Synthesis of mercury (Hg) nano range particles

B. Krishna, B. Nalinikant, M. Rao, D. K. Golhani, Manisha Soni Golhani
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Abstract

In this research, mercury (Hg) nano range (4nm–40nm) particles were synthesized by a new biophysical technique. Mercury nano range particles had been fabricated by biological cells (Staphylococcus sciuri) under low magnetic field and size depends on the kind of biological cells and the strength of magnetic field. A low strength of magnetic field and good quantity of biological cells facilitated the formation of mercury nano range particles which is due to the effect of environment created by the biological cells on Hg under magnetic field. The purpose of this paper is to report synthesis of mercury nano range particles.
汞纳米级颗粒的合成
本研究采用一种新的生物物理技术合成了纳米范围(4nm-40nm)的汞(Hg)颗粒。利用生物细胞(葡萄球菌)在低磁场条件下制备了汞纳米级颗粒,其大小取决于生物细胞的种类和磁场强度。磁场强度低,生物细胞数量多,有利于汞纳米级颗粒的形成,这是由于生物细胞在磁场作用下产生的环境对汞的影响所致。本文的目的是报道纳米级汞颗粒的合成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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