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Performance Analysis of the Explosion Applications Realized with Electronic Ignition System at Different Times in the Same Field

机译:在同一领域不同时间实现电子点火系统实现的爆炸应用的性能分析

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In the modern world, the mining and construction sectors are developing rapidly and the need for engineering structures and substructures is increasing day by day. The quarries have been brought to an important place in the world within the scope of mining activities while the products needed by these structures are obtained especially from the quarries. Quarries are generally operated by forming benches according to the open pit mining method. In this production method, considering the state of geological structures in the field, the rocks (limestone, basalt, etc.) loosened by drilling and blasting applications are subjected to size reduction, loading and transportation processes. Therefore, the main objective of the present study is to compare the performance of blasting applications of electronic ignition system together with developing a model that can analyze the performance of ignition systems. In the evaluation of blasting performance, issues such as bulk particle size distribution, crushing and grinding processes, environmental effects, increase in production amount after blasting and cost of blasting were taken into consideration.
机译:在现代世界中,采矿和施工部门正在迅速发展,对工程结构和子结构的需求日益增加。在采矿活动范围内,采石场已经在世界范围内被带到了挖掘范围内,而这些结构所需的产品尤其来自采石场。通常通过根据露天坑开采方法形成长凳来操作矛盾。在这种生产方法中,考虑到该领域的地质结构状态,通过钻孔和爆破应用松动的岩石(石灰石,玄武岩等)进行尺寸减少,装载和运输过程。因此,本研究的主要目的是比较电子点火系统爆破应用的性能以及开发可以分析点火系统性能的模型。在对爆破性能的评估中,考虑了散装粒度分布,破碎和研磨过程,环境影响,环境影响,爆破后的生产量增加以及爆破成本的问题。

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