Nevertheless, the unique properties of Hemcrete - thermal mass, carbon negative, air permeability, etc - made it the first choice for the external envelope.
尽管如此，Hemcrete的独特属性——热容量、碳负极、空气可渗透性等等——使得它成为外部围护结构的首选。
In each building there is triple glazing and thermal-insulated envelope containing a cellar, all in order to prevent thermal Bridges.
每座建筑都有三层玻璃和隔热外层，包含地窖，都是为了防止热桥。
Therefore, establishing thermal environment standards for buildings in small town and improving building envelope, heating methods and air-conditioning system are getting more and more important.
因此，建立适合于小城镇住宅建筑的热环境标准，并对当前的住宅围护结构，采暖方式及系统进行改进已迫在眉睫。
The thermal insulation of the building presents a hermetic envelope created by the inertia of the concrete used for the building and the thick grass roofing.
建筑的隔热层呈现密封包层，由所用混凝土和厚草屋顶的惰性创造。
Insulation material is the key to improving thermal technology performance of building envelope, and plays an important role in building energy conservation.
绝热材料是改善建筑围护结构的热工性能的关键，在建筑节能工作中占有极其重要地位。
A introduction of the designing methods of exterior wall's external insulation system and the thermal analysis and computation of damp-proofing for outer envelope which based on examples analysis.
本文通过工程实例，介绍了某小高层住宅外墙外保温的设计、外围护结构的热工计算和分析方法，供同行在设计与计算类似工程时参考。
The energy consumption of marketplace is related to its envelope, air conditioner and the indoor thermal environment.
商场建筑能耗不仅与围护结构和设备有关，还与室内环境有关。
S. system has been used to execute the envelope, remarkably improving the thermal and mechanical performance of the building.
系统被用于密封建筑表面，大大提高建筑物的热性能和机械性能。
Shock wave and thermal load are the two main effects on the envelope during the discharge.
放电过程中，灯管主要受冲击波和热负载两方面的作用。
An unsteady thermal conduction model of its envelope was built and the dynamic load was calculated.
以某一低温实验装置为例，建立其围护结构非稳态传热数学模型，对动态负荷进行计算。
Accurately measure and control the actual building envelope thermal performance, are also premise and foundation for improving building energy assessment and energy-saving.
准确测量和掌握建筑围护结构的实际热工性能，又是进行建筑节能评估和节能改造的前提和基础。
Focus is to take appropriate measures in thermal insulation envelope structure to address the small town house of the problem of poor indoor thermal environment.
重点是采取适当的围护结构的保温隔热措施以解决小城镇住宅室内热环境差的问题。
Focus is to take appropriate measures in thermal insulation envelope structure to address the small town house of the problem of poor indoor thermal environment.
重点是采取适当的围护结构的保温隔热措施以解决小城镇住宅室内热环境差的问题。
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