porous ceramic

The electrostatic formation method is a kind of new method for porous ceramic preparation.

静电形成法是一种新型的制备多孔陶瓷的方法。

A catalyst carrier of composite type was prepared by nickel wire and porous cordierite ceramics. The binding technology between metal matrix and porous ceramic coating was studied, and properties of the coating material were measured.

通过金属镍和堇青石多孔陶瓷制备了复合型催化剂载体，探索了多孔陶瓷涂层与金属基体之间的结合工艺，测量了涂层材料的相关性能。

In this paper, a new type salt/ ceramic composite energy storage material ( CESM) is fabricated successfully by applying an innovating technology firstly which is molten Na_2S)_4 infiltrating porous ceramics performs spontaneously.

本文率先采用自发熔融浸渗工艺实现了熔融无机盐和陶瓷预制体的浸渗复合，并成功地制备出Na2SO4/SiO2新型复合相变储能材料。

Porous ceramic water containers and evaporators thus form the basis which passive cooling systems are designed.

因此,多孔性陶瓷水箱和水蒸发器成为设计出被动制冷系统的基础.

The laminate model of porous ceramic membranes proposed by Dong Junhang et al was modified.

对董军航等人提出的多孔陶瓷膜层状结构模型进行了改进.

So most of the time, we use microwave to desiccate the porous ceramic rapidly, equably and steadily.

所以，目前多孔陶瓷的干燥，大多数情况下，我们都会采用干燥均匀、快速、稳定的微波干燥技术。

The electron-heating porous ceramic was prepared by reactive sintering which main raw is SiC and petrol coke.

电致发热多孔陶瓷是以SiC为材质，利用反应烧结法制备而得的一种多孔陶瓷材料。

HAP from bone cement hydration and β-TCP constructed bi-phase porous ceramic.

骨水泥水化后生成的羟基磷灰石（HAP）与β-TCP构成了双相多孔陶瓷。

The effect of holding time on properties of porous ceramic support sintered at low temperature

保温时间对低温烧成多孔氧化铝支撑体性能影响的研究

The preparation of porous ceramics is one of the most interesting issues in ceramic field.

多孔陶瓷的制备是陶瓷材料研究的热点之一.