Optical Study on the Effects of Wall and Intake Temperatures on Ammonia Combustion and Emissions
Ren Zhang,
Lin Chen,
Jinguang Li
et al.
Abstract:Ammonia (NH3) as an alternative carbon-free
fuel suffers
from poor combustion and emission performance, limiting its large-scale
commercial utilization in the automobile industry. It has been shown
that ammonia combustion is sensitive to operating boundary conditions
of actual engines. In this work, the effects of thermodynamic boundary
conditions (i.e., wall and intake temperature) on ammonia combustion
and emissions were investigated using an optical spark-ignition engine
with a high compression ratio. Wall … Show more
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