Abstract
The scaling laws of an iodine laser of high efficiency and fast repetition rate are reported. The laser is pumped with a new kind of low pressure Hg-UV-lamps which convert 32% of the electrical input in UV-light in the absorption band of the iodine laser and which can be fired up to 100 Hz. Details of a 10 kJ/1 nsec system as dimensions, energy density, repetition rate, flow velocity, gas composition and gas pressure and the overall efficiency are given which is expected to be about 2%.
Citation Formats
Hohla, K, and Witte, K J.
Iodine laser of high efficiency and fast repetition rate.
Germany: N. p.,
1976.
Web.
Hohla, K, & Witte, K J.
Iodine laser of high efficiency and fast repetition rate.
Germany.
Hohla, K, and Witte, K J.
1976.
"Iodine laser of high efficiency and fast repetition rate."
Germany.
@misc{etde_8182422,
title = {Iodine laser of high efficiency and fast repetition rate}
author = {Hohla, K, and Witte, K J}
abstractNote = {The scaling laws of an iodine laser of high efficiency and fast repetition rate are reported. The laser is pumped with a new kind of low pressure Hg-UV-lamps which convert 32% of the electrical input in UV-light in the absorption band of the iodine laser and which can be fired up to 100 Hz. Details of a 10 kJ/1 nsec system as dimensions, energy density, repetition rate, flow velocity, gas composition and gas pressure and the overall efficiency are given which is expected to be about 2%.}
place = {Germany}
year = {1976}
month = {Jul}
}
title = {Iodine laser of high efficiency and fast repetition rate}
author = {Hohla, K, and Witte, K J}
abstractNote = {The scaling laws of an iodine laser of high efficiency and fast repetition rate are reported. The laser is pumped with a new kind of low pressure Hg-UV-lamps which convert 32% of the electrical input in UV-light in the absorption band of the iodine laser and which can be fired up to 100 Hz. Details of a 10 kJ/1 nsec system as dimensions, energy density, repetition rate, flow velocity, gas composition and gas pressure and the overall efficiency are given which is expected to be about 2%.}
place = {Germany}
year = {1976}
month = {Jul}
}