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。
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。
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。
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