READ ME File For 'Dataset for First demonstration of opposing thermal sensitivities in hollow core fibers with open and sealed ends'

Dataset DOI: 10.5258/SOTON/D1028

ReadMe Author: Radan Slavik, University of Southampton 

This dataset supports the publication:

R. SLAVIK, E.R. NUMKAM FOKOUA,M. BUKSHTAB, Y. CHEN,T.D. BRADLEY, S.R. SANDOGHCHI, M.N. PETROVICH, F. POLETTI, and D.J. RICHARDSON,
First demonstration of opposing thermal sensitivities in hollow core fibers with open and sealed ends, OPITCS LETTERS 


Uploaded Archive (ZIP) includes 12 data files that are purely numerical (.dat)


The figures are as follows:

Fig 1a:
Fig1_AirRefractiveIndex.dat            Air refracctive index over temperature for open and sealed hollow core fibre (HCF)

Fig 1b:
Fig1_Thermal_Sensitivity.dat           Air thermo-optic coefficient over temperature for open and sealed HCF

Fig2b:
Fig2b_Interferogram.dat                Relative power measured at the interferometer output over wavelength

Fig. 3
Fig3_Open.dat                          Relative optical path length change for open HCF over temperature
Fig3_Sealed.dat                        Relative optical path length change for sealed HCF over temperature

Fig. 4:
Fig4_S_phi.dat			       Phase sensitivity over temperature calculated from data shown in Fig. 3 for open and sealed HCF

Fig. 5:
Fig5_S_phi_113C.dat                    Phase senstivity over wavelength for HCF at zero senstivity point of 113 degC

Fig. 6:
Fig6_TCDclose_change_from_15degC.dat   Normalized propagation delay for selaed HCF over wavelength, in respect to 15 degC; with 10 degC steps (till 115 degC).

Fig. 7:
Fig7_TCDopen_change_from_15degC.dat    Normalized propagation delay for open HCF over wavelength, in respect to 15 degC; with 10 degC steps (till 115 degC).

Fig. 8:
Fig8_TCDclosed_spectra.dat             Thermal coefficient of delay over wavelength for closed HCF averaged from 15-115 degC.
Fig8_TCDopen_spectra.dat               Thermal coefficient of delay over wavelength for open HCF averaged from 15-115 degC.

Fig. 9:
Fig9_Disp_Closed.dat                   Chromatic dispersion of closed HCF over wavelength for three temperatures  of 15, 65, and 115 degC.

Date of data collection: 1/3/2018-1/3/2019

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

Licence: Creative Commons Attribution CC BY https://creativecommons.org/licenses/by/4.0/

Related projects:
Airguide, RAEng Senior Research Fellowship, Lightpipe


Date that the file was created: 24 July, 2019