基于Ventsim的深井线性热源对有效通风量的影响分析
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王从陆,李童
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Analysis of Influence of Deep Mine’s Linear Heat Source on Effective Ventilation Based on Ventsim Software
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Conglu WANG,Tong LI
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表1 用于深井线性热源与有效通风量研究的特征分支
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Table 1 Characteristic branch for the study of linear heat source and effective ventilation in deep shaft
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巷道序号 | 分支描述 | 长度/m |
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1 | 回风井,-965.0~918.6 m | 46.4 | 2 | 回风井,-918.6~-876.1 m | 42.5 | 3 | 回风井,-876.1~-845.0 m | 31.1 | 4 | 回风井,-845.0~-812.3 m,连有-845 m有轨水平巷道 | 32.7 | 5 | 回风井,-812.3~-785.0 m | 27.3 | 6 | 回风井,-785.0~-751.8 m,连有-785 m有轨水平巷道 | 33.2 | 7 | 回风井,-751.8~-725.0 m | 26.8 | 8 | 回风井,-725.0~695.5 m | 29.5 | 9 | 有轨水平巷道,-965.0 m | 57.7 | 10 | 有轨水平巷道,-965.5~-966.2 m | 48.6 | 11 | 有轨水平巷道,-965.0 m | 41.5 | 12 | 水平掘进巷道,-645 m | 39.3 | 13 | 水平掘进巷道,-645 m | 40.4 | 14 | 水平掘进巷道,-645 m | 45.7 | 15 | 水平掘进巷道,-623 m | 63.5 |
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