桂林理工大学学报
桂林理工大學學報
계림리공대학학보
JOURNAL OF GUILIN UNIVERSITY OF TECHNOLOGY
2013年
4期
599-604
,共6页
膨润土%矿物学%拉伊格来克%巴里坤%新疆
膨潤土%礦物學%拉伊格來剋%巴裏坤%新疆
팽윤토%광물학%랍이격래극%파리곤%신강
bentonite%mineralogy%Layigrac%Barkol county%Xinjiang
拉伊格来克膨润土矿主要是由玄武岩、玄武安山岩及中酸性火山碎屑岩于火山盆地沉积,后经过流体作用发生水解蚀变而成。结合成矿地质背景,从矿物学角度研究了矿区Ⅰ号矿段膨润土的矿石特征、蒙脱石化学成分、物化性质、矿物组构、应用属性等,结果表明:蒙脱石平均含量68.01%; w (Al2O3)18.45%,含量相对较高;矿石胶质价(>100 mL/15 g)、膨胀容(36.0 mL/g)、比表面积(395 m2/g)均偏高; ENa +/CEC>69.0%; X射线衍射分析, d(001)在1.22~1.35 nm。综合认为该矿段膨润土主要属钠基和钙钠基,蒙脱石相对含量高,质地优,耐热性能强,是一种优质的膨润土矿产资源。
拉伊格來剋膨潤土礦主要是由玄武巖、玄武安山巖及中痠性火山碎屑巖于火山盆地沉積,後經過流體作用髮生水解蝕變而成。結閤成礦地質揹景,從礦物學角度研究瞭礦區Ⅰ號礦段膨潤土的礦石特徵、矇脫石化學成分、物化性質、礦物組構、應用屬性等,結果錶明:矇脫石平均含量68.01%; w (Al2O3)18.45%,含量相對較高;礦石膠質價(>100 mL/15 g)、膨脹容(36.0 mL/g)、比錶麵積(395 m2/g)均偏高; ENa +/CEC>69.0%; X射線衍射分析, d(001)在1.22~1.35 nm。綜閤認為該礦段膨潤土主要屬鈉基和鈣鈉基,矇脫石相對含量高,質地優,耐熱性能彊,是一種優質的膨潤土礦產資源。
랍이격래극팽윤토광주요시유현무암、현무안산암급중산성화산쇄설암우화산분지침적,후경과류체작용발생수해식변이성。결합성광지질배경,종광물학각도연구료광구Ⅰ호광단팽윤토적광석특정、몽탈석화학성분、물화성질、광물조구、응용속성등,결과표명:몽탈석평균함량68.01%; w (Al2O3)18.45%,함량상대교고;광석효질개(>100 mL/15 g)、팽창용(36.0 mL/g)、비표면적(395 m2/g)균편고; ENa +/CEC>69.0%; X사선연사분석, d(001)재1.22~1.35 nm。종합인위해광단팽윤토주요속납기화개납기,몽탈석상대함량고,질지우,내열성능강,시일충우질적팽윤토광산자원。
The Layigrac bentonite mine formed mainly by fluid action ,hydrolyzed and altered the basalt, basalt-ic andesite and intermediate-felsic volcaniclastic rock deposited in the volcanic sedimentary basin .From miner-alogy geological background, the mineralogical characteristics, chemical composition, physical-chemical proper-ties, mineral fabrics and application attributes of montmorillonite from Ore Block I are studied .The conclusions are: (1)Average content of montmorillonite is 68.01%, and w(Al2O3) is 18.45%, showing a relatively high level.(2)The ore displays a slightly higher glial price ( >100 mL/15 g),in swelling capacity (36.0 mL/g) and specific surface area (395 m2/g).(3) ENa +/CEC>69.0%.(4) X-ray diffraction analysis discloses the minerals d(001) value of 1.22-1.35 nm.Therefore, the bentonite in the ore block is a kind of high-quality bentonite mineral resource with combined attributes of sodium base and calcium-sodium base,relatively higher contents of montmorillonite, excellent texture, and strong heat resistance.