1) low-temperature heat energy
低温热能
1.
The utilization of low-temperature heat energy is of major significance because of its rich variety and huge quantity available worldwide.
低温热能种类繁多,数量巨大,利用这部分能源意义重大。
2) lowlevel heat energy
低温位热能
1.
Advances in technology for recovery of lowlevel heat energy in SA industry;
硫酸工业低温位热能回收技术的发展
3) hypothermal area
低温热区<能>
4) low-grade solar thermal energy
低温太阳热能
1.
Based on the proposed thermal cycle with inherent CO_2 separation using methanol-chemical looping combustion by low-grade solar thermal energy,this paper discussed the principle of upgrading low-temperature solar thermal energy,and disclosed the relationships among the radiation intensity,the reactivity of CH_3OH-Fe_2O_3,and the energy-level upgrade of solar thermal energy.
本文在低温太阳热能与CH_3OH-Fe2O_3化学链燃烧相结合控制CO_2分离动力系统的基础上,进一步探讨了低温太阳热能品位提升的内在规律,分别揭示出辐照强度与CH_3OH-Fe_2O_3反应特性、低温太阳热能品位提升的关联关系,本文采用溶胶凝胶法制作了Fe_2O_3反应颗粒,在热重反应器中进行了模拟太阳热能与甲醇化学链实验的初步研究,通过电镜,分析了反应前后金属氧化物的表面形貌特征。
5) mid-and-low temperature solar thermal energy
中低温太阳热能
1.
In this paper we proposed a novel approach for the solar hydrogen production which inte- grated methanol steam reforming and mid-and-low temperature solar thermal energy,and investigated its mechanism of energy conversion based on the second-law thermodynamics.
通过甲醇-水蒸汽化学反应,本文提出中低温太阳热能与甲醇重整反应结合的制氢新方法,探讨了中低温太阳热能与甲醇重整制氢过程的能量转换机理,分析了不同压力条件下的水碳比、反应温度对中低温太阳热能-甲醇重整制氢的影响规律。
6) utilization of low grade heat energy
低温位热能利用
1.
Recovery of heat from boiler exit gas by plate heat exchanger and thermodynamical analysis on utilization of low grade heat energy;
用板式换热器回收锅炉出口炉气热量及低温位热能利用的热力学分析
补充资料：鞍山热能研究院
鞍山热能研究院
娜 7.鞍山热能研穷院
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