2D IR spectroscopy at 100 kHz utilizing a Mid-IR OPCPA laser source
BM Luther, KM Tracy, M Gerrity, S Brown… - Optics express, 2016 - opg.optica.org
BM Luther, KM Tracy, M Gerrity, S Brown, AT Krummel
Optics express, 2016•opg.optica.orgWe present a 100 kHz 2D IR spectrometer. The system utilizes a ytterbium all normal
dispersion fiber oscillator as a common source for the pump and seed beams of a MgO:
PPLN OPCPA. The 1030 nm OPCPA pump is generated by amplification of the oscillator in
cryocooled Yb: YAG amplifiers, while the 1.68 μm seed is generated in a OPO pumped by
the oscillator. The OPCPA outputs are used in a ZGP DFG stage to generate 4.65 μm pulses.
A mid-IR pulse shaper delivers pulse pairs to a 2D IR spectrometer allowing for data …
dispersion fiber oscillator as a common source for the pump and seed beams of a MgO:
PPLN OPCPA. The 1030 nm OPCPA pump is generated by amplification of the oscillator in
cryocooled Yb: YAG amplifiers, while the 1.68 μm seed is generated in a OPO pumped by
the oscillator. The OPCPA outputs are used in a ZGP DFG stage to generate 4.65 μm pulses.
A mid-IR pulse shaper delivers pulse pairs to a 2D IR spectrometer allowing for data …
We present a 100 kHz 2D IR spectrometer. The system utilizes a ytterbium all normal dispersion fiber oscillator as a common source for the pump and seed beams of a MgO:PPLN OPCPA. The 1030 nm OPCPA pump is generated by amplification of the oscillator in cryocooled Yb:YAG amplifiers, while the 1.68 μm seed is generated in a OPO pumped by the oscillator. The OPCPA outputs are used in a ZGP DFG stage to generate 4.65 μm pulses. A mid-IR pulse shaper delivers pulse pairs to a 2D IR spectrometer allowing for data collection at 100 kHz.
opg.optica.org
以上显示的是最相近的搜索结果。 查看全部搜索结果