超导热管

太阳光能量通过玻璃真空管采集，由金属超导热管传热至承压水箱内把水加热。

Sunlight energy is collected by glass vacuum tube and metal superconductive tube transmits heat to the pressure-bearing water tank to heat up water .

随着超导热管技术的进步，大量的太阳能热水器上开始应用到超导热管技术。

With the development of the super-conduction heat tube technology , a plurality of solar water heaters begin to apply the super-conduction heat tube technology .

这种加热炉的技术关键在于筒体按常压结构设计，采用了超导热管和波纹管强化传热材料，大幅度提高了热效率。

The heater body is designed with a atmospheric pressure structure , which adopts superheat pipes and corrugated pipes to improve greatly its heat efficiency .

对板式换热器、波纹管换热器和超导热管换热器的特点及使用场合进行了分析、对比。

A comparison and an analysis are made of the characteristics and situations of use of plate , corrugated tube and super conductive heat pipe exchangers .

鉴于油田目前使用的水套加热炉大都存在热效率低、排烟温度高以及有安全隐患等缺陷，研制了CRHJ-250型常压超导热管水套加热炉。

In view of the low heat efficiency and high temperature in fume exhaust and existance of potential safety hazard when the ordinary water jacket heater used , an atmospheric pressure water jacket heater with superheat pipes is developed .

文章概述了超导热管在油田各领域的应用情况，了解到应用超导热管技术可提高热能利用率30%，节约燃料10%，它不仅可以有效地减少大气污染，而且能取得良好的经济效益。

Generally description is made for the application of heat pipe in oilfield . Super heat transmission can increase heat energy application by 30 % and saving fuel by 10 % using heat pipe . Its application greatly reduce air pollution and better economy .