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Data for "Rough capillary rise" by Panter et. al., 2023
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Contained in this directory:

fig_S5_a_exp.txt: Experimental data for the rise volumes vs. plate separation in Fig. S5a for system SQ1. Columns are:
	d[mm] - [units=millimetres] - Distance between the tops of the pillars between the plates
	delta[mm] - [units=millimetres] - Average roughness depth (a constant property of the texture)
	V_C[m^3] - [units=cubic metres] - Capillary rise volume in one pitch length of the infinite textured plates
	V_H[m^3] - [units=cubic metres] - Hemiwicking rise volume in one pitch length of the infinite textured plates
	V_M[m^3] - [units=cubic metres] - Meniscus rise height rise volume in one pitch length of the infinite textured plates
	(Please note the total rise volume V_T=V_C+V_H+V_M)
	
fig_S5_b_sim.txt: Simulation data for the rise volumes vs. plate separation in Fig. S5b for system SQ1. Columns are:
	d[mm] - [units=millimetres] - Distance between the tops of the pillars between the plates
	delta[mm] - [units=millimetres] - Average roughness depth (a constant property of the texture)
	V_C[m^3] - [units=cubic metres] - Capillary rise volume in one pitch length of the infinite textured plates
	V_H[m^3] - [units=cubic metres] - Hemiwicking rise volume in one pitch length of the infinite textured plates
	V_M[m^3] - [units=cubic metres] - Meniscus rise height rise volume in one pitch length of the infinite textured plates
	(Please note the total rise volume V_T=V_C+V_H+V_M)
	
fig_S5_c_sim.txt: Simulation data for the rise volumes vs. plate separation in Fig. S5c for system GR1. Columns are:
	d[mm] - [units=millimetres] - Distance between the tops of the pillars between the plates
	delta[mm] - [units=millimetres] - Average roughness depth (a constant property of the texture)
	V_C[m^3] - [units=cubic metres] - Capillary rise volume in one pitch length of the infinite textured plates
	V_H[m^3] - [units=cubic metres] - Hemiwicking rise volume in one pitch length of the infinite textured plates
	V_M[m^3] - [units=cubic metres] - Meniscus rise height rise volume in one pitch length of the infinite textured plates
	(Please note the total rise volume V_T=V_C+V_H+V_M)
