The thermal shield (TS) is a main part of EAST superconducting Tokamak.
冷屏是EAST超导托卡马克核聚变实验装置的重要部件之一。
The utility model relates to the commodity field, in particular to a motorbike thermal shield.
本实用新型涉及日用品领域，是一种摩托车隔热罩。
The deformation and displacement of magnet and thermal shield will take place due to the temperature change during EAST operating.
EAST运行中的温度改变会导致磁体及冷屏产生形变和位移。
The heat load to the vacuum vessel thermal shield (VVTS) is analyzed by FLUENT finite element software in order to demonstrate that the design of cooling tubes is reliable.
采取有限元法对内冷屏的受热状况进行了计算分析，以验证内冷屏氦冷却管道设计方案的可靠性。
According to the thermal shielding model of solid rocket motor, an approach of ablation heat shield design of end-burning grain with embedded wire was put forward in this paper.
根据固体火箭发动机绝热防护模型，提出了一种嵌金属丝端燃装药绝热层设计方法。
Designs of thermal shield, superconducting busbar, current leads, valves and cooling pipes, and outer box of CTB are detailed described from reducing heat load point of view. They provide...
本文从降低热负荷的角度对CTB内部冷屏、超导电流传输线、电流引线、阀及冷却管路、外部盒体的设计进行了详细阐述，为最终结构的确定提供了理论依据。
This paper points out that the thermal and ablative problems of the shield can be solved solely with the coolant flow only under one-dimensional incompressible or steady condition.
在冷却剂渗流是一维不可压缩的（或一维定常的）条件下，热层的传热和烧蚀问题可以单独求解。
The result shows: it's effective garments to shield thermal and middle—energy neutron, and available in many places.
表明这是一种能有效地屏蔽热中子和中能中子的防护器具，可用于许多场所。
In this thesis, thermal film shield and oxidoreduction protective mechanism were adopted as the principles of protective coating.
本文将采用熔膜屏蔽型和氧化还原型保护机理来作为涂料设计原则。
The thermal neutron fluence subsidence factor measured is basically in conformity with the self-shield factor deduced from the report of the producer of the tube.
测量得到的热中子注量率沉降因子与根据生产厂家报告推出的自屏因子基本符合。
Investigations and experiments indicate that charring ablators provide the most efficient thermal protection shield for the re-entry vehicles.
载人飞船返回舱的烧蚀热防护技术研究和试验表明，碳化烧蚀材料是再入飞行器最有效的热防护层。
So previously entered spherules help to shield the ground of some fraction of the thermal radiation from the subsequently entering spherules.
因此之前进入云层的球体使一些承受热辐射的地面免于受到后来进入云层的球体的影响。
So previously entered spherules help to shield the ground of some fraction of the thermal radiation from the subsequently entering spherules.
因此之前进入云层的球体使一些承受热辐射的地面免于受到后来进入云层的球体的影响。
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