We have established an experimental system to investigate waterjet impact capacity and
coal relaxation behaviors, with reference to hydraulic slotting. The results indicate that after …

Microwave technology is regarded as a promising new method for coalbed methane
production. An investigation was carried out using a self-developed controllable microwave …

As the low permeability of shale gas reservoirs limit its large-scale commercial development,
the microwave irradiation stimulation is proposed as a new approach to increase the shale …

For purpose of understanding feasibility of coalbed methane (CBM) production in practical
water (H 2 O)-containing reservoirs by using microwave radiation, the dielectric property …

Microwave irradiation (MI) is a new method to enhance desorption of shale gas. It is very
important to explore the desorption law and influencing factors of shale samples under MI to …

Coalbed methane (CBM), recognized as a sustainable and environmentally friendly energy
source, plays a crucial role in mitigating global climate change and advancing low-carbon …

To assess feasibility of microwave radiation in CH 4 production, temperature rise of coals
under microwave field and resultant alterations in physico-chemical properties were …

This paper presents a technique for accelerating coalbed methane (CBM) desorption to
increase extraction efficiency using microwaves. Methane desorption experiments with and …

可控源微波辐射法因其选择性加热, 热效率高, 环保等特点, 被认为是一种极具发展前景的煤层增
透新方法. 煤体中的水分作为一种良好的吸波介质, 将对煤体的吸收微波能力产生重要影响 …

为了揭示微波能量对煤体孔裂隙结构的影响作用, 设计了循环微波辐射实验, 采用红外热成像,
超声波探测, 核磁共振和高精度X-CT 扫描技术探讨了不同微波辐射时间下, 煤体孔裂隙结构演化 …