The inorganic coatings perform electroplatings, conversion coatings, thermal sprayings, hot dippings, furnace fusings, or coat thin films, glass, ceramics on the surfaces of the materials.
无机涂层有电镀、转化层、热喷涂、热浸渍、熔炉熔融、或在材料表面涂上薄膜、玻璃、陶瓷。
Many ceramics are good electrical and thermal insulators.
许多陶瓷都是电和热的良绝缘体。
This paper deals with the regularities of the thickness of thermal damage surface and effect of all of the mechanisms in EDM of structural ceramics .
研究了结构陶瓷电火花加工热影响层厚随脉冲参数变化的规律以及蚀除机理的各种分离方式作用效应的变化规律。
The influences of combustion chamber parameters on thermal stress of ceramics layer were analyzed, which provided the foundation for optimally designing ceramics piston of a diesel engine.
文中还分析了不同燃烧室结构参数对陶瓷涂层热应力状态的影响，为优化设计陶瓷活塞提供了依据。
Meanwhile it also exhibits some properties of ceramics such as excellent mechanical properties, high temperature stability, good resistance to thermal shock and high temperature oxidation.
而另一方面它又具有陶瓷材料的某些性能，如具有较高的屈服强度、高热稳定性和良好的抗热冲击性和高温抗氧化性。
The article makes researches into the effect of pore- formed property of foam ceramics on thermal shock, and discusses the thermal shock destruction mechanism of foam ceramics.
详细研究了泡沫陶瓷成孔性能对热震性的影响规律，并对泡沫陶瓷热震破坏机理作了探讨。
Effects of the shapes of kaolin particles on the thermal expansion properties of cordierite honeycomb ceramics were studied.
主要研究了高岭土颗粒形貌对堇青石蜂窝陶瓷热胀性能的影响。
Embedded ceramic far-infrared heaters made of high quality electrothermal wire coiling around the base which is composed of high thermal shock resistance ceramics and high radiance ceramic glaze.
埋入式陶瓷远红外辐射元件，系采用高辐射率的釉层，热震性能好的陶瓷作基体，高质量的电热丝一次绕制而成。
Cordierite ceramics is manufactured by using the fire clay, bauxite and talc as raw materials. It's microstructure and properties, in especial the resistance to thermal shock are studied.
以耐火粘土、高矾土及滑石为原料研制了堇青石基陶瓷材料，并对其组织和性能尤其是抗热震性进行了研究。
In refractories, thermal, chemical, glass, ceramics and construction and industrial sectors, such as roads, broken processes is also indispensable.
在耐火材料、火力发电、化工、玻璃、陶瓷以及建筑和筑路等工业部门中，破碎工序也是必不可少的。
In the electronic ceramics thermal die-casting molding process, can improve the slurry viscosity, prevent body wax cracking.
在电子陶瓷热压铸成型工艺中，可提高料浆粘度，防止坯体排蜡开裂。
So ceramics with near-zero thermal expansion has a prominent advantage in heat shock resistance, and the application of this ceramics is very widespread.
因此近零膨胀陶瓷在耐热冲击性能上具有显著优势，应用十分广泛，一直是材料学界研究的热点。
Ceramics with graded pores possess the unique advantages of porous ceramics and functional gradient ceramics, which can be applied as thermal-insulating materials, filter materials and bio-materials.
气孔梯度陶瓷集成了多孔陶瓷与梯度功能材料的双重优点，因而在绝热保温、净化分离、生物材料等诸多领域有着广泛的应用。
Microstructures of rutile ceramics under two thermal treatments were observed by SEM.
利用SEM观察了两种温度制度下金红石瓷的显微结构。
The thermal expansion coefficient of fluosilicate glass-ceramics is mainly affected by the crystal phases and their amount.
氟硅酸盐微晶玻璃的热膨胀性能主要取决于微晶玻璃的晶相组成及其相对含量。
In finally, some problems on research of ceramics thermal shock resistance are investigated.
最后，指出了陶瓷抗热震研究存在的问题。
The microcracks have certain effects on reducing the average thermal expansion coefficient, nevertheless they decrease the mechanical strength of the ceramics.
微裂纹对降低陶瓷材料的平均膨胀系数有一定作用，但同时又降低了材料的机械强度。
The alumina titanate ceramics delivery tube made of the completely novel ingredients has a small thermal expansion coefficient, good thermal stability can meet using needs.
全新配料组成， 所得的钛酸铝陶瓷导液管热膨胀系数小，热稳定性好，满足使用要求。
The invention discloses a preparation method of porous silicon carbide ceramics with high thermal shock resistance, belonging to the technical field of preparation of porous silicon carbide ceramics.
本发明属于公开了多孔碳化硅陶瓷制备技术领域的一种高抗热震性多孔碳化硅陶瓷的制备方法。
The pioneer application of Innoceram ceramics to glass horizontal thermal toughening furnace was presented and comparison between Innoceram and other materials was made in this article.
主要论述了使用水平钢化工艺方法对玻璃加热的加热原理，提出了快速加热玻璃温度的方法应用，为生产平、弯水平钢化炉的设备制造提供了理论依据。
The pioneer application of Innoceram ceramics to glass horizontal thermal toughening furnace was presented and comparison between Innoceram and other materials was made in this article.
主要论述了使用水平钢化工艺方法对玻璃加热的加热原理，提出了快速加热玻璃温度的方法应用，为生产平、弯水平钢化炉的设备制造提供了理论依据。
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