DOI: 10.15125/bath-00762
title: Dataset for "Filler size effect in an attractive fibrillated network: a structural and rheological perspective"

description: The dataset for "Filler size effect in an attractive fibrillated network: a structural and rheological perspective" contains data, in the form of excel and txt files, for the figures shown in the main manuscript and the electronic supplementary information (ESI). Each excel sheet is specific for a set of data acquired utilising the same protocol. Rheological and scattering data are provided and specifications regarding each dataset can be found in the dataset description. 
This study is conducted to unravel how the size of colloidal fillers modulates the structure-property relationship of hydrogels composed by a fibrillated network. 

Specification of the materials and methods employed throughout the data collection are available in the main manuscript.
description: Detailed description of materials and methods used for the data collection is described in the main Manuscript.
description: In the Excel file named “Data_filler_Size_Fibrillated_Network”, the data are presented in separate sheets, each of which is labelled as for the figure presented in the manuscript.
The spreadsheet named:
Fig. 1(a) shows the Small Angle X-rays Scattering (SAXS) data of the Silica Nanoparticles used in the study 
Fig. 1(b) contains the data of size distributions for the Silica Nanoparticles used in the study.
Fig. 3 contains the rheological data for the time sweep of the OCNF-based gels (data presented as G’, G’’ and tand_delta vs time). 
Fig.4-6-S5 Show the Oscillatory strain sweep as G’, G’’ and tand_delta vs strain.
Fig. S1 contains the data for the contrast match experiment as SQR(I(q)) vs q . 


The zip file named “Fig.2 (SANS)” contains txt files for each sample measured in Small angle neutron scattering (SANS). 

The zip file named “Fig.5_FigS3_FigS4” contains subfolder as:
(i) Gamma_vs_time: which contains the data for the sinusoidal deformation (gamma in (%) (left Column)) as function of time (s, (right Column)) for each sample and each amplitude displayed in the Manuscript. The files are named as “NameY-axe_vs_NameX-axe,_sample name_applied amplitude” as for instance “Gamma_vs_time_1wt%OCNF_5wt%SiNp5_gamma=5%”

(ii) Lissajous_sigma_vs_shear: which contains the data for  the Lissajous-plots as stress (Sigma in (Pa) (right Column)) as function of shear rate (1/s (left Column)) for each sample and each amplitude displayed in the Manuscript. The files are named as “Lissajous_NameY-axe_vs_NameX-axe,_sample name_applied amplitude” as for instance “Lissajous_Sigma_vs_ShearRate_1wt%OCNF_5wt%SiNp5_gamma=5%”

(iii) Lissajous_sigma_vs_strain: which contains the data for  the Lissajous-plots as stress (Sigma in (Pa) (right Column)) as function of strain (gamma in (%) (left Column)) for each sample and each amplitude displayed in the Manuscript. The files are named as “Lissajous_NameY-axe_vs_NameX-axe,_sample name_applied amplitude” as for instance “Lissajous_Sigma_vs_strain_1wt%OCNF_5wt%SiNp5_gamma=5%”

(iv) Sigma_vs_time: which contains the data for the sinusoidal deformation as stress (Sigma (Pa) (left Column)) as function of time (s, (right Column)) for each sample and each amplitude displayed in the Manuscript. The files are named as “NameY-axe_vs_NameX-axe,_sample name_applied amplitude” as for instance “Sigma_vs_time_1wt%OCNF_5wt%SiNp5_gamma=5%”