黝帘石

The existence of fine intergrowth of low Fe epidote and clinoepidote in the glaucophane schist from Mulan Mountain, Hubei province has been confirmed by the analytical data from electron probe microanalysis and optical microscopic analysis.

电子探针和光学显微镜联合分析表明，木兰山蓝片岩中存在斜黝帘石-低铁绿帘石连生体。

NOTEWORTHY LOCALITIES: Thulite -- Little Chief Mine, Alaska and Telemark, Norway. Anyolite -- near Longido, northeastern Tanzania and Kenya.

著名产地：锰黝帘石的代表产地是阿拉斯加州的 Little Chief 矿井，和挪威的 Telemark 矿区，在奥地利、澳大利亚西部、意大利和美国的卡罗来纳州有产出，黄、绿黝帘石多分布在坦桑尼亚的东北部的 Longido和肯尼亚。

The name Tanzanite was choosen because it is much more appealing than blue zoisite.

坦桑石的名字被选中，是因为它具有更大的吸引力比蓝色黝帘石。

It is a rare blue-purple zoisite.

这是一种罕见的蓝紫色黝帘石。

I suspect "ruby" is given primary billing for these rocks because of its likely appeal to potential buyers despite the fact that, considering the relative volumes of these components in these rocks, it would seem more appropriate for zoisite to be given top billing.

Ruby-zoisite， ruby in zoisite， ruby-in-zoisite 红宝黝帘石的名字和 anyolite 的名字在市场也经常使用，将红宝的名字作为主角突出出来，主要是为了吸引潜在的买主，尽管矿物事实上有与红宝相似的大量成分，但更多的是黝帘石。

Anyolite is the name frequently applied to all gemrocks that consist largely of massive apple-green zoisite plus ruby-red corundum ( i.e., medium or relatively low grade ruby)± macroscopic hornblende.

Anyolite ，该名称是一个经常惯用的宝石名称，准确描述了其组成是又大块的苹果绿黝帘石，并伴随红色刚玉（中度或者低级别的红宝石）以及肉眼可观察到的角闪石。

Zoisite was named for the Slovenian noble, Sigmund Zois (1747-1819), Baron of Edelstein, whose interest in minerals led to his financing mineral collecting expeditions .

黝帘石的名称来自斯洛文尼亚贵族，男爵 Sigmund Zois (生于1747年，死于1819年)，他对矿物的兴趣，促使他出资成立一个矿物搜集远征队。

Zoisite itself is named for mineral collector Siegmund von Zois, the Baron von Edelstein (1747-1819), who discovered the gemstone in 1804 inAustria.

黝帘石的名称来自于矿物收藏家 Siegmund von Zois 男爵(1747-1819)，他于1804年在奥地利发现了这种柔软易刻画的黝帘石。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。