The short chemical reaction time and high heat release of hydrogen fuel make a fine
propulsion performance. Hydrogen is recognized as an excellent new resource. However …

Driven by the dual-carbon goal, the utilization and promotion of hydrogen energy, as a
sustainable, eco-friendly, and clean energy option, has been widely supported by the …

The current ongoing rise in environmental pollution is leading research efforts toward the
adoption of propulsion systems powered by gaseous fuels like hydrogen, methane, e-fuels …

Hydrogen will likely be stored and transported at high densities to have sufficient hydrogen
on-site for efficient distribution. Cryogenic compressed hydrogen (CcH 2) is a high-density …

Underexpanded, cryogenic hydrogen and methane jets were measured using laser Raman
scattering diagnostic. The jets were released from 1 mm to 1.25 mm orifices for the …

Cryogenic liquid hydrogen offers a promising solution for achieving high-density hydrogen
storage and efficient on-site distribution. However, the potential hazards associated with …

The anticipated upscaling of hydrogen energy applications will involve the storage and
transport of hydrogen at cryogenic conditions. Understanding the potential hazard arising …

Cryo-compressed hydrogen shows increasing potentials in hydrogen utilization. The
development and revision of safety codes and standards for cryo-compressed hydrogen …

Hydrogen is a key pillar in the global Net Zero strategy. Rapid scaling up of hydrogen
production, transport, distribution and utilization is expected. This entails that hydrogen …

As a carbon-free fuel, hydrogen has received significant attention recently since it can help
enable low-carbon-economy. Hydrogen has very broad flammability range and very low …