Influence of blasting charges and delays on the energy consumption of mechanical crushing

INIS

• charges 100%
• energy consumption 100%
• blasting 100%
• crushing 100%
• energy 80%
• blasts 60%
• performance 40%
• indicators 40%
• comminution 40%
• power 20%
• production 20%
• distribution 20%
• environment 20%
• correlations 20%
• particle size 20%
• units 20%
• design 20%
• rocks 20%
• universities 20%
• mining 20%
• mines 20%
• inertia 20%
• machinery 20%
• jaw 20%
• time delay 20%
• explosives 20%

Keyphrases

• Mechanical Crushing 100%
• Energy Consumption 100%
• Size Reduction 40%
• Crusher 40%
• Primary Crushing 40%
• Key Performance Indicators 40%
• Putting 20%
• Moving Parts 20%
• Blast Design 20%
• Two-component 20%
• Primary Crusher 20%
• Energy Use 20%
• Inertia Load 20%
• Power Energy 20%
• Geological Environment 20%
• Particle Size Distribution 20%
• Explosive Power 20%
• Responsible Mining 20%
• Blasting Parameters 20%
• Additional Energy 20%
• Inertial Resistance 20%
• Delay Time 20%
• Coarse Fragments 20%
• Blast Test 20%
• Real Power 20%

Engineering

• Energy Engineering 100%
• Size Reduction 28%
• Key Performance Indicator 28%
• Crusher 28%
• Moving Part 14%
• Primary Crusher 14%
• Real Power 14%
• Inertia Load 14%
• Explosive Energy 14%
• Delay Time 14%
• Energy Component 14%