| 1. | Optimum design of current lead on the cryocooler - cooled hts magnet
制冷机直接冷却高温超导磁体电流引线优化设计 |
| 2. | Direct cooling of cable
冷却水管电缆的直接冷却 |
| 3. | Direct seawater cooling sys
海水直接冷却系统 |
| 4. | Directly cooled dieholder
直接冷却式模架 |
| 5. | Direct - cooled piston
直接冷却式活塞 |
| 6. | Investigation on the optimization of binary current leads directly cooled by g - m refrigerator
制冷机直接冷却超导二元电流引线的优化 |
| 7. | As a result , the 1tr between solids becomes the vital factor that affects the performance of conducting heat
因此，减少和控制低温界面热阻成为实现超导系统直接冷却的技术关键。 |
| 8. | Specially designed to work with the lower rpm of . 90 size engines , this proven clutch design bolts directly to the cooling fan for ease of installation
专门工作与较低的0 . 90尺寸的rpm引擎这证明离合器螺栓直接冷却风扇设计为便于安装 |
| 9. | Specially designed to work with the lower rpm of . 90 size engines , this proven clutch design bolts directly to the cooling fan for ease of installation
专门工作与下级rpm为840 . 90大小引擎这证明离合器设计螺栓直接冷却风扇为便于安装 |
| 10. | For the purpose of high temperature gradient , liquid metal cooling with circulatory water cooling is used directly to cool the sample , and at the same time , radiation baffle with appropriate size and shape is needed
该装置采用了双区加热和液态合金直接冷却技术，再配以合适的辐射挡板，可以提高液固界面处的温度梯度。 |
