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During normal pressure sinterring, addition of the obstruction medicine to in the ceramic membrane in order to obstruct the grain growth of the particle

机译:在常压烧结过程中,向陶瓷膜中添加阻塞药以阻止颗粒的晶粒长大

摘要

The compound electron which is chosen from the ceramic oxide which form of the crystal lattice which possesses the oxide ion hole in use temperature, further in details, cubical phase, fluorite phase, perovskite phase, is brown needle nickel ore phase or pairokuroa phase of oribiriusutaipu form, is doped/oxygen O2- anionic conductivity chemical compound (C1) at least 75vol%, and The ceramics of oxide type and the ceramics of non oxide type, the metal, it is chosen the metal alloy or these types from the blend of the substance, chemical compound (C1) with the chemical compound which differs (C2) 0.01 - 25vol%, and formula: The chemical compound which is formed at least from the chemical reaction of 1 where xF c1+yF c2zF c3 (in formula, F c1, F c2 and F c3, chemical compound C1, C2 and display C3 respective empirical formulas, x, as for y and z, are displayed numerical value of ratio of 0 or more is displayed) by (compound ones which include C3) 0vol% - 2.5vol% (M). This invention, as compound conductivity compound ones of the catalyst membrane reactor where it is intended, that you use for synthesizing the synthetic gas production method, and the methane of compound ones or with the catalytic oxidation of the natural gas, and/or as compound conductivity compound ones for the ceramic membrane where it is intended that you use in order to separate oxygen from the air, regards also the use.
机译:从在使用温度下具有氧化物离子孔的晶格形式的陶瓷氧化物中选择的复合电子,更详细地,立方相,萤石相,钙钛矿相为奥利比留斯普的棕针镍矿相或成对相。形式是掺杂/氧O 2-阴离子电导率化合物(C 1 )至少为75vol%,并且氧化物型陶瓷和非氧化物型陶瓷,金属,从物质,化合物(C 1 )与化合物(C 2 )不同的混合物中选择金属合金或这些类型0.01 -25vol%,且式:至少由1的化学反应形成的化合物,其中xF c1 + yF c2zF c3 (在公式中,F c1 ,F c2 和F c3 ,化合物C 1 ,C 2 并显示C 3 分别显示与y和z相同的经验公式x显示0或更大比率的值)(由包含C 3 的化合物组成)0vol%-2.5vol%(M)。本发明用作合成膜的催化剂膜反应器的化合物电导率化合物,用于合成合成气的生产方法,以及该化合物的甲烷或与天然气的催化氧化反应,和/或作为化合物旨在用于从空气中分离氧气的陶瓷膜的导电性化合物,也应考虑使用。

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