1. Arbuzov S I, Chekryzhov I Y, Spears D A, Ilenok S S, Soktoev B R, Popov N Y. Geology,geochemistry,mineralogy and genesis of the Spetsugli high-germanium coal deposit in the Pavlovsk coalfield,Russian Far East. Ore Geology Reviews, 2021a, 139:
2. Arbuzov S I, Spears D A, Ilenok S S, Chekryzhov I Y, Ivanov V P. Modes of occurrence of germanium and tungsten in the Spetsugli germanium ore field,Pavlovka brown coal deposit,Russian Far East. Ore Geology Reviews, 2021b, 132:
3. Battaglia S. Applying X-Ray geothermometer diffraction to a chlorite. Clays and Clay Minerals, 1999, 47: 54-63.
4. 曹泊,秦云虎,朱士飞,傅雪海,徐辉,宗师. 2022. 广西上林合山组炭质泥岩中锂和稀土元素的成因及富集机制. 煤炭学报,47(5): 1851–1864 [Cao B,Qin Y H,Zhu S F,Fu X H,Xu H,Zong S. 2022. Origin and enrichment mechanism of lithium and rare earth elements in carbonaceous mudstone of Heshan Formation,Shanglin,Guangxi. Journal of China Coal Society,47(5): 1851–1864 (in Chinese with English abstract)].
5. 陈健,李洋,江佩君,李秀丽,齐啸威,刘文中,陈萍. 2022. 煤型关键元素矿床的资源综合利用与潜在环境风险: 以云南临沧某锗提炼厂为例. 煤炭学报,47(5): 1885–1894 [Chen J,Li Y,Jiang P J,Li X L,Qi X W,Liu W Z,Chen P. 2022. Comprehensive utilization of resources and potential environmental risk of the coal-hosted critical element deposits: A case from the Lincang Ge refinery. Journal of China Coal Society,47(5): 1885–1894 (in Chinese with English abstract)].