Thermodynamic analysis of employing argon as the diluent and adding hydrogen in an HCCI ammonia engine: Ignition characteristics and performances of …
C Wang, J Deng, W Ding, Y Huang, Y Tang… - International Journal of …, 2024 - Elsevier
Ammonia is an efficient hydrogen energy carrier and a potential zero-carbon fuel for internal
combustion engines. However, the poor ignition and combustion performances of ammonia …
combustion engines. However, the poor ignition and combustion performances of ammonia …
Effects of hydrogen and methane anti-knocking characteristics on the efficiency and power output in argon power cycle engines
Abstract Argon Power Cycle (APC) combustion engine has a high efficiency, zero carbon
emissions, and zero pollutant emissions, rendering it a promising way for achieving zero or …
emissions, and zero pollutant emissions, rendering it a promising way for achieving zero or …
Efficiency and power enhancement strategies for methane direct injection argon power cycle engines
Abstract Argon Power Cycle (APC) is a novel concept for high efficiency and zero carbon
emissions, which replaces the air by an argon-oxygen mixture. Previous studies have …
emissions, which replaces the air by an argon-oxygen mixture. Previous studies have …
Efficiency Enhancement and Lean Combustion Performance Improvement by Argon Power Cycle in a Methane Direct Injection Engine
Abstract Argon Power Cycle (APC) is an innovative future potential power system for high
efficiency and zero emissions, which employs an Ar-O2 mixture rather than air as the …
efficiency and zero emissions, which employs an Ar-O2 mixture rather than air as the …