1) orthoclase
[英]['ɔ:θəkleis] [美]['ɔrθə,kles]
正长石
1.
By using silicate bacteria,orthoclase and biotite,we studied the effects of adsorption time and silicate bacteria concentration on adsorption amount on mineral surface of orthoclase,biotite and their coexistence.
以硅酸盐细菌和正长石、黑云母为实验材料,研究了正长石和黑云母单独存在以及二者共存时,吸附时间和细菌浓度对硅酸盐细菌在其表面上吸附行为的影响。
2.
The results indicate that the colourless and transparent one is sanidine with homogeneous exsolution microstructure and the reddish one is orthoclase or sanidine without exsolution microstructure.
结果表明,两者成分差别不大,而结构差别较大,无色透明的为透长石,出溶叶片发育;微红色的为正长石或低透长石,出溶结构不发育。
3.
Two strains of silicate bacteria K110 and K195 separately reacted with four different mineral types of shiguzi,tanzha,mung bean rock and orthoclase.
对两种硅酸盐细菌菌株K110、K195分别与石骨子、碳渣、绿豆岩、正长石4种底物的解钾作用进行了研究。
2) orthoclastization
正长石化
3) plauenite
钾正长石
4) cassinite
['kæsi,nait]
钡正长石
5) sodium orthoclase
钠正长石
6) nepheline syenite
霞石正长岩
1.
Preparation of Layered Sodium Silicate from Nepheline Syenite: An Experimental Study;
利用霞石正长岩制备层状硅酸钠的实验研究
2.
The thermodynamic calculations of the Gibbs free energies for typical multiple phase equilibria in silicate systems were performed,including (1)melting reactions of silicate reactant in processing of the glass-ceramics;(2)sintering reactions in utilizations of nepheline syenite and high-(alumina) flyash;(3)crystallizing reactions of tobermorite and xonotlite .
对硅酸盐体系的典型多相平衡反应进行了热力学计算,包括:(1)微晶玻璃制备过程中的硅酸盐熔融反应;(2)霞石正长岩和高铝粉煤灰利用技术中的硅酸盐烧结反应;(3)S iO2-CaO-H2O体系和KA lS i3O8-CaO-H2O体系雪硅钙石、硬硅钙石的水热晶化反应;(4)高铝粉煤灰和霞石正长岩烧结产物的溶解反应;(5)Na[A l(OH)4]-A l(OH)3-H2O体系和Na2SO4-Ca(OH)2-H2O体系中α-A l(OH)3和CaSO4。
3.
In this paper, the authors reviewed the development and research status of nepheline syenite in Gejiu in the last 44 years.
综述了44年来个旧白云山霞石正长岩开发利用研究的基本情况。
补充资料：正长石
见长石。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条