Instability in a laser-diode-pumped microchip Nd:YAG laser in a n-ary product scheme.
Dynamical instability, chaotic pulsations, and generalized bistability have been observed in a laser-diode-pumped microchip Nd:YAG laser operating in a double transition scheme in which lasing occurs on two transitions with overlapping gain profiles, F(3/2)(4)(2)? I(11/2)(4)(3) and F(3/2)(4)(1)? I(11/2)(4)(2), and simultaneously involves excited Nd atoms from different sublevels of the upper manifold. The modeling of the experimental results requires rate equations that include cross-gain coupling among oscillating modes that belong to different transitions whose population inversion densities are determined by the Boltzmann distribution.
Otsuka
K
K
Ko
J Y
JY
Kubota
T
T
Hwong
S L
SL
Lim
T S
TS
Chern
J L
JL
Nguyen
B A
BA
Mandel
P
P