Absorption spectra of smoke produced from polyvinyl chloride (PVC) and molded charcoal at high temperature are investigated between 500 and 950 GHz. Observed peaks at 626 GHz for PVC and at 692 and ...

Learn how Raman spectroscopy is crucial in analyzing industrial processes like the production of liquid hydrogen due to its speed and stability.

Why and what’s with Hydrogen? Is the Key question that needs to be taken up. At the same time, we need to understand the current key aspects, challenges to it and our scope in it. Distinguishing ...

Hydrogen is categorized by a colour spectrum based on production methods and carbon impact, with green hydrogen produced via electrolysis using renewable energy. As a clean energy carrier, green ...

A line-spectrum estimation method of underwater target radiated noise is studied, and the method is based on 1 1/2 D spectrum. The characteristic of 1 1/2 D spectrum is analyzed. Using 1 1/2 D ...

Molecular-dynamics simulations and first-principles calculations are employed to understand vibrational spectroscopy and molecular and electronic structure of the encaged hydrogen molecules in ...

A group led by Jo Verwohlt of the University of Copenhagen in Denmark has now shown that there is a way that could unveil dark matter by using a deeply redshifted line in the hydrogen spectrum ...

Other lines coincide closely with the series predicted by Rydberg and denoted as the principal series of the hydrogen spectrum.

ROCHESTER, N.Y. — The state of New York is one step closer to meeting its climate goals thanks to the rolling out of two hydrogen fuel cell electric buses in Rochester. Thanks to the fuel cell ...