As a new kind of man-made structure function material, photonic crystals could realize thermal infrared camouflage because of its high-reflection photon forbidden band.
光子晶体作为一种新型人工结构功能材料，基于光子禁带的高反射特性可以实现热红外伪装。
This product is a closed pore structure and the reticular fiber network structure for the integration of high quality thermal insulation material.
本产品是集封闭微孔结构与网状纤维结构为一体的优质高效保温材料。
The thermal flutter characteristics of structure in different temperature and different material are researched using the thermal stiffness analysis method.
使用热刚度计算理论，进行了不同温度场和不同结构材料的热颤振特性研究。
The composite reinforced structure was analyzed with a metallograph, and thermal physical properties of material were measured.
在金相显微镜下对材料的增强结构进行了分析，并对材料热物理性能进行了测定。
In particular, the supporting structure is made up of wooden frame: a safe and ideal material to keep the thermal insulation of the building.
尤其，支撑结构采用木结构形式：木结构在保持建筑的隔热方面既安全又理想。
The morphology, structure, crystallization behavior, mechanical and thermal propertied of the above-mentioned material were studied.
论文对上述材料的形态结构、结晶行为、热性能及力学性能等进行了研究。
Metal reflective thermal insulation material is by multi-layer aluminum or stainless steel combined overlap with multi-layer air gap structure of the insulation products.
金属反射型保温材料是由多层铝或不锈钢重叠组合起来具有多层气隙结构的保温制品。
The thermal crack problem of the mass concrete is very complicated, and correlative with structure, building material, construction, rock, circumstance, and so on.
大体积混凝土温度裂缝问题十分复杂，涉及到结构、建筑材料、施工、岩土、环境等多方面因素。
As the spray coating line is in the non-linear distribution, the stress of a spray coating material due to thermal expansion and contraction can not deform the filling structure.
由于喷涂线呈非直线分布，喷涂材料热胀冷缩产生的应力不会导致填充结构变形。
As the spray coating line is in the non-linear distribution, the stress of a spray coating material due to thermal expansion and contraction can not deform the filling structure.
由于喷涂线呈非直线分布，喷涂材料热胀冷缩产生的应力不会导致填充结构变形。
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