TY - JOUR
AU - Christoph Heyl
AU - Stephen Schoun
AU - Gil Porat
AU - H. Green
AU - Jun Ye
AB - We have demonstrated a high-temperature glass nozzle capable of delivering a high-density supersonic gas jet close to the focus of a high-power laser beam. The nozzle can simultaneously handle temperatures of 730 °C and backing pressures of 124 bars. Continuous operation of this nozzle over many hours inside a delicate optical resonator placed in a vacuum environment was demonstrated, enabling the generation of coherent radiation at 12.7 eV with record average power around 2 mW.9
BT - Review of Scientific Instruments
DA - 2018-01
DO - 10.1063/1.5051586
N2 - We have demonstrated a high-temperature glass nozzle capable of delivering a high-density supersonic gas jet close to the focus of a high-power laser beam. The nozzle can simultaneously handle temperatures of 730 °C and backing pressures of 124 bars. Continuous operation of this nozzle over many hours inside a delicate optical resonator placed in a vacuum environment was demonstrated, enabling the generation of coherent radiation at 12.7 eV with record average power around 2 mW.9
PY - 2018
SE - 113114
EP - 113114
T2 - Review of Scientific Instruments
TI - A nozzle for high-density supersonic gas jets at elevated temperatures
UR - http://aip.scitation.org/doi/10.1063/1.5051586
VL - 89
SN - 0034-6748
ER -