according to the prototype of trefoil structure.
介绍了一种用于风力发电的新型立轴风力机的工作原理,并针对3叶结构样机提出了风力机风能利用效率的计算方法。
4) energy utilization efficiency
能源利用效率
1.
Comparison of energy utilization efficiency between China and foreign countries;
国内外能源利用效率比较及对我国的启示
2.
Analysis of a new index on the energy utilization efficiency based on the dual-structure;
基于双重结构的能源利用效率新指标分析
3.
In order to effectively improve the energy utilization efficiency,improve the current state of energy conservation work and promote the economic sustainable development in Sichuan province,based on the analysis of current energy saving status and relevant problems,eight supporting measures were proposed to promote the energy conservation work in Sichuan from the economic,policy,and legal prospect.
为了有效提高四川省能源利用效率,改善其节能工作现状,促进经济可持续发展,在分析四川省节能降耗工作现状及存在问题的基础上,从经济、政策、法律等方面提出了推进四川省节能降耗工作发展的八项措施性建议。
5) energy efficiency
能源利用效率
1.
Study on the Dynamic Change of the International Energy Efficiency;
能源利用效率动态变化的中外比较研究
2.
In pace with the new national industrialization development strategy put into effect as well as following the established target to reduce energy consumption on the basis of“the eleventh five planning”, the imminent problem facing scholars is how to promote research on energy efficiency effectively.
随着国家逐步实施新型工业化发展战略,沿着“十一五”规划的既定目标降低能源消耗,如何富有成效地推进能源利用效率研究成为摆在学者面前的一项迫切课题。
6) Water energy utilization efficiency
水能利用效率
补充资料:氨基酸利用率
分子式:
CAS号:
性质:又称氨基酸利用率。食物或饲料蛋白质中氨基酸组分中能被人或动物吸收或利用的程度。它取决于蛋白质消化率、酶抑制剂及抗酶多肽的存在,以及氨基酸在肠道的释放速度。由于吸收后不被利用的氨基酸在吸收的氨基酸总量中所占比例很小,故将消化率和利用率等同看待,但严格说来是有区别的。
CAS号:
性质:又称氨基酸利用率。食物或饲料蛋白质中氨基酸组分中能被人或动物吸收或利用的程度。它取决于蛋白质消化率、酶抑制剂及抗酶多肽的存在,以及氨基酸在肠道的释放速度。由于吸收后不被利用的氨基酸在吸收的氨基酸总量中所占比例很小,故将消化率和利用率等同看待,但严格说来是有区别的。
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