The phrase "all combustion" is correct and usable in written English.
It can be used in contexts discussing combustion processes, reactions, or phenomena in various fields such as chemistry, physics, or engineering.
Example: "The study focused on all combustion types, including complete and incomplete combustion reactions."
Alternatives: "every combustion" or "all types of combustion".
There is an increasing demand in reducing pollutant emissions of all types from all combustion processes.
Axial decay of atomic sodium concentration was governed by chemical reactions during all combustion stages.
Steam heat was a major improvement over stoves and fireplaces because all combustion products were eliminated from occupied spaces, but heat sources were still localized at the radiators.
The knowledge of rate constants for these processes derived empirically makes possible a quantitative description of all combustion characteristics, such as explosion limits, delay of ignition, and burning velocity.
Only the indicated pressure and the speed measurements are used, standing on the assumption that all combustion phenomenona are reflected by the crank angle resolved pressure trajectory.
The results in the present study can be useful for developing a unified mixing model that can predict all combustion regimes accurately.
Of particular importance are the very small particles that are emitted in large quantities from all the combustion sources, and that could be potentially more significant in terms of their impact on health and the environment than larger particles.
In what may be an apology for all this internal combustion, the Wildflower Meadow is mowed and raked with a team of Suffolk Punch horses.
Direct injection and jet ignition coupled to port water injection are used here to avoid the occurrence of all these abnormal combustion phenomena as well as to control the temperature of gases to turbine in a turbocharged stoichiometric hydrogen engine.
In all the internal combustion engines upon raising the load (and then the torque) at constant engine speed there is a significant increment of combustion temperature with remarkable conversion of CO to CO2 and then less emission of CO at the exhaust.
Easy: just require that all internal combustion engines be replaced by clean-running, environmentally friendly perpetual motion machines.
