1)  green-stone;zonochlorite,chlorastrolite;californite vesuvianite
绿石,绿玉
2)  green-stone;zonochlorite,chlorastrolite,californite vesuvianite
绿石,绿玉
3)  epidote
绿 石
4)  pistacite(pistazit)
绿 石
5)  glauconite
海绿石海绿石海绿石底
6)  pyrochlore
焦绿石
1.
Ti-ion-irradiation-induced phase transition of Gd_2Zr_2O_7 pyrochlore;
Ti离子辐照诱发焦绿石Gd_2Zr_2O_7相变的电子显微研究
2.
Research on the Microstructure and Dielectric Relaxation Behavior of Bi-based Pyrochlore Ceramics;
铋基焦绿石陶瓷的微结构及介电弛豫特性研究
3.
Doping effects on pyrochlore Sm2-xSrxMo2O7(0.
实验研究了掺杂对钼基焦绿石结构的Sm2-xSrxMo2O7(0。
7)  pyrochlore
烧绿石
1.
The results show that well-defined La_2Zr_2O_7 powders with a single-phase pyrochlore structure can be obtained at 1100 ℃ for 3 h in air and behave excellent resistance to carbon deposition for the reaction of CO_2 reforming of methane.
结果表明,在空气中1100℃焙烧后,La-Zr-O体系催化剂形成了单相烧绿石结构复合氧化物,对CO2重整CH4制合成气反应表现出了优良的抗积炭能力,而以镍修饰后XRD方法只测量到了单相烧绿石结构La2Zr2O7衍射峰,说明NiO很有可能以无定形的细小晶粒均匀分散在La2Zr2O7表面。
2.
For its well properties showing in research about immobilizing high level radioactive waste,pyrochlore which stably exists in nature has been well studied in recent years.
自然界中稳定存在的烧绿石由于在高放废物固化研究中呈现出的良好特性,近年来得到了大量的研究。
3.
In this article, the physi chemical and kinetic features of supported Pd catalysts and pyrochlore complex oxide were investigated, and the efforts were made to seek a more promising material.
本文通过考察负载型 Pd催化剂和烧绿石型复氧化物催化剂的物化特性与催化反应动力学特征 ,探讨了改良现有催化剂体系反应性能的有效途
8)  green clay
绿石泥
1.
High efficiency skin cleaning additive——green clay;
全效洁肤添加剂——绿石泥
9)  pyrochlore phase
焦绿石相
1.
Effect of CuO addition on structure and dielectric properties of monoclinic pyrochlore phase ceramics (β-BZT) was investigated.
在三元系单斜焦绿石相微波介质陶瓷Bi2(Zn1/3Ta2/3)2O7(简称β-BZT)中添加不同量的CuO,研究其对材料的结构和介电性能的影响。
2.
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。
3.
It is very different to fabricate pure perovskite phase materials without the appearance of pyrochlore phase in lead based ferroelectric relaxors studies.
铅基弛豫型铁电体研究中遇到的普遍问题是难制成纯钙钛矿相的材料,在制备过程中常伴有焦绿石相的出现。
10)  glauconite
海绿石
1.
The Ages of Glauconites from Tieling and Jingeryu Formations,Beijing-Tianjin Area;
京津地区铁岭组、景儿峪组海绿石~40Ar-~39Ar年龄
2.
In Jixian Cross Section, the Preliminary Study of Glauconite in the Stromatolite-reef Limestone of Mesoproterozoic s Tieling Group;
天津蓟县剖面中元古界铁岭组二段叠层石岩礁灰岩中海绿石的初步研究
3.
The adsorption behaviors of Cs + and Yb 3+ on five minerals including calcite, kaolinite, montmorillonite, chlorite and glauconite are simultaneously investigated by the static equilibrium batch experiments with radioactive tracer technique.
用静态平衡批试法和放射性示踪技术研究了Cs+ 和Yb3 + 共存条件下 ,在方解石、高岭石、蒙脱石、绿泥石和海绿石等 5种矿物上的吸附行为。
补充资料:海绿石
海绿石
glauconite
    化学组成为K1-x(Al,Fe)2[AI1-xSi3+xO10](OH)2的层状结构硅酸盐矿物 。K,Fe离子含量随着产出的地质时代和光性的不同而变。一般早古生代产出的海绿石的K2O 含量较高,现代海洋沉积物中的海绿石Fe的含量较高。新鲜海绿石呈绿色、暗绿色。晶体属单斜晶系。呈叶片状至滚圆粒状或不规则蠕虫状、板状等。不透明,莫氏硬度2~3 ,比重2.2~2.8。关于海绿石的成因有不同看法,多数人认为海绿石在水深100~300米的浅海环境、缓慢沉积和有蒙脱石存在的条件下形成。海底软泥中的海绿石是典型的海洋沉积物。海绿石主要用于水质处理和改良土壤。
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