An ultra-sensitive method for hydrogen detection in complex environments

As a promising clean energy source, hydrogen (H2) requires reliable safety monitoring. However, lacking a permanent dipole moment, it is "infrared-inactive" and cannot be effectively measured by conventional absorption-based techniques. Although Raman spectroscopy can provide molecular fingerprinting, its extremely weak signal limits sensitivity. Together, these factors hinder real-time hydrogen monitoring in complex industrial environments.

from Energy & Green Tech News - Energy Sciences News, Green Tech, Energy, Energy Science https://ift.tt/sHS3n5M

SHARE SHARE SHARE