READ ME File For 'Dataset title'

Dataset DOI: 10.5258/SOTON/D1037

ReadMe Author: SHAHAB BAKHTIARI GORAJOOBI, University of Southampton

This dataset supports the publication:
AUTHORS: SHAHAB BAKHTIARI GORAJOOBI, GANAPATHY SENTHIL MURUGAN, and MICHALIS N. ZERVAS
TITLE: A general model for taper coupling of multiple modes of whispering gallery resonators and application to analysis of coupling-induced Fano interference in a single cavity
JOURNAL: OSA Optics Express
PAPER DOI IF KNOWN: NA


This dataset contains:
Data of all figures are given in excel files, and labeled according to the content of the article. See below for detailed description of the content:

The figures are as follows:

-------------- Fig. 2 -------------------------------------------------------------------------
Related files:

File name: 'Fig2_Gap000nm_Transmission.xlsx'
Data: Air-gap = 0nm,  First column gives wavelength, second column gives transmission 

File name: 'Fig2_Gap000nm_Power.xlsx'
Data: Air-gap = 0nm,  First column gives wavelength, second column gives powers 

File name: 'Fig2_Gap000nm_Phase.xlsx'
Data: Air-gap = 0nm,  First column gives wavelength, second column gives phases 

File name: 'Fig2_Gap200nm_Phase.xlsx'
Data: Air-gap = 200nm,  First column gives wavelength, second column gives phases 

File name: 'Fig2_Gap200nm_Power.xlsx'
Data: Air-gap = 200nm,  First column gives wavelength, second column gives powers 

File name: 'Fig2_Gap200nm_Transmission.xlsx'
Data: Air-gap = 200nm,  First column gives wavelength, second column gives transmission

File name: 'Fig2_Gap400nm_Phase.xlsx'
Data: Air-gap = 400nm,  First column gives wavelength, second column gives phases 

File name: 'Fig2_Gap400nm_Transmission.xlsx'
Data: Air-gap = 400nm,  First column gives wavelength, second column gives transmission 

File name: 'Fig2_Gap400nm_Power.xlsx'
Data: Air-gap = 400nm,  First column gives wavelength, second column gives powers 

File name: 'Fig2_Gap600nm_Phase.xlsx'
Data: Air-gap = 600nm,  First column gives wavelength, second column gives phases 

File name: 'Fig2_Gap600nm_Power.xlsx'
Data: Air-gap = 600nm,  First column gives wavelength, second column gives powers 

File name: 'Fig2_Gap600nm_Transmission.xlsx'
Data: Air-gap = 600nm,  First column gives wavelength, second column gives transmission 

-------------- Fig. 3 ----------------------------------------------------------------------------
Related files:

File name: 'Fig3_Phase_dashed_Lines_Individual_Modes.xlsx'
Data: Cavity operates in single-mode, First column gives wavelength, second column gives phases 

File name: 'Fig3_Phase_solid_Lines_Coupled_Modes.xlsx'
Data: Cavity operates in multi-mode, First column gives wavelength, second column gives phases 

File name: 'Fig3_Power_dashed_Lines_Individual_Modes.xlsx'
Data: Cavity operates in single-mode, First column gives wavelength, second column gives powers 

File name: 'Fig3_Power_solid_Lines_Coupled_Modes.xlsx'
Data: Cavity operates in multi-mode, First column gives wavelength, second column gives powers 

File name: 'Fig3_Transmission_dashed_Lines_Individual_Modes.xlsx'
Data: Cavity operates in single-mode, First column gives wavelength, second column gives transmission 

File name: 'Fig3_Transmission_solid_Lines_Coupled_Modes.xlsx'
Data: Cavity operates in multi-mode, First column gives wavelength, second column gives transmission 

-------------- Fig. 4 -----------------------------------------------------------------------------
Related files:

File name: 'Fig4_Q1E6_Power.xlsx'
Data: Q = 1e6, First column gives wavelength, second column gives powers

File name: 'Fig4_Q1E6_Transmission.xlsx'
Data: Q = 1e6, First column gives wavelength, second column gives transmission 

File name: 'Fig4_Q1E7_Power.xlsx'
Data: Q = 1e7, First column gives wavelength, second column gives powers 

File name: 'Fig4_Q1E7_Transmission.xlsx'
Data: Q = 1e7, First column gives wavelength, second column gives transmission 

File name: 'Fig4_Q1E8_Power.xlsx'
Data: Q = 1e8, First column gives wavelength, second column gives powers 

File name: 'Fig4_Q1E8_Transmission.xlsx'
Data: Q = 1e8, First column gives wavelength, second column gives transmission 

File name: 'Fig4_Q5E4_Power.xlsx'
Data: Q = 5e4, First column gives wavelength, second column gives powers 

File name: 'Fig4_Q5E4_Transmission.xlsx'
Data: Q = 5e4, First column gives wavelength, second column gives transmission 

File name: 'Fig4_Q5E5_Power.xlsx'
Data: Q = 5e5, First column gives wavelength, second column gives powers 

File name: 'Fig4_Q5E5_Transmission.xlsx'
Data: Q = 5e5, First column gives wavelength, second column gives transmission 

-------------- Fig. 5 ------------------------------------------------------------------------------
Related files:

File name: 'Fig5_Df_1_2um_Power.xlsx'
Data: Df = 1.2um, First column gives wavelength, second column gives powers 

File name: 'Fig5_Df_1_2um_Transmission.xlsx'
Data: Df = 1.2um, First column gives wavelength, second column gives transmission 

File name: 'Fig5_Df_2_8um_Transmission.xlsx'
Data: Df = 2.8um, First column gives wavelength, second column gives transmission 

File name: 'Fig5_Df_2_8um_Power.xlsx'
Data: Df = 2.8um, First column gives wavelength, second column gives powers 

File name: 'Fig5_Df_3_6um_Power.xlsx'
Data: Df = 3.6um, First column gives wavelength, second column gives powers 

File name: 'Fig5_Df_3_6um_Transmission.xlsx'
Data: Df = 3.6um, First column gives wavelength, second column gives transmission 

File name: 'Fig5_Df_5_2um_Transmission.xlsx'
Data: Df = 5.2um, First column gives wavelength, second column gives transmission 

File name: 'Fig5_Df_5_2um_Power.xlsx'
Data: Df = 5.2um, First column gives wavelength, second column gives powers 

File name: 'Fig5_Df_9_2um_Transmission.xlsx'
Data: Df = 9.2um, First column gives wavelength, second column gives transmission 

File name: 'Fig5_Df_9_2um_Power.xlsx'
Data: Df = 9.2um, First column gives wavelength, second column gives powers 


------------- Fig. 6 (a) ----------------------------------------------------------------------------
Related files:

File name: 'Fig6_a_E0_0Percent_Phase.xlsx'
Data: eccentricity = 0.0%, First column gives wavelength, second column gives phases 

File name: 'Fig6_a_E0_0Percent_Power.xlsx'
Data: eccentricity = 0.0%, First column gives wavelength, second column gives powers 

File name: 'Fig6_a_E0_0Percent_Transmission.xlsx'
Data: eccentricity = 0.0%, First column gives wavelength, second column gives transmission 

File name: 'Fig6_a_E0_2Percent_Phase.xlsx'
Data: eccentricity = 0.2%, First column gives wavelength, second column gives phases 

File name: 'Fig6_a_E0_2Percent_Power.xlsx'
Data: eccentricity = 0.2%, First column gives wavelength, second column gives powers 

File name: 'Fig6_a_E0_2Percent_Transmission.xlsx'
Data: eccentricity = 0.2%, First column gives wavelength, second column gives transmission 

File name: 'Fig6_a_E0_5Percent_Phase.xlsx'
Data: eccentricity = 0.5%, First column gives wavelength, second column gives phases 

File name: 'Fig6_a_E0_5Percent_Power.xlsx'
Data: eccentricity = 0.5%, First column gives wavelength, second column gives powers 

File name: 'Fig6_a_E0_5Percent_Transmission.xlsx'
Data: eccentricity = 0.5%, First column gives wavelength, second column gives transmission 

File name: 'Fig6_a_E2_0Percent_Phase.xlsx'
Data: eccentricity = 2.0%, First column gives wavelength, second column gives phases 

File name: 'Fig6_a_E2_0Percent_Power.xlsx'
Data: eccentricity = 2.0%, First column gives wavelength, second column gives powers 

File name: 'Fig6_a_E2_0Percent_Transmission.xlsx'
Data: eccentricity = 2.0%, First column gives wavelength, second column gives transmission 

------------- Fig. 6 (b) ----------------------------------------------------------------------------
Related files:

File name: 'Fig6_b_E0_0Percent_All_Qs.xlsx'
Data: eccentricity = 0%, Q,s = 1-50e5, First column gives wavelength, second column gives transmission 

File name: 'Fig6_b_E0_2Percent_All_Qs.xlsx'
Data: eccentricity = 0.2%, Q,s = 1-50e5, First column gives wavelength, second column gives transmission 

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Licence: CC BY

Related projects:
EPSRC Centre for Innovative Manufacturing in Photonics (EP/H02607X/1)


Date that the file was created: 08, 2019