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METHOD FOR CREATING SUSPENSION BASED ON DETONATION NANODIAMOND

机译:基于爆轰纳米金刚的创建悬架的方法

摘要

FIELD: blasting.;SUBSTANCE: invention relates to a method for creating a suspension based on detonation nanodiamond, consisting in uniform distribution of the detonation nanodiamond in transmission oil wherein tablets with a diameter of 10 mm and a height of 4 to 5 mm are prepared from detonation nanodiamond powder using a mould on a press with a force of approximately 2,000 kg, the tablets are placed in a vacuum furnace at a residual pressure of at least 10-3 mm Hg, the tablets are heated in a vacuum at a rate of approximately 1 deg./s to 900-950°C and sustained under these conditions for approximately 10 minutes, cooled to room temperature without disturbing the vacuum, at room temperature, the vacuum-treated tablets are placed in an oil medium until complete impregnation with oil, the oil-impregnated tablets are dispersed in a vibration dispersant with impact bodies to a uniform viscous suspension wherein the nanodiamond concentration is 10 to 13% wt., and then diluted with fresh transmission oil so that the content of nanodiamond is 4 to 5% wt.;EFFECT: method provides a possibility of producing suspensions based on detonation nanodiamond.;1 cl, 3 dwg, 2 tbl
机译:领域:爆破。物质:发明涉及一种基于爆轰纳米金刚胺的悬浮液产生悬浮液的方法,其包括制备直径为10mm和高度为4至5mm的片剂的爆炸纳米金刚胺的均匀分布从爆炸纳米金刚胺粉末使用模具在压机上使用大约2,000kg的力,将片剂放置在至少10-3mm Hg的残余压力下,将片剂以真空加热大约1℃至900-950°C并在这些条件下持续约10分钟,冷却至室温而不干扰真空,在室温下,将真空处理的片剂置于油培养基中直至完全浸渍油状物,油浸渍片剂分散在具有冲击体的振动分散剂中,以均匀粘性悬浮液,其中纳米胺浓度为10至13%wt。,然后用新鲜的Tr稀释砧油使纳米金刚胺的含量为4至5%wt。;效果:方法提供了基于爆轰纳米金刚胺产生悬浮液的可能性。; 1 cl,3 dwg,2 tbl

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