low temperature heating中文什么意思

低温加热

• low:    vi.,vt. (牛)哞哞地叫；哞哞 ...
• temperature:    n. 1.温度，气温。 2.体温。 ...
• heating:    adj. 1.加热的；供热的。 2. ...

例句与用法

1. Calculation results show that by the heat pump technology , the freezing heat can be used economically and practicably , and therefore be taken as a low temperature heating source for buildings
   计算结果表明，热泵可以在经济、可行的前提下大量利用冷水凝固热，作为建筑的低温供暖热源。
2. Therefore , the more reasonable cascade utilization of energy with different energy level is achieved . the novel efhat system integrated with low temperature heat utilization will be a new promising direction not only for the clean coal power generation system , but also for low - temperature heat utilization
   所构思的新系统，既可进一步弥补efhat低温热源不足的缺陷，又能通过新颖efhat系统提高低温热利用效率，从而实现能的不同品位更为合理的综合梯级利用，为中低温热利用开拓新方向。
3. Solar energy is a sort of never - failing clean energy sources , and how to more effectively utilize it has increasingly become a hotspot scientists tap with efforts . the characteristic of heat pump consist in that it can transfer heat from low temperature to high temperature , and improve the rates of low temperature heat sources
   太阳能是一种取之不尽的清洁能源，如何更有效地利用太阳能，已经成为当今各国竞相开发研究的热点；热泵的特点在于能将热量从低温热源传到高温热源，提高低温热源的利用率；太阳能利用技术与热泵技术的相互结合，发展前景广阔。
4. That is the premise of the bg / ha electrophoresis codeposition . the laws of the electrophoresis deposition of the bg and ha partic les were found by the study on each of their deposition under the different conditions . the electrophoresis codeposition of the bg and ha particles had been studied and the bg / ha graded coating , which is compact in the bottom layer and porous near the surface layer , had been prepared on the surface of the dental implant after the low temperature heat treatment ( about 740 ) and fast firing ( 50 - 80 / min , heat preservation time was 5 - 8min . )
   以bg微粉和ha微粉作为涂层原料，通过研究bg和ha微粉在非水介质中的分散情况和带电特性，选择冰醋酸为介质，使分散在其中的bg颗粒和ha颗粒表面均带上正电荷，为电泳共沉积提供前提条件；通过对不同条件下bg 、 ha各自电泳沉积的研究，探索出了两者电泳沉积的规律；通过对bg和ha在冰醋酸中电泳共沉积以及后续低温( 740左右)快烧( 50 ? 80 min ，保温5 ? 8min )热处理的研究，在钛合金牙根种植体基体上成功制备出了底层致密而表层多孔的bg ha梯度涂层。