铀矿地质
鈾礦地質
유광지질
URANIUM GEOLOGY
2010年
1期
55-59
,共5页
无机碳%有机碳%非水滴定%铀矿
無機碳%有機碳%非水滴定%鈾礦
무궤탄%유궤탄%비수적정%유광
inorganic carbon%organic carbon%non-waterdrop%uranium deposit
研究了非水滴定法连续测定铀矿地质样品中的无机碳和有机碳的新方法,建立了优化的测定体系.无机碳回收率为99.4%～100.1%,有机碳的回收率为98.54%～103.1%,该法应用于生产,简便快速,准确可靠,结果令人满意.
研究瞭非水滴定法連續測定鈾礦地質樣品中的無機碳和有機碳的新方法,建立瞭優化的測定體繫.無機碳迴收率為99.4%～100.1%,有機碳的迴收率為98.54%～103.1%,該法應用于生產,簡便快速,準確可靠,結果令人滿意.
연구료비수적정법련속측정유광지질양품중적무궤탄화유궤탄적신방법,건립료우화적측정체계.무궤탄회수솔위99.4%～100.1%,유궤탄적회수솔위98.54%～103.1%,해법응용우생산,간편쾌속,준학가고,결과령인만의.
A new method of non-waterdrop decides is studied to determine the inorganic carbon and organic carbon continously in samples for uranium geology and an optimum system of determination has been established.The recovery rate of inorganic carbon is in range of 99.4%-100.1% and the recovery rate of organic carbon is in range of 98.54%-103.1%.This method has been applied to production with satisfactory results.
