1.
Research on the Concept Design of New Two-Loop Alternate Helium Cooled Solid Blanket for Fusion Reactor;
聚变堆新型双回路交叉氦冷固态包层概念设计研究
2.
Thermo-hydraulic design of Chinese helium cooled solid breeder blanket for ITER-TBM
中国氦冷却固态增殖剂实验包层热工设计
3.
3-D neutronics calculation of the 2×6 HCSB TBM model
中国氦冷固态实验包层2×6模型三维中子学计算
4.
Research on Dynamic Simulation of the 7W/4.5K G-M/J-T Helium Refrigerator;
7W/4.5K G-M/J-T氦制冷机动态仿真研究
5.
Subcooled 1.8K superfluid helium cryostat for a superconducting magnets
超导磁体用1.8K过冷态超流氦恒温器
6.
Analysis of Three-Dimensional Monte Carlo Neutronics Performance for Chinese ITER Helium Cooled Solid Breeder Test Blanket Module
ITER中国固态实验包层三维Monte Carlo中子学性能分析
7.
Preliminary structure analysis for the first-wall of CH HCSB TBM
中国ITER固态实验包层模块第一壁结构初步分析
8.
Activation Analysis of Chinese ITER Helium Cooled Solid Breeder Test Blanket Module
中国ITER固态实验包层模块活化特性计算分析
9.
Three-dimensional activation analysis for ITER solid test blanket module
ITER固态试验包层模块设计三维活化分析
10.
Preliminary analysis of neutronics performance for Chinese ITER HCSB-TBM
ITER中国固态实验包层中子学性能初步分析
11.
Extremely cold cryogens such as hydrogen and helium can even freeze or solidify the surrounding air.
极低温液体，如氢和氦甚至能冷冻或凝固周围空气。
12.
Comparison of Cryocare～(TM) Cryoablation and Radiofrequency Ablation, Microwave Coagulation Therapy for Therapeutic Effect of Experimental VX_2 Liver Cancer in Rabbits;
氩氦刀冷冻消融和射频、微波热凝固治疗兔VX_2肝癌的对比研究
13.
Transient thermal analysis for the first-wall of CH HCSB TBM
中国ITER固态增殖剂实验包层模块第一壁瞬态热分析
14.
Study of Nanocrystal Films with Helium and Inner-shell Ionization Cross-sections Using Backscattering Spectrometry;
背散射分析技术在固氦材料及原子内壳层电离截面研究中的应用
15.
Chan and Kim observed such a decrease of rotational inertia in a ring of solid helium.
陈鸿渭与金恩成在一圈固态氦中，观察到这种转动惯量减少的情形。
16.
Preparation of Helium-charaged Nanocrystalline Film and Study of Its Helium Storage Characteristic;
含氦纳米膜的制备及其固氦特性研究
17.
Thermal-hydraulic optimization design and analysis for the CH HCSB TBM of ITER
中国ITER固态实验包层模块热工水力优化设计和分析
18.
A honeycomb sandwich panel inside and an aluminum cladding outside for the ideal combination of solidity and lightness, coldness and heat.
内有蜂窝夹心板，外包铝质覆层，乃是坚固性与质地轻盈之完美结合，又使冷热合为一体。