Abstract
In order to decrease the linewidth optical cavity on VEPP-3 storage ring optical klystron was up-dated. A glass plate with parallel planes as natural interferometer was used. With the 1.2 mm thick glass plate installed inside the optical cavity lasing with a very narrow linewidth have been reached. The minimum relative lasing linewidth, 2.7x10{sup -6} ({lambda}=6250A, {Delta}{lambda}=0.017A) was 30 time narrower than the minimum one without the plate ({Delta}{lambda}=0.6A). The average power was the same in both cases. 6 refs.; 6 figs.
Citation Formats
Couprie, M -E, Gavrilov, N G, and Kulipanov, G N.
Results of lasing linewidth narrowing on VEPP-3 storage ring optical klystron.
USSR: N. p.,
1991.
Web.
Couprie, M -E, Gavrilov, N G, & Kulipanov, G N.
Results of lasing linewidth narrowing on VEPP-3 storage ring optical klystron.
USSR.
Couprie, M -E, Gavrilov, N G, and Kulipanov, G N.
1991.
"Results of lasing linewidth narrowing on VEPP-3 storage ring optical klystron."
USSR.
@misc{etde_10135808,
title = {Results of lasing linewidth narrowing on VEPP-3 storage ring optical klystron}
author = {Couprie, M -E, Gavrilov, N G, and Kulipanov, G N}
abstractNote = {In order to decrease the linewidth optical cavity on VEPP-3 storage ring optical klystron was up-dated. A glass plate with parallel planes as natural interferometer was used. With the 1.2 mm thick glass plate installed inside the optical cavity lasing with a very narrow linewidth have been reached. The minimum relative lasing linewidth, 2.7x10{sup -6} ({lambda}=6250A, {Delta}{lambda}=0.017A) was 30 time narrower than the minimum one without the plate ({Delta}{lambda}=0.6A). The average power was the same in both cases. 6 refs.; 6 figs.}
place = {USSR}
year = {1991}
month = {Dec}
}
title = {Results of lasing linewidth narrowing on VEPP-3 storage ring optical klystron}
author = {Couprie, M -E, Gavrilov, N G, and Kulipanov, G N}
abstractNote = {In order to decrease the linewidth optical cavity on VEPP-3 storage ring optical klystron was up-dated. A glass plate with parallel planes as natural interferometer was used. With the 1.2 mm thick glass plate installed inside the optical cavity lasing with a very narrow linewidth have been reached. The minimum relative lasing linewidth, 2.7x10{sup -6} ({lambda}=6250A, {Delta}{lambda}=0.017A) was 30 time narrower than the minimum one without the plate ({Delta}{lambda}=0.6A). The average power was the same in both cases. 6 refs.; 6 figs.}
place = {USSR}
year = {1991}
month = {Dec}
}