3Fourney W L. The role of stress waves and fracture mechanics in fragmentation[ C ] //11 th lnteraational Symposium on Rock Frag- mentation by Blasting. Sydney: [ s n] ,2015:27-39.
4Singh P K,Roy M P,Paswan R K,et al. Protection of underground mine structures due to adjoining open pit mine blasting[ C ]//11 th international Symposium on Rock Fragmentation by Blasting. Syd- ney: [ s n] ,2015:279-288.
5Katsabanis P D,Omidi O. The effect of delay time on fragmentation distribution through small-and medium-scale testing and analysis [ C ~ //llth International Symposium on Rock Fragmentation by Blasting. Sydney : [ s n ] , 20 1 5 : 715-720.
6P Schimek, Ouchterlony F, Moser P. Influence of blast-hole delay times on fragmentation as well as characteristics of and blast damage behind a remaining bench face through model-scale blasting [ C ]// 11 th International Symposium on Rock Fragmentation by Blasting. Sydney: [ s n] ,2015:257-266.
7Ouchterlony F, Nyberg U, Olsson M, et al. Effects of specific charge and electronic delay detonators on fragmentation in an aggregate quarry:building fragmentation model design curves [ C ] // 11 th International Symposium on Rock Fragmentation by Blasting. Sydney: [ s n ] ,2015:727-740.
8Beyglou A, Schunnesson H, Johansson D, et al. Adjusting initiation direction to domains of rock mass discontinuities in Aitik Open Pit Mine [ C ]//11 th International Symposium on Rock Fragmentation by Blasting. Sydney: [ s n] ,2015:385-392.
9H Parra,D Zenteno. Evaluating the inclusion of the implementation variability into Fragmentation Modelling [ C ] //1 t th [nternatiioa] Symposium on Rock Fragmentation by Blasting. Sydney: [ s n ], 2015 : 121-126.
10F Ouchterlony. The median versus the mean fragment size and other issues with the Kuz-Ram Model [ C]///11 th International Symposi- um on Rock Fragmentation by Blasting. Sydney:[ s n ],2015:109- 120.
