基于提高能量利用率的能量全新运用原理研究与应用

Research and Application of New Energy Utilization Principles Based on Improving Energy Utilization Efficiency

针对现有宏观控制原理难以提高能量利用率的问题,文章通过深入挖掘随机作用中的内在能量,提出了一种全新的能量运用原理——微观控制原理。该原理通过调控频谱中相位与能量频谱密度的分布和匹配状态,生成更多正能量,以实现对爆炸与随机作用的微观控制。通过实验验证,该原理应用于相关领域,可以提升爆炸射孔正能量,加大井壁围岩破碎范围与微裂隙发育贯通程度,提高石油与天然气井的产量,改善爆破振动安全效益,模拟地震效应武器爆炸。该原理还可延伸应用于热力学、电工学、气动与流体力学、声学等领域,为提高能量利用率和掌控随机现象提供新思路。

In response to the problem that existing macroscopic control principles failed to boost energy utilization efficiency,this article proposes a brand new principle-microscopic control,by digging deeply into the intrinsic energy in random actions.This principle generates more positive energy by regulating the distribution and matching state of phase and spectral density,in order to control explosions and random actions.Through experimental verification,this principle can be applied in relevant fields to enhance the positive energy of explosive perforation,increase the range of rock fragmentation and the penetration of micro cracks on the shaft lining,and thereby boost the benefits of blasting vibration,increase the production of oil and natural gas wells.This principle can also be applied to fields such as thermodynamics,electroengineering,aerodynamics and hydrodynamics,acoustics,providing new ideas for bolstering energy utilization efficiency and controlling random actions.