Low infrared emissivity materials based on hollow particles are prepared by chemical Ni-coated processing, and surface morphology, absorbance, emissivity and infrared radiant energy are characterized.
利用化学镀镍工艺制备空心微珠基红外低发射率材料，对其表面形貌，并重点对其吸收率、发射率和热辐射能等红外性能进行表征。
The low emissivity painting layer's impact on target radiation is apparent and painting layer with spots of different emissivity could be used for splitting the infrared image of the target.
低发射率涂层对抑制目标红外辐射有一定的作用，而且采用不同发射率级差的涂层实施热斑点是可行的。
The infrared camouflage fiber is prepared with a polymer matrix material, low-infrared-emissivity powder and additives.
所述的红外隐身纤维由高分子基体材料、低红外发射率粉体以及添加剂制成。
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