The phrase "solid combustion" is correct and usable in written English.
It can be used in contexts discussing the combustion of solid fuels or materials, particularly in scientific or technical discussions.
Example: "The study focused on the efficiency of solid combustion in reducing emissions from coal-fired power plants."
Alternatives: "complete combustion" or "efficient combustion".
The conjugated flow and heat transfer behaviors of coolant and solid combustion chamber are numerically investigated.
Nanocrystalline cubic δ-TaN was prepared by a solid combustion synthesis method using the K2TaF7 + (5 + k NaN3 + k NH4F reactive mixture.
The solid combustion products produced under the optimized conditions include fine powders of tantalum, tantalum carbide, and tantalum silicides.
The model consists a comprehensive combustion code to predict the flow field, temperature field, the gas and solid combustion and the deposition growth behavior.
Using torrefied biomass, or biocoal, as a solid combustion fuel provides opportunity to introduce a sustainable feedstock into the energy market.
The original approach for this model combines an asymptotic combustion model for the carbonaceous solid combustion and a shrinking core model to describe the heavy metal vaporization.
Based on a simpler, isothermal version presented previously, this model combines an asymptotic-combustion model for carbonaceous-solid combustion and a shrinking-core model to describe the heavy metal vaporization phenomenon, in which the particle is now considered nonisothermal.
The masses of post-combustion pyrolysis residue and solid particulate combustion products (e.g., soot) are measured.
Unsteady state mathematical model involves all the processes occurring simultaneously or sequentially during the solid fuel combustion such as moisture evaporation, devolatilization, pyrolysis and homogeneous and heterogeneous combustion reactions.
The model takes into account solid propellant combustion, heat losses, and gas phase chemical reactions.
In this study, moving boundary modeling approach was suggested to develop a rigorous mathematical model of solid propellant combustion.
