- Hou Xiaowei，New data-driven method for in situ coalbed methane content evolution: A BP neural network prediction model optimized by grey relation theory and particle swarm:Energy & Fuels,2023,37(14):10344-10354.
- Hou Xiaowei，Quantifying and Controller Determination of Shale Matrix Compressibility: Implications for Pore Structure and Gas Flow Behavior Analyses:Natural Resources Research,2023,32(5):2095-2114.
- 侯晓伟，沁水盆地煤系气含气层段发育特征及其地质控制效应:煤炭科学技术,2023
- Hou Xiaowei，Multifractal investigation on multi-scale pore structure heterogeneity of high rank coal reservoirs:Natural Resources Research,2022,31(3):1665-1685.
- Hou Xiaowei，Pore structure complexity and its significance to the petrophysical properties of coal measure gas reservoirs in Qinshui basin, China:Frontiers of Earth Science,2021,15(4):860-875.
- Hou Xiaowei，Quantifying and Modeling of In Situ Stress Evolutions of Coal Reservoirs for Helium, Methane, Nitrogen and CO2 Depletions:Rock Mechanics and Rock Engineering,2021,54(8):3701-3719.
- Hou Xiaowei，Experimental and theoretical investigation on sorption kinetics and hysteresis of nitrogen, methane, and carbon dioxide in coals:Fuel,2020,268):117349.
- Hou Xiaowei，Investigation on pore structure and multifractal of tight sandstone reservoirs in coal bearing strata using LF-NMR measurements:Journal of Petroleum Science and Engineering,2020,187):106757.
- Hou Xiaowei，Geological models and controlling factors of gas content in marine–terrigenous shale in the southern Qinshui Basin, China:Energy Exploration & Exploitation,2019,37(1):375-393.
- Hou Xiaowei，Experimental study of the interplay between pore system and permeability using pore compressibility for high rank coal reservoirs:Fuel,2019,254):115712.