LiH was formed by laser ablation of lithium metal into a cryogenic helium buffer gas at a temperature between 1 and 5 K. The proportion of LiHe molecules was proportional to the density of He, and declined as the temperature increased.
He proportion of LiHe molecules was proportional to the density of He, and declined as the temperature increased. LiH was formed by laser ablation of lithium metal into a cryogenic helium buffer gas at a temperature between 1 and 5K.
LiH was formed by laser ablation of lithium metal into a cryogenic helium buffer gas at a temperature between 1 and 5K. He proportion of LiHe molecules was proportional to the density of He, and declined as the temperature increased.
LiH was formed by laser ablation of lithium metal into a cryogenic helium buffer gas at a temperature between 1 and 5K. He proportion of LiHe molecules was proportional to the density of He, and declined as the temperature increased.