READ ME File For 'READ ME File For 'Non-conservative Coupling in a Passive Silicon Microring Resonator'

Dataset DOI: http://doi.org/10.5258/SOTON/D0700

ReadMe Author: Han DU, University of Southampton [ORCID: 0000-0001-7538-7789]

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Design I.txt: Optical spectrum of device design_1 (shown in Fig. 4(a)). It correspods to the curve in Fig. 5(c) and the blue bars in Fig. 5(e) and 5(f) in the paper.
Design II.txt: Optical spectrum of device design_2. It correspods to the red bars in Fig. 5(e) and 5(f) in the paper.
Ref I.txt: Optical spectrum of reference device_1 (shown in Fig. 4(b)). It correspods to the curve in Fig. 5(a) in the paper.
Ref II_C2.txt: Optical spectrum at Port C2 of reference device_2 (shown in Fig. 4(c)). It correspods to the light blue curve in Fig. 5(b) in the paper.
Ref II_C3.txt: Optical spectrum at Port C3 of reference device_2 (shown in Fig. 4(c)). It correspods to the orange curve in Fig. 5(b) in the paper.

Note:  The first column denotes wavelength in nanometer and the second column denotes transmission in dB.

Numerical 1: Numerical results corresponding to Fig. 3(a).
Numerical 2: Numerical results corresponding to Fig. 3(b).
Numerical 3: Numerical results corresponding to Fig. 3(c).
Numerical 4: Numerical results corresponding to Fig. 3(d).

Note:  The first column denotes normalized frequency in arbitrary units and the second column denotes in arbitrary units and linearscale.

Numerical 5_1: Numerical results corresponding to the orange curve in Fig. 3(e).
Numerical 5_1: Numerical results corresponding to the pink curve in Fig. 3(e).

Note:  The first column denotes wavelength in nanometer and the second column denotes transmission in dB.
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Data collected on 2018.

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

Licence: CC-BY

Related projects: CONERSTONE 514360101

Date that the file was created in 2018.