1) shell and tube type
壳管式
1.
Fouling formation and its impact on shell and tube type heat exchanger design
污垢的形成及其对壳管式换热器设计的影响
2) tube-shell type
管壳式
1.
The result shows that condensing temperature can be decreased from 45 ℃(for tube-shell type) to 32 ℃(for helical plate shell type) under the same heat transfer area and inlet/outlet temperature of cooling water,the consumption of compressor about 13%,which accords with the theoretical results.
对中海油某浮式生产储油轮上水冷空调机中冷凝器进行螺旋板壳式和管壳式的对比试验。
3) shell-and-tube ice tank
壳管式冰槽
4) tube mill shell
管式磨外壳
5) tubular heat exchanger
管壳式换热器
1.
Loads analysis of anchor bolts of a horizontal tubular heat exchanger;
卧式管壳式换热器地脚螺栓受力分析
2.
The Estimate of Heat Exchange Tubes Number in the Tubular Heat Exchanger;
管壳式换热器换热管根数的估算
3.
Thermoeconomic design of tubular heat exchanger;
管壳式换热器的经济学优化设计
6) shell and tube heat exchanger
管壳式换热器
1.
The Direction and Development of shell and tube heat exchanger;
管壳式换热器的研究进展与方向
2.
A Study on the Local Void Fraction at the Shell Side of No-Leak Shell and Tube Heat Exchangers;
无泄漏的管壳式换热器壳侧局部含气率的研究
3.
Evaluation methods to heat transfer enhancement performance in shell of shell and tube heat exchanger;
管壳式换热器壳程强化传热评价方法分析
补充资料：壳管式换热器
分子式：
CAS号：
性质：见列管式换热器 。
CAS号：
性质：见列管式换热器 。
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