The phrase "assisted hydrogen" is correct and usable in written English.
It can be used in contexts related to chemistry, energy production, or technology where hydrogen is being facilitated or enhanced by another process or substance.
Example: "The research focused on the development of assisted hydrogen production methods to improve efficiency in fuel cells."
Alternatives: "enhanced hydrogen" or "facilitated hydrogen".
The strongest observed type of interaction is a charge assisted hydrogen bond N+ H⋯Cl−.
Microwave assisted hydrogen plasma etching process was used to obtain hydrogen-terminated diamond films.
Recently, a high-efficiency laser assisted hydrogen ion (H-) beam stripping was successfully carried out in the Spallation Neutron Source (SNS) accelerator.
This work proves that the keto group can serve as a chiral recognition center by imine formation supported by resonance assisted hydrogen bonding (RAHB).
The design, construction and evaluation of hybrid organic organometallic and inorganic organometallic crystalline materials held together by charge assisted hydrogen bonding interactions are described.
Previous report [13] also indicated that higher temperature assisted hydrogen generation significantly.
Temperature cycling of Pt-decorated SWCNHs using a Sievert's apparatus also indicated metal-assisted hydrogen adsorption of ≈0.08% mass fraction at 5 MPa at room temperature.
Labor said that the direct investment from the policy was focused on the production of hydrogen gas using renewable energy, but the platform did include regulatory reforms and infrastructure investment that could assist hydrogen production from non-renewable sources.
Over Pt/Al2O3 this step is assisted by hydrogen.
The choice of a counter-anion in the initial ammonium salt as well as selection of the ligand and solvent provides an effortless approach to the controlled assembly of two- or three-dimensional extended networks assisted by hydrogen bonding.
The fatigue life prediction model inside ODA has been constructed in the VHCF regime based on the master curve of the growth of ODA where fatigue failure is caused by cyclic loading assisted by hydrogen trapped by inclusion.
