Hydrogen and electricity are the leading energy sources for most applications in the near
future. With the rapid development of computers and computational chemistry methods, the …

Porous ceramic catalyst supports can be used for highly efficient methanol steam reforming
(MSR) due to their generally high catalyst loading capacity, large specific surface area, and …

Chemical kinetics mechanisms are essential for understanding, analyzing, and simulating
complex combustion phenomena. In this study, a neural ordinary differential equation …

Nowadays, the carbon-free policies and the crisis of crude oil make natural gas get
increasing attention. However, spark-ignited natural gas engines continually suffer from …

Step error calculation of numerical control (NC) machining tool path is a premise for
generating high-quality tool path and promoting its application. At present, iterative methods …

Chemical kinetic models are an essential component in the development and optimisation of
combustion devices through their coupling to multi-dimensional simulations such as …

Response-surface (RS) surrogate approaches permit efficient inverse uncertainty
quantification (UQ) of combustion kinetic models, wherein the uncertainty of reaction rates is …

In the present work, we compare the performance of four different metaheuristic algorithms
in reaction mechanism optimization problems. Mechanism optimization is an essential step …

Spark-ignited natural gas engines have received increasing attention in the heavy-duty
market due to their low cost and reliability advantages. However, there are still some issues …

Beans are a legume that has historically been a cheap source of protein, in the daily human
diet. Therefore, it is challenging that the quality of this legume be guaranteed. In this work …