READ ME File For Dataset 'Novel ultra-fast pulsed laser sources for bio-imaging applications'

Dataset DOI: https://doi.org/10.5258/SOTON/D2783

ReadMe Author: Duanyang Xu

This dataset supports the thesis:

AUTHOR: Duangyang Xu

TITLE: Novel ultra-fast pulsed laser sources for bio-imaging applications


This dataset contains: originally measured and calcuated data for plotting figures within the thesis

The figures are as follows:

Figure 5.3: Spectrum of conventional soliton mode locking output: experimental result (solid red line) and numerical simulation result (dashed black line). Water absorption lines (solid blue line)
Figure 5.4: Auto-correlation of the pulse: red points: experimental auto-correlation traces; dashed black line: Sech2 fitting of the auto-correlation
Figure 5.10: Tunable coupler coupling ratio
Figure 5.11: Tunable coupler wavelength dependence (Scale setting on the ro-tary knob 27 :blue, 28: green, 29 red.)
Figure 5.12: Spectrum of conventional soliton mode locking output: experimen-tal result (solid red line) and numerical simulation result (dashed black line).
Figure 5.13: Auto-correlation of the pulse: red points: experimental auto-correlation traces; dashed black line: Sech2 fitting of the auto-correlation.
Figure 5.14: Mode-locked oscilloscope traces (single-pulse)
Figure 5.19: Spectrum of the stretched pulse mode locking output: experimentalresult (solid red line) and numerical simulation result (dashed black line)
Figure 5.24: Spectrum of dissipative soliton mode locking output: experimentalresult (solid red line) and numerical simulation result (dashed black line)
Figure 5.25: Auto-correlation of direct output pulse
Figure 5.27: Auto-correlation of compressed pulse by 6.5 m long SMF.
Figure 5.28: Cavity output power curve (Decrease the pump power).
Figure 5.29: Cavity output power stability test over 100mins. Inset: Pulsestability in the oscilloscope over 100 mins.
Figure 5.30: Spectral stability over 100mins

Licence: CC-BY


Date of data collection: 2019-2023

Information about geographic location of data collection: University of Southampton, U.K.

Related projects:
AirGuide Photonics, EPSRC(EP/P030181/1)

Date that the file was created: September 2023
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