盐湖研究
鹽湖研究
염호연구
JOURNAL OF SALT LAKE RESEARCH
2008年
2期
41-44
,共4页
姚颖%王小华%景燕%孙进贺%马军%贾永忠
姚穎%王小華%景燕%孫進賀%馬軍%賈永忠
요영%왕소화%경연%손진하%마군%가영충
锂皂石%纳米材料%卤水%粘土矿物%硅酸镁锂
鋰皂石%納米材料%滷水%粘土礦物%硅痠鎂鋰
리조석%납미재료%서수%점토광물%규산미리
Hectorite%Nanoparticle%Brine%Clay%Magnesium Lithium Silicate
用青海柴达木盆地的盐湖卤水为原料,经浓缩后用水热法直接合成球形纳米硅酸镁锂,此方法充分利用了盐湖资源,无需镁锂分离.同时对样品进行了X-ray、TEM表征、计算了比表面积和粒径.
用青海柴達木盆地的鹽湖滷水為原料,經濃縮後用水熱法直接閤成毬形納米硅痠鎂鋰,此方法充分利用瞭鹽湖資源,無需鎂鋰分離.同時對樣品進行瞭X-ray、TEM錶徵、計算瞭比錶麵積和粒徑.
용청해시체목분지적염호서수위원료,경농축후용수열법직접합성구형납미규산미리,차방법충분이용료염호자원,무수미리분리.동시대양품진행료X-ray、TEM표정、계산료비표면적화립경.
Spherical nanoparticles of Magnesium Lithium Silicate were synthesized hydrothermally using natural brine of Qaidam Salt Lake as starting materials. The concentrated brine was utilized directly without separating lithium or magnesium from brine at first. It is a good idea to make use of the salt lake resources in this region. The samples were determined by X-ray and TEM. The surface area and particle size were calculated.
