能量集合：太阳能热水器通过吸热材料吸收热能。
1 energy collection: solar water heater absorbs heat energy by absorbing material.
PET - CB纳米高吸热材料的吸热性能良好，能有效节约能源。
The heat absorbing performance of PET-CB nanocomposite material is good, which can save energy effectively.
重吸热材料，如石材地板，或多层的石膏墙板，结合建筑收集热量然后再慢慢释放。
Heavy heat-absorbing materials, such as stone floor tiles or extra layers of gypsum wallboard, are incorporated into buildings to collect heat and slowly release it.
屋顶被居住空间的天花板隔开，允许持续通风并将吸热的材料远离室内，进一步帮助冷却空间。
The roof is separated from the ceiling of the habitable space to allow for constant ventilation and keep the heated material away from the interior, further helping to cool the space.
本文讨论了涂层材料在加热过程中出现的三层结构的吸热机理，建立不同层反映不同功能的守恒方程。
The thermal protection mechanism of three layer for coating material under heating process was discussed, the conservation equations which reflects difference function was established.
另外，借助有限元软件来模拟复合材料在吸热过程中温度及热梯度场的分布情况，对实际生产有一定的参考价值。
Simulated the distributing condition of temperature and heat grads of the compound material by ansys software that is definitely a reference for practice production.
相变材料(PCM)容器是空间太阳能动力装置吸热—储热器的关键部件。
Container of Phase Change Material (PCM) is a key part of heat receiver in space solar dynamic power system.
详细讨论了低温炭化材料的质量损失和吸热机理。
This paper discusses in detail the problem on the mass loss and endothermic mechanism for charring material.
为研制适用于软质材料磨削的干磨砂纸，通过涂覆特殊的防堵塞材料，利用吸热剂的相转变原理，研制了干磨砂纸超涂层浆料。
In order to produce dry sanding paper applied to soft materials, the slurry coating was prepared by smearing unblocked materials according to the phase change principle of endothermal agents.
根据相变材料的吸热和放热特点，建立了相变材料的一维传热理论模型。
According to decalescence and discharge heat of phase change, single dimension passes heat theory model of phase change was created.
其中高温辐射材料放置在耐高 温网罩中部是为了充分吸热，便于产生辐射热，提高温度的效力。
The fire materials is put into the fire web cover for absorbing heat to generate radiation heat to improve temperature effect.
上腔室的侧壁上设置有开启门；下腔室内充填满吸热保温材料。
An unlocking door is arranged on the side wall of the upper chamber and the lower chamber is fully filled with heat absorbing and preservation materials.
通风管道直接安装在钢筋混凝土天花板中，这种建筑材料的潜力是可以成为吸热设备，因而能起到重要作用。
With the ventilation pipes being channelled directly through the reinforced concrete ceilings, this building material's potential as a heat sink is thereby put to good use.
通风管道直接安装在钢筋混凝土天花板中，这种建筑材料的潜力是可以成为吸热设备，因而能起到重要作用。
With the ventilation pipes being channelled directly through the reinforced concrete ceilings, this building material's potential as a heat sink is thereby put to good use.
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