1. ABOUT THE DATASET
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Title: Dataset for 'Design of linear block copolymers and ABC star terpolymers that produce two length scales at phase separation'

Creator(s): Merin Joseph, Daniel J Read, Alastair M Ruclidge

Organisation(s): University of Leeds

Rights-holder(s):Unless otherwise stated, Copyright 2022 University of Leeds

Publication Year:2023

Description: The dataset contains the data for generating the figures in the paper. There are two models: a linear block copolymer (with three variants) and an ABC star terpolymer. For the linear chains, we give the ratio of heights of the maxima in the structure function, and the ratio of the wavenumbers where there are two maxima. For the ABC star model, we give csv files containing the (x,y) coordinates of the lines in figure 8, for each specified ratio of wavenumbers and N chi values. 

Cite as:Joseph, M.; Read, D. J.; Rucklidge, A. M. Dataset for “Design of linear block copolymers and ABC star terpolymers that produce two length scales at phase separation”. University of Leeds Data Repository https://doi.org/10.5518/1333, 2023.

Related publication: Joseph, M.; Read, D. J.; Rucklidge, A. M. Dataset for “Design of linear block copolymers and ABC star terpolymers that produce two length scales at phase separation”.(In preparation) 

Contact: A.M.Rucklidge@leeds.ac.uk


2. TERMS OF USE
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Copyright 2023 University of Leeds
Unless otherwise stated, this dataset is licensed under a Creative Commons Attribution 4.0 International Licence: https://creativecommons.org/licenses/by/4.0/.



3. PROJECT AND FUNDING INFORMATION
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Title: Quasicrystal in Soft Matter

Dates: 2018-2023

Funding organisation: EPSRC

Grant no.:EP/L015536/1, EP/P015611/1



4. CONTENTS
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Dataset contains three folders, one for each figure in the paper indicated by 'figure name_polymer model'. Folder corresponding to fig 4 and fig 5 contains the height ratios and wave number ratios  used in the paper as .txt files. The file name indicates  parameters used. Files for ABC indicates the wave number ratios and chi ratios used to make the lines in fig.8 stores in .csv.
fig_4_A_lBA_s_n
	height_ratio_1.5.txt
	height_ratio10.txt
	height_ratio5.txt
	height_ratio2.txt
	wave_ratio_1.5.txt
	wave_ratio10.txt
	wave_ratio5.txt
	wave_ratio2.txt
 
fig_6_AB_random 
  	height_ratio_betaAL0.2.txt
	height_ratio_betaAL0.45.txt
	height_ratio_n_2.txt
	height_ratio_n_5.txt
	wave_ratio_betaAL0.2.txt
	wave_ratio_betaAL0.45.txt
	wave_ratio_n_2.txt
	wave_ratio_n_5.txt

fig_8_ABC
	Q_r1.20chi1.00.csv
	Q_r1.30chi1.00.csv
	Q_r1.40chi1.00.csv
	Q_r1.50chi1.00.csv
	Q_r1.60chi1.00.csv
	Q_r1.70chi1.00.csv
	Q_r1.80chi1.00.csv
	Q_r1.90chi1.00.csv
	Q_r2.00chi1.00.csv
	Q_r2.10chi1.00.csv
	Q_r2.20chi1.00.csv
	Q_r2.30chi1.00.csv
	Q_r2.40chi1.00.csv
	Q_r2.50chi1.00.csv
	Q_r1.20chi0.70.csv
	Q_r1.30chi0.70.csv
	Q_r1.40chi0.70.csv
	Q_r1.50chi0.70.csv
	Q_r1.60chi0.70.csv
	Q_r1.70chi0.70.csv
	Q_r1.80chi0.70.csv
	Q_r1.90chi0.70.csv
	Q_r2.00chi0.70.csv
	Q_r2.10chi0.70.csv
	Q_r2.20chi0.70.csv
	Q_r2.30chi0.70.csv
	Q_r2.40chi0.70.csv
	Q_r2.50chi0.70.csv
	Q_r1.20chi1.30.csv
	Q_r1.30chi1.30.csv
	Q_r1.40chi1.30.csv
	Q_r1.50chi1.30.csv
	Q_r1.60chi1.30.csv
	Q_r1.70chi1.30.csv
	Q_r1.80chi1.30.csv
	Q_r1.90chi1.30.csv
	Q_r2.00chi1.30.csv
	Q_r2.10chi1.30.csv
	Q_r2.20chi1.30.csv
	Q_r2.30chi1.30.csv
	Q_r2.40chi1.30.csv
	Q_r2.50chi1.30.csv




5. METHODS
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All these data were created by solving anlaytical expressions presesnted in the paper.