Fig. 4
From: Hydrogen isotopes retention studies using laser and microwave induced plasma coupling

Dependence of the 521.82 nm Cu I line intensity on the laser energy controlled with FLQS delay, for the optimal pressure, delay and gate time.
From: Hydrogen isotopes retention studies using laser and microwave induced plasma coupling
Dependence of the 521.82 nm Cu I line intensity on the laser energy controlled with FLQS delay, for the optimal pressure, delay and gate time.