Far-From-Equilibrium Dynamics of Electrons, Self-Trapped Holes, and Self-Trapped Excitons in the Wake of a Swift Ion: Complex Interplay between Auger Recombination, Exciton Formation, Thermal Dissociation, and Hopping in Amorphous Silica

by J.T. Graham, Crespillo M.L., F. Agulló-López, Y. Zang and W.J. Weber

Reference:

J.T. Graham, Crespillo M.L., F. Agulló-López, Y. Zang and W.J. Weber, “Far-From-Equilibrium Dynamics of Electrons, Self-Trapped Holes, and Self-Trapped Excitons in the Wake of a Swift Ion: Complex Interplay between Auger Recombination, Exciton Formation, Thermal Dissociation, and Hopping in Amorphous Silica”, Oral Contribution, Honolulu, Hawaii (USA).

Bibtex Entry:

@misc{jt_graham_far--equilibrium_2022,
	address = {Honolulu, Hawaii (USA)},
	type = {Oral {Contribution}},
	title = {Far-{From}-{Equilibrium} {Dynamics} of {Electrons}, {Self}-{Trapped} {Holes}, and {Self}-{Trapped} {Excitons} in the {Wake} of a {Swift} {Ion}: {Complex} {Interplay} between {Auger} {Recombination}, {Exciton} {Formation}, {Thermal} {Dissociation}, and {Hopping} in {Amorphous} {Silica}},
	shorttitle = {2022 {MRS}},
	author = {J.T. Graham and M.L., , Crespillo and F. Agulló-López and Y. Zang and W.J. Weber},
	month = may,
	year = {2022},
}