Despite sounding like a thoroughly entertaining evening out, it is actually a description for one of the most important processes in the majority of engines. Known as the four-cycle, it is the process ...
With all the recent emphasis on electric vehicles, we often overlook the technology that still powers most cars on the road today. The internal combustion engine (ICE) has been at the heart of the ...
How can we burn natural gas without releasing carbon dioxide (CO2) into the air? This feat is achieved using a special combustion method: chemical looping combustion (CLC). In this process, CO2 can be ...
A phenomenological or empirical model based on experimental results obtained from various optical measurements is critical for the understanding of DI diesel combustion phenomena as well as for the ...
The search for new solutions for engine ignition systems and combustion of lean air-gas mixtures has led to the application of a two-stage combustion system, previously also known as turbulent jet ...
In most automobiles, heat is inevitable. That's because an internal combustion engine (ICE) powers most vehicles. In an ICE, fuel burns to create power, and the process releases heat. A lot of heat.
This summary provides an elucidation of the complex processes underlying flame acceleration and the subsequent transition to detonation in combustion systems. Flame acceleration, a phenomenon in which ...
The application has lowered the average O 2 by about 0.3 percentage points, which improves boiler efficiency, reduces NO X emissions and subsequently minimizes NH 3 consumption. Additionally, Valmet’s ...
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