Supersonic Gas Jet Systems

  Supersonic Gas Jet System JS1
(Thin Jet)

  • thin jet with jet source type 1 (JS1) combined with the elongation stage type 1 (ES1) consisting of:
    CF150 Jet Extension (+1xCF63 +1xCF38
    CF150 straight connectors
    CF200-CF150 reducer
    CF200 4-jaw apertures (+1xCF63 +1xCF38)
    CF200-CF150 reducer

Supersonic Gas Jet System JS2
(Dense Jet)

  • maximum target density (e.g. for experiments with UV light or synchrotron) is reached with a specialized CF300 target chamber (‘302’) combined with the jet source type 2 (JS2)
  • dense jet with JS2 requires a 2-stage jet dump to keep good vacuum conditions inside the target chamber during jet operation
  • dense jet set up can be converted into a 3-stage thin jet configuration (e.g. for IR laser experiments) by inserting the elongation stage type 2 (ES2) consisting of:
    CF200 Jet Extension
    CF200 straight connectors
    CF200 4-jaw apertures (+1xCF63 +1xCF38)

  Supersonic Gas Jet System JS1
(Thin Jet)

  • thin jet with jet source type 1 (JS1) combined with the elongation stage type 1 (ES1) consisting of:
    CF150 Jet Extension (+1xCF63 +1xCF38
    CF150 straight connectors
    CF200-CF150 reducer
    CF200 4-jaw apertures (+1xCF63 +1xCF38)
    CF200-CF150 reducer

Supersonic Gas Jet System JS2
(Dense Jet)

  • maximum target density (e.g. for experiments with UV light or synchrotron) is reached with a specialized CF300 target chamber (‘302’) combined with the jet source type 2 (JS2)
  • dense jet with JS2 requires a 2-stage jet dump to keep good vacuum conditions inside the target chamber during jet operation
  • dense jet set up can be converted into a 3-stage thin jet configuration (e.g. for IR laser experiments) by inserting the elongation stage type 2 (ES2) consisting of:
    CF200 Jet Extension
    CF200 straight connectors
    CF200 4-jaw apertures (+1xCF63 +1xCF38)