Behavior of mixture of Sulfamic Acid and Sodium Chloride
Journal Title: International Journal of Advanced Research in Computer Engineering & Technology(IJARCET) - Year 2012, Vol 1, Issue 4
Abstract
A mono crystal known as single crystal of sulfamic acid (H2NSO3H) and sodium chloride (NaCl) is an inorganic non-linear optical material was grown by slow evaporation solution growth technique. In this work, we are interested in growing single crystal for non-linear optical application. Beside this, we are trying to develop new material that, have specific thermo mechanical properties to be used as a suspension for the mirror in advanced gravitational waves detector in order to decrease low thermal noise. Crystallization may be carried out from a vapor, from a melt or from a solution. Nucleation and crystal growth are two important steps involved in the synthesis of any material. The present study discuss how the nucleation and crystal growth rates can be modified by the changing experimental parameter like starting regent, solvent, temperature, pressure etc. Mainly focus on the recent progress in the synthesis, properties, modification and application of crystal growth material as whole with special emphasis. A variety of material in the big size dimension has been synthesis and are characterized [1]. Crystal growth technology can be used gainfully to enhance biotechnology development, has been fabricated and tested with a variety of optical, electrical, magnetic or dielectric properties, present study doping of sulfamic acid and sodium chloride were prepared by unidirectional crystal and the influence of the compound on structure, quality and optical properties were investigated. FTIR and X-Ray diffraction and dielectric study analyses a revealed the diffraction pattern for sulfamic acid and sodium chloride crystal have almost the same set of peaks [2]. Our study also found that good quality crystal growth material can only be obtained into doping range this were suggest a new approach for using material for the crystal growth material. It is found that the dielectric constant of the material is enhanced due to doping of Sodium Chloride so Sulfamic Acid. This can be used in many application. For example. Azo dyes Industries, Influent water Treatment Plant, Swimming pool and material strength increasing in dyes etc [3]. Crystallization is important as an industrial process because of the material that are and can be marketed in the form of crystals.
Authors and Affiliations
Dr. Rita A. Gharde1 , Divakar T. Chunarkar
Keywords
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