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碳酸锰和碳酸锰-54的合成与测定。

Synthesis and determination of manganese carbonate and manganese-54 carbonate.

作者信息

King B D, Lassiter J W, Neathery M W, Miller W J

出版信息

J Dairy Sci. 1980 Apr;63(4):634-6. doi: 10.3168/jds.S0022-0302(80)82983-3.

Abstract

A method was developed by which radioactive manganese, manganese-54 carbonate (with a high specific activity), could be produced. This was accomplished by reacting manganese-54 chloride, manganese chloride tetrahydrate, and sodium bicarbonate. This reaction produced manganese-54 carbonate (specific activity .35 mCi/mg manganese mixed with stable manganese. The purity of the manganese carbonate (manganese-54 carbonate) was determined by the use of x-ray diffraction methods. One method compared "d" spacings (distance in angstroms between lattice planes of a crystal) with standard and index values for pure manganese carbonate. Another method compared x-ray diffractograms of the synthesized product with standard manganese carbonate. By both methods all material was the carbonate form of manganese (manganese-54 carbonate).

摘要

开发了一种能够生产放射性锰——碳酸锰-54(比活度高)的方法。这是通过使氯化锰-54、四水合氯化锰和碳酸氢钠发生反应来实现的。该反应生成了碳酸锰-54(比活度为0.35毫居里/毫克锰)并与稳定的锰混合。碳酸锰(碳酸锰-54)的纯度通过X射线衍射法测定。一种方法是将“d”间距(晶体晶格平面之间以埃为单位的距离)与纯碳酸锰的标准值和索引值进行比较。另一种方法是将合成产物的X射线衍射图与标准碳酸锰进行比较。通过这两种方法确定所有物质均为锰的碳酸盐形式(碳酸锰-54)。

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