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首页> 外文期刊>Записки Российского минералогического общества >FRANKAMENITE K_3Na_3Ca_5(Si_(12)O_(30))F_3(OH) centre dot H_2O - A NEW MINERAL, TRICLINIC VAREITY OF CANASITE FROM CHAROITITES
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FRANKAMENITE K_3Na_3Ca_5(Si_(12)O_(30))F_3(OH) centre dot H_2O - A NEW MINERAL, TRICLINIC VAREITY OF CANASITE FROM CHAROITITES

机译:FRANKAMENITE K_3Na_3Ca_5(Si_(12)O_(30))F_3(OH)中心点H_2O-一种从矿物中提取的钙质矿物矿物新品

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摘要

The mineral has been found in well known charoitic rocks of Murunsky massif (Sokha Yakutia). Unlike the monoclinic canasite from Khibiny, frankamenite has a triclinic unit cell, which is the minimum fragment of its crystal structure, and contains the only one silicate tube of Si_(12)O_(30) composition. Within charoitites it is present as prismatic crystals up to 10 mm in size. The choice of the unit cell depends on distribution of Ca and Na atoms in octahedral sites and is connected with higher fluorine content, in respect to canasite from Khibiny. All the necessary data on physical properties and crystallochemical composition of frankamenite are presented in the paper. The mineral has been named to the memory of a prominent crystallographer - professor V. A. Frank-Kamenetsky (1915-1994).
机译:该矿物已在穆伦斯基地块(Sokha Yakutia)的著名炭化岩中发现。与Khibiny的单斜晶质钙质石不同,富兰克石具有三斜晶胞,是其晶体结构的最小片段,并且仅包含一个Si_(12)O_(30)组成的硅酸盐管。在硅藻土中,它以最大10 mm的棱柱状晶体存在。晶胞的选择取决于八面体位点中Ca和Na原子的分布,并且相对于Khibiny的钙铝石而言,它与较高的氟含量有关。本文介绍了有关菱锰矿的物理性质和晶体化学组成的所有必要数据。该矿物已被一位著名的晶体学家V. A. Frank-Kamenetsky教授(1915-1994)纪念。

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