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Research on Synergistic Optimization of Combustion Chamber Shape and Hydrogen Jet of Hydrogen Direct Injection Engine for Ultra-Lean Combustion

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Outgoing claims: the papers this work cites, builds on, or argues with.

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Progressive strategies to avoid and exploit knock limit for optimal performance and stoichiometric operation of a DI hydrogen engine with high CR at WOT conditions
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Effects of second hydrogen direct injection proportion and injection timing on combustion and emission characteristics of hydrogen/n-butanol combined injection engine
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Hydrogen engine operation strategies: Recent progress, industrialization challenges, and perspectives
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Research on the inducing factors and characteristics of knock combustion in a DI hydrogen internal combustion engine in the process of improving performance and thermal efficiency
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Numerical simulation of the mixture distribution and its influence on the performance of a hydrogen direct injection engine under an ultra-lean mixture condition
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Assessment of a synergistic control of intake and exhaust VVT for airflow exchange, combustion, and emissions in a DI hydrogen engine
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Energy and exergy analysis for a turbocharged direct-injection hydrogen engine to achieve efficient and high-economy performances
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Feasibility analysis of a direct injection H2 internal combustion engine: Numerical assessment and proof-of-concept
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Research on optimizing turbo-matching of a large-displacement PFI hydrogen engine to achieve high-power performance
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Simulation study of N2/Ar dilution gas to improve thermal efficiency and reduce NOX emissions in hydrogen engines
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A high-efficiency internal combustion engine using oxygen and hydrogen
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Experimental and modeling investigations to improve the performance of the near-zero NOx emissions direct-injection hydrogen engine by injection optimization
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A novel approach for experimental study and numerical modeling of combustion characteristics of a hydrogen fuelled spark ignition engine
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A Computational Study of the Mixture Preparation in a Direct–Injection Hydrogen Engine
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