id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
gc-934	Xiu-zhen, Li; Rong-zhi, Tan; Yan, Gao	Modification of slope stability probability classification and its application to rock slopes in hydropower engineering regions	2019	10	.pdf	application/pdf	9583	226	50	Zeitschrift für Geomorphologie, 24, 31–51. SHI, Y.C., WANG, Z.W., WAN, G.R., WANG, Z.Y., CHEN, Q.Y. & TANG, S.C. (2005): Study of mountain highway slope mass rating.– Chinese Journal of Rock Mecha- nics Engineering, 24/6, 939–944. TAYLOR, H.W. (1980): A geomechanics classification applied to mining problems in the Shabanie and King mines, Zimbabwe.– Dissertation, University of Rhodesia. WU, D.B. & XU, W.Y. (2005): GSMR method for determining rock slope mechanical parameters.– Rock and Soil Mechanics, 26/9, 1421–1426. XIAO, G.F. (2007): Study on classification method of rock slope stability in highway construction in mountainous region.– Dissertation, Institute of Rock and Soil Me- chanical, the Chinese Academy of Sciences (in Chinese). ZHENG, J., ZHAO, Y., LÜ, Q., DENG, J., PAN, X. & LI, Y. (2016): A discussion on the adjustment parameters of the slope mass rating (SMR) system for rock slopes. – Engineering Geology, 206, 42–49. Rock mass classification systems are a good approach because they can thorough- ly consider many factors influencing rock slope stability.	cache/gc-934.pdf	txt/gc-934.txt