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1·The sample can be removed from the cryostat when the measurements are complete.

当测量完成时，从低温恒温器中取出样品。

2·The configuration of flow cryostat and its mechanical damping system were described.

对低温保持器的外形结构、机械减震系统进行了详细的描述。

3·If the current becomes too high, the power dissipated may damage the sample and the cryostat.

如果电流变得过高，其损耗的功率可能会损坏样品和低温容器。

4·The test proved that the magnet can operate at 5t. The magnet cryostat has a good thermal insulation performance.

实验证明，磁体可在5t运行，磁体杜瓦具有较好的绝热性能。

5·Structure design and heat transfer analysis for the cryostat of superconducting magnet is mainly discussed in the paper.

介绍了低温超导磁体杜瓦装置的结构设计和传热分析。

6·In this paper, we argue the structure design of the Cryostat with reducing pressure for the application to optical experiment.

介绍一种适用于光学实验的可减压低温恒温器的结构设计方法。

7·In the cryostat section, the antigens also appeared at the fourth week, they were localized on vitelline membrane and egg shell.

冰冻切片的抗原也在第四周开始出现，定位在卵黄膜及卵壳上。

8·Cryostat sections were cut coronally through the hippocampi of the brains at weeks 2, 4, 8 and 12 after transplantation respectively.

分别在移植后第2、4、8、12周4个时间点取脑冷冻切片，在倒置荧光显微镜下观察移植细胞的存活和迁移。

9·A kind of method is given up that calculate precisely the current lead's shape factor and the heat loads which fluid into the cryostat.

提出了一种较为精确计算电流引线长横比及由电流引线末端流入低温容器热量的计算方法。

10·Methods After perfused fixation and quick freezing, the tissues of whole CNS were cut into serial sections with cryostat followed by hematoxylin stain.

方法经过灌流固定的CNS组织低温冰箱速冻后连续冰冻切片和改良的苏木精染色方法。