What type of study is this?

Toward electron self-localization in H2 gas: Multiple scattering effects on the electron drift mobility at low temperature and intermediate densities

View Full Paper

Ask AI

Bookmark

Authors

Measurements show electron drift mobility is affected by multiple scattering in gaseous H2, indicating new insights into classical kinetic theory.

Electron drift mobility μ is notably influenced by multiple scattering effects in H2 gas, altering classical mobility predictions.
Measurements were taken at two low temperatures (49.7 K and 29.7 K) with intermediate densities ranging from 0.5 × 1026 m−3 to 5 × 1026 m−3.
The findings support a model that incorporates multiple scattering into classical kinetic theory to explain quasi-free electron behavior.
Data analysis confirms the model's accuracy and applicability in describing electron mobility in dense noble gases.

Borghesani et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark

Measurements show electron drift mobility is affected by multiple scattering in gaseous H2, indicating new insights into classical kinetic theory.