Synthesis of Calcium Silicate (Casio3) Using Calcium Fluoride, Quartz and Microbes

B. Gopal Krishna; M. Jagannadha Rao

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Synthesis of Calcium Silicate (Casio3) Using Calcium Fluoride, Quartz and Microbes

机译：用氟化钙，石英和微生物合成硅酸钙（Casio3）

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Microbes like bacteria, algae, fungi and virus play an important role to catalyst chemical reactions. In Nature, ores or minerals of different compounds are formed due to microbial environment and other factors like weathering. Microbial environment is also instrumental in forming calcium containing silicate minerals. Chemical reactions occur under microbial environment because microbes have the ability to control or modify different factors like pH, chemical potential and temperature during reactions. In this paper, synthesis of calcium silicate (CaSiO₃) using calcium fluoride (CaF₂) and quartz (SiO₂) under microbial environment in a laboratory is being adopted to produce the required material. XRD technique is used to confirm the formation of CaSiO₃.

机译：微生物如细菌，藻类，真菌和病毒在催化化学反应中起着重要作用。在自然界中，由于微生物环境和其他因素（如风化）而形成了不同化合物的矿石或矿物。微生物环境也有助于形成含钙的硅酸盐矿物。化学反应是在微生物环境下发生的，因为微生物能够控制或修改反应过程中的各种因素，例如pH，化学势和温度。本文在微生物环境下，利用氟化钙（CaF _{2 ）和石英（SiO _{2 ）合成硅酸钙（CaSiO _{3 ）。正在采用实验室生产所需的材料。用XRD技术确定了CaSiO _{3 的形成。}}}}

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《International Journal of Engineering Research and Applications》 |2015年第9期|共页
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B. Gopal Krishna; M. Jagannadha Rao;
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Synthesis of Calcium Silicate (Casio3) Using Calcium Fluoride, Quartz and Microbes

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