Area of research
Mechanical Engineering · Materials Chemistry
Research interest
Research focused on Ferrosilicon and Nitriding, with related work in Alloy, Coke, Mechanism (biology). Notable publications include 'Investigating the kinetics, thermodynamic properties, and mechanisms of high-temperature oxidation in ferrosilicon alloys', 'Comprehensive study on the influence mechanism, product properties and kinetics of CaC2 synthesis from coke and calcium oxide at high-temperature', and 'Kinetic Study of Pure Oxygen Combustion of Coke Blended with Calcium Oxide'.
Comprehensive study on the competitive mechanisms of oxidation and nitriding reactions in ferrosilicon alloys under high-temperature air condition: reaction mechanism, product properties, and kinetics
Study on the kinetics and product properties of nitriding the ferrosilicon alloy at high temperatures
Comprehensive study on the influence mechanism, product properties and kinetics of CaC2 synthesis from coke and calcium oxide at high-temperature
Study on High Temperature Nitriding Mechanism of Ferrosilicon Alloy: Experiments and First-Principles Calculations
Study on the Competition Mechanism between Oxidation and Nitridation of Ferrosilicon Alloy Under High Temperature Conditions: Experiments and First-Principles Calculations
Comprehensive Study on the Reaction Mechanism, Product Properties and Kinetics of the Nitriding of Ferrosilicon Alloys at High-Temperature
Unveiling the interfacial dynamics of Si/Al adsorption on calcium carbide: mechanistic insights and advanced applications
Comprehensive study on the competitive mechanisms of oxidation and nitriding reactions in ferrosilicon alloys under high-temperature air condition: reaction mechanism, product properties, and kinetics
Investigating the kinetics, thermodynamic properties, and mechanisms of high-temperature oxidation in ferrosilicon alloys
Kinetic Study of Pure Oxygen Combustion of Coke Blended with Calcium Oxide