1) energy storage techniques
储热技术
1.
Ver increasing energy consumption,energy storage techniques are becoming more and more important.
指出能源的大量消耗使得储热技术的研究越来越重要。
2) thermal synthesis technology
热合技术
1.
The inorganic crystal material KBr and teflon as organic protective material is used as 15-38μm,15-60μm wide-waveband extra-far infrared window material by thermal synthesis technology.
在一定的温度、压力等条件下,采用有机材料(聚四氟乙烯)和无机晶体(KBr、CsI),通过热合技术研制出样品几何尺寸为Φ20mm×3-5mm、透射波段分别为15-38μm(PE-KBr)和15-60μm(PE-CsI)的透极远红外复合光学材料。
3) hydrothermal technology
水热技术
4) heat pipe
热管技术
1.
The application of heat pipe in heat recovery of sintering process is introduced and the calculating method in the saving-energy and the economy are suggested by calculating and analyzing.
本文对热管技术在冶金烧结机上的节能应用进行了介绍,提出了其节能性和经济性的计算方法,通过计算和分析,得出了热管蒸发器在冶金烧结机上应用是节能经济可行的结论。
2.
Application of heat pipe in heat recovery to boiler is introduced with the method to calculate the energy-saving and economy ability been pointed out in this thesis.
介绍了热管技术在锅炉上的节能应用,提出了其节能性和经济性的计算方法,通过计算和分析,得出了热管省煤器在锅炉上应用是节能、经济、可行的结论。
5) heat pump technology
热泵技术
1.
Characteristic of heat pump technology and its application and current development in native and foreign countries in food industry were introduced concisely in this paper.
简要介绍了热泵技术的特点及近几年来国内外有关热泵技术在食品工业中的应用和研究开发。
2.
Electric-driven heat pump technology must be promoted and the .
电力作为二次能源,没有任何本地污染,非常适合北京地区使用;在各级政府机关及能源界各行业的共同努力下,国内建筑节能市场日趋成熟,供暖空调技术呈现出多元化发展的景况,面对巨大的国内建筑节能市场,应当加大推动电驱动热泵技术的力度,扩大电力在建筑节能领域内的市场份额。
3.
Along with development of heat pump and its all kinds of driver device and heat pump system experiment study,heat pump technology will be applied more and more widespreadly in our country,and will play an important.
概述了中国目前的能耗现状和能源问题面临的形势,提出热泵技术是回收和利用低位热能的有效措施之一,研究和推广应用热泵技术对于节能有重要意义。
6) heat pipe technique
热管技术
1.
Application and prospective of heat pipe technique in HV & AC;
热管技术在暖通空调领域中应用与发展前景
2.
Utilization and development of heat pipe technique for HV∾
热管技术在采暖空调中的应用与发展
3.
The study of high freezing-rate facilities using Natural Coldness Resource(NCR) was analyzed according to the heat pipe technique in this paper.
以演示试验为根据,结合热管技术原理进行综合分析。
补充资料：储层描述(见油气田储层评价)
储层描述(见油气田储层评价)
reseroir evaluation of oil and gas field
储层描述(reseroir evaluation of 011 and gasfield)见油气田储层评价。
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