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Ti scheme 1

Notes

Developed by Trappitsch at al. at Lawrence Livermore National Laboratory using the LION instrument. The useful yield for the overall scheme (all transitions) is estimated to be 18%.

Scheme

Ionization Potential: 55072.500 cm⁻¹ (NIST ASD, 2024)
Lasers used: Ti:Sa

Scheme table

Step λ (nm) From (cm⁻¹) Term To (cm⁻¹) Term
1 465.777 0.00 3F2 21469.50 3G3
1 469.498 170.15 3F3 21469.50 3G3
1 474.324 386.88 3F4 21469.50 3G3
2 416.158 21469.50 3G3 45498.85 3G4
3 881.399 45498.85 3G4 56844.45

Scheme drawing

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Saturation curves

1st transition (465.777 nm)

First transition from ground state at 0 cm¯¹.

1st transition (465.777 nm), light mode 1st transition (465.777 nm), dark mode

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1st transition (469.498 nm)

First transiton from ground state at 170.15 cm¯¹.1

1st transition (469.498 nm), light mode 1st transition (469.498 nm), dark mode

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1st transition (474.324 nm)

First transition from low-lying state at 318.88 cm¯¹. This transition is not saturated.

1st transition (474.324 nm), light mode 1st transition (474.324 nm), dark mode

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2nd transition (416.158 nm)

2nd transition (416.158 nm), light mode 2nd transition (416.158 nm), dark mode

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Ionizing transition (881.399 nm)

Ionizing transition (881.399 nm), light mode Ionizing transition (881.399 nm), dark mode

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References

Submitted by

Reto Trappitsch