高岭土矿结晶构造特征和研究方法
陈开惠
摘要(Abstract)：
<正> (四)高岭土矿物红外吸收光谱图谱特征化合物或天然的矿物具有规则排列的某些原子或离子团对红外光谱能产生吸收作用。不同的原子或离子团,或者相同原子在晶体构造中具有的性态,它们能吸收不同波长的红外光谱。因此,可以利用这一原理来研究天然矿物中离子状态,并据红外吸收光谱的图谱特征来鉴定矿物。利用红外吸收光谱来研究粘土矿物是一
关键词(KeyWords)：
基金项目(Foundation):
作者(Author): 陈开惠
DOI: 10.16521/j.cnki.issn.1001-9642.1982.05.002
参考文献(References)：
- [1] 李家驹译,粘土矿物的分类,国外地质,1981,(1) ,1
- [2] 陈开惠,高岭石-多水高岭石矿物晶体形态特征和演化,地质科学,1981,(1) ,30～37
- [3] Brindley, C. W., X-Ray identification and Crystal Structures of clay minerals, London, 1951, 33～75
- [4] Murray, H. H., and S. C. Lyons, Degree of Crysta1 Perfection of Kaolinite, Natl, Acad, Sci., Publ,1956, (456) , 31～40
- [5] R. E. Crim, Clay Mineralogy, McGraw-Hill Dook Company, London, 1968, 51～72
- [6] Betes, T. F., Hildebrand, F. A. and Swineferd, A., Morphology and Structure of endeltete and halloysite, Am. 9 Mineralogist, 1950, (35) , 463～484
- [7] Kohayma, N., Fukushima, K. and Fukami, A., Observation of the hydrated form of tubular halloysite by an electron microscope equipped with an environmental call, Clay and Clay Minerals, 1978, 26, (1) , 25
- [8] H.A.卡庆斯基,土壤机械组成微团聚体组成及其研究方法,科学出版社,1964,35
- [9] Farmer, V., and J. D. Russell, The Intra-red Spectra of Layer Silicates, Spectrochim, Acta, 1964, (20) 1149～1173
- [10] Etsugo Kato, Infrared Studies on Kaolin Minerals, 1976
- [11] W. D. Keller, Scan Electron Micrographs of Kaolins Collected from Diverse Environments of Originlv, Clay and Clay Minerals, 1978,(1) ,1～20
- [12] Toshio Sudo and Haruo Yotsumoto, Claysand Clay Minerals 1977(25) , 2
- [13] 沈永和,论高岭岩 地质出版社,1959
- [14] 陈开惠,湖北均县风化型高岭土中蒙脱石矿物的形成和变化,地质科学1981,(4)