pyrochlore structure 焦绿石结构 ; 烧绿石结构 ; 绿石结构
plumbo-pyrochlore 铅烧绿石
cubic pyrochlore 立方焦绿石
pyrochlore e 烧绿石
uranium pyrochlore 铀烧绿石
Bi-based pyrochlore Bi基焦绿石
pyrochlore rich synroc 富烧绿石人造岩石
pyrochlore-type tungsten trioxide 焦绿石型三氧化钨
The formation of pyrochlore phase is inhibited by secondary synthesis,meanwhile the synthesis temperature of perovskite phase is decreased, reducing the volatilization of PbO in maximum.
二次合成法抑制了焦绿石相的生成,同时降低了钙钛矿相的合成温度,最大限度地降低了PbO的挥发。
参考来源 - 压电陶瓷相对1Being major subject, high-temperature proton conductors based on pyrochlore-type or fluorite-type oxides are reviewed concerning their structure properties, conductivities, conduction mechanism as well as the study status.
本文的研究对象是萤石型高温质子导体和烧绿石型高温质子导体,因此文章中对这两种质子导体的结构特点、离子传导机理、离子传导特性,以及在国内外的研究现状作为详细的阐述。
参考来源 - 烧绿石及萤石型高温质子导体合成及其在电化学合成氨中的应用It turns out that for Er_2Hf_2O_7 the defect fluorite structure is more stable than pyrochlore structure, agreeing well with previous investigations.
计算结果表明,Er_2Hf_2O_7的缺陷萤石结构比烧绿石结构更稳定,这与以前的研究结果是一致的。
参考来源 - 铪酸盐烧绿石几何与电子结构的第一性原理研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The experiment shows that, the pyrochlore phase can be rid of by the precursor synthesis.
结果表明，前驱体合成工艺能够在合成过程中避免焦绿石相的生成。
However, such materials are difficult to be fabricated without the appearance of a pyrochlore phase.
在铅基弛豫铁电材料的制备中，很难避免焦绿石相的出现。
Pt and Pt polynary systems, the pyrochlore-type oxide as the catalyst for methanol oxidation was reviewed.
综述了作为甲醇氧化催化剂的铂及铂的多元体系；钙钛矿型氧化物的研究现状。
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