Lecturer at Liaoning Technical University, College of Safety Science and Engineering, China
Dr. Yashengnan Sun is a Lecturer at the College of Safety Science and Engineering, Liaoning Technical University, China. She holds a Ph.D. in Safety Science and Engineering from the same institution. Her research primarily focuses on mine gas safety, gas explosion prevention, and carbon monoxide (CO) elimination technologies. Dr. Sun has contributed significantly to the field through her work on gas explosion suppression and catalytic CO removal, publishing in several high-impact SCI-indexed journals such as ACS Omega, Scientific Reports, and Applied Surface Science. With six completed or ongoing research projects and four patents either published or under process, her innovative solutions, including vent door mechanisms and copper-manganese-based catalysts, have practical applications in enhancing underground mine safety.
Professional Profile:
ORCID
Suitability for the Best Researcher Award – Dr. Yashengnan Sun
Dr. Yashengnan Sun is a highly suitable candidate for the Best Researcher Award based on her impressive contributions to the field of safety science and engineering. As a Lecturer at Liaoning Technical University, she has focused her research on critical issues such as mine gas safety, gas explosion prevention, and CO elimination—areas that directly impact industrial and human safety. With six completed or ongoing research projects and multiple SCI-indexed journal publications (in ACS Omega, Scientific Reports, AIP Advances, etc.), her work reflects a strong combination of theoretical knowledge and practical application. Her innovations—such as vent door mechanisms for explosion suppression and the development of copper-manganese-based catalysts for CO elimination—demonstrate a meaningful and applied contribution to mine safety.
🎓 Education
Ph.D. in Safety Science and Engineering
🏫 Liaoning Technical University, China
📌 Specialization:
Mine Gas Safety
Gas Explosion Prevention
Carbon Monoxide (CO) Elimination Technologies
💼 Work Experience
Lecturer (Present)
🏢 College of Safety Science and Engineering
📍 Liaoning Technical University, Fuxin, China
🔬 Responsibilities:
Conducts advanced research on explosion suppression and gas safety
Guides students and research teams in safety engineering projects
Publishes findings in reputed journals
🏆 Achievements
📚 Publications in Reputed Journals:
PLoS One, ACS Omega, AIP Advances, Scientific Reports, Applied Surface Science
🔍 Highly Cited Research DOIs:
10.1021/ACSOMEGA.2C01002
10.1371/JOURNAL.PONE.0267553
10.1021/ACSOMEGA.1C02019
10.1038/S41598-025-86011-0
⚙️ Research Projects:
📊 6 Completed/Ongoing Research Projects
🧪 Involvement in experimental and simulation-based studies related to mine safety and gas explosions
🧾 Patents:
4 patents published/under process focusing on explosion suppression and CO removal technologies
🧬 Key Contributions:
Developed vent door systems for blast mitigation
Innovated Cu–Mn-based catalysts for CO elimination
Improved safety protocols for confined underground spaces
🥇 Awards & Honors
🌟 Recognized for contributions to mine and industrial safety
🏅 Acknowledged in international forums and journals for practical safety innovations
🧠 Strong candidate for Best Researcher Awards and academic honors due to:
High-impact research
Safety-focused technology development
Interdisciplinary contributions across engineering and environmental science
🔬 Research Areas
🌫️ Elimination of Carbon Monoxide (CO)
💥 Gas Explosion Suppression
🛑 Confined Space Safety
🧯 Mine Gas Hazard Mitigation
🟢 Carbon Dioxide Emission Control
Publication Top Notes:
Experimental research on rapid removing characteristics of carbon monoxide generated during gas explosions
Effect of Sn on the CO Catalytic Activity and Water Resistance of Cu–Mn Catalyst
Experimental Study on the Evolution Trend of the Pore Structure and the Permeability of Coal under Cyclic Loading and Unloading
Regularity of Mine Gas Flow Disaster Induced by Gas Natural Ventilation Pressure after Coal and Gas Outbursts
Removal of CO Generated by a Gas Explosion Using a Cu–Mn Elimination Agent