thermal insulating materials

Application of Thermal Insulating Materials in Building Engineering

保温隔热材料在建筑工程中的应用

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The results showed that with the thickness increasing, the time of the second degree burn injury was increasing. The thickness and the thermal insulating materials had a positive correlation; Single-sided coating or double-sided coating did not impact on the insulation properties of materials.

可以得出，随着厚度的增加材料的二度烧伤时间也不断的增加，厚度与材料的隔热性能具有正相关性；单面涂膜与双面涂膜对材料的热防护性能没有影响。

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When the mass concrete is constructed in winter, according to the standard requirement, the temperature differential between the internal and surface of concrete is under controlled by the thickness of the thermal insulating materials to avoid appearing cracks.

大体积砼冬期施工，通过控制保温材料厚度，使砼内部与表面温度差控制在规范规定之内，实现不产生裂缝的要求。

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Current status and development of thermal insulating materials in China

国内绝热保温材料现状及发展趋势

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Selection of Thermal Insulating Materials for Wood Drying Kiln and Saving Energy Calculation

木材干燥室保温材料的选择与节能计算

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Application of Compound-Ceramic Thermal Insulating Materials Around Pouring Steam Pipe in Mucilaginous Oil Exploitation

复合硅酸盐保温材料在稠油热采注蒸气管道上的应用研究

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The thesis introduces the types and their property characteristics and applications in building engineering of the normal thermal insulating materials at present, including selection of materials, methods of thermal insulating work, design and calculating methods and some important problems in application.

本文较系统地介绍了目前常用的保温隔热材料的类型、性能特点及在建筑工程上的应用，包括选材、保温做法、设计计算方法及应用中应注意的问题。

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The present situation and several trends of thermal insulating materials are analyzed. The Thermal Physical Property Test of Insulating Materials Using Quasi-steady-state Method

文章在简要介绍我国绝热保温材料的发展现状的基础上，综合分析了我国绝热保温材料未来发展的几种主要趋势。绝热保温材料热物性的准稳态法测试

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The significance of thermal insulation in various fields is treated and an integrated introduction of investigation and development for thermal insulation technology and thermal insulating materials is summarized in this paper firstly.

本文首先论述了隔热技术在各个领域的重要意义，并对隔热技术与隔热材料的国内外研究和发展现状进行了综述；

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This review summarizes the historical background and recent progress on the supercritical fluid drying theory and technology, and gives a brief introduction on various applications and prospects of aerogels in catalysts, thermal insulating materials, high energ physics, ultrafine materials, glasses and ceramics.

本文详细评述了超临界流体干燥理论和技术的历史背景与研究现状，简要介绍了气凝胶在催化剂、热绝缘材料、高能物理粒子探测器、超细材料、玻璃和陶瓷等诸方面的应用和发展前景。

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An Experimental Study of the Thermal Conductivity Behavior of Insulating Materials at High Temperature

高温绝热材料保温性能的实验研究

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The insulation of the vermiculite used in the thermal insulating materials can improve the thermal protective performance of materials.

利用蛭石的隔热性能，将其应用于隔热材料中，可以提高材料的热防护性能。

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The super thermal insulating materials can be prepared by using xonotlite with hollow structure and SiO2 aerogel with nanometer pores structure through vacuum compounded method.

将具有中空结构的硬硅钙石二次粒子和具有纳米孔结构的SiO2气凝胶用真空复合技术将其制备成具有良好绝热性能的绝热材料。

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A kind of ZrO_2 hollow sphere thermal insulating materials with excellent performance is presented on the basic of an summarization of the mechanism of thermal insulating materials and the approach to improve the performance of thermal insulating materials, which can control the conduction, convection and radiation effectively.

论述了隔热材料的隔热机理以及提高隔热材料隔热性能的途径，在此基础上提出了一种性能优良的氧化锆空心球隔热材料，该材料能有效的控制热传导、热对流和热辐射；

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