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ID:33940281
大小:2.45 MB
页数:92页
时间:2019-03-02
《某金属矿山矿井通风系统优化改造分析》由会员上传分享,免费在线阅读,更多相关内容在行业资料-天天文库。
1、江西理工大学硕士学位论文目录2.3.1测定使用的仪器.........................................................................................102.3.2同时通风点数量确定.................................................................................112.3.3测点布置与说明..................................................
2、.......................................112.3.4断面积及风速(量)测定.........................................................................112.3.5风机装置风压测定.....................................................................................142.3.6电机输入功率测定...............................
3、......................................................142.3.7全矿及各中段进回风统计.........................................................................152.4通风系统评价·············································································172.4.1基本指标................................
4、.....................................................................172.4.2综合指标.....................................................................................................182.4.3辅助指标....................................................................................
5、.................192.4.4通风系统评价.............................................................................................192.5本章小结····················································································21第三章通风系统优化方案拟定.............................................
6、...........................................223.1通风系统优化改造根据与确定原则···················································223.1.1通风系统优化改造依据.............................................................................223.1.2优化改造确定原则.....................................................
7、................................223.2优化方案的提出···········································································223.3中段及采场通风网络·····································································263.3.1中段通风网络.............................................................
8、................................263.3.2采场通风网络.......................
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