%0 Generic
%A Steeneken, Peter
%A Alijani, Farbod
%A Dolleman, Robin
%A Licona, Hugo
%A Siskins, Makars
%A van der Zant, Herre S. J.
%A Lee, Martin
%A Madauß, Lukas
%A Lebius, H.
%A Rosłoń, Ireneusz
%D 2023
%T Measurements belonging to the publication: High-frequency gas effusion through nanopores in suspended graphene
%U 
%R 10.4121/3f2c7291-408e-4121-bc6c-94e20f36d85a.v1
%K gas
%K nanopores
%K graphene
%K effusion
%X <p>This folder consist of the measurements of the Pore dependence. The samples are:</p><p>BLG_12-C : 16 pores of 25 nm diameter</p><p>BLG_11-C : 8 pores of 50 nm diameter</p><p>BLG_6-C : 4 pores of 100 nm diameter</p><p>BLG_8-C : 2 pores of 200 nm diameter</p><p>BLG_4-C : 1 pores of 400 nm diameter</p><p>BLG_9-C : 3 pores of 200 nm diameter</p><p>BLG_10-C : 4 pores of 200 nm diameter</p><p>BLG_2-C : 1 pores of 200 nm diameter</p><p><br></p><p><br></p><p>And inside each folder there are two subfolders, Data and Results. The Data folder contains the raw data in txt and dat.</p><p>The Results folder consist on several things:</p><p>&nbsp;-Images of the results obtained for the sample.</p><p>&nbsp;-Element folder in which the measurements are ploted by elements.</p><p>&nbsp;-Pressure folder where the measurements are ploted by pressures.</p><p>&nbsp;-ResonanceFit folder with the data of the resonance frequency fit, where the first value is A, the second is the resonance, and the third is q-factor.</p><p>&nbsp;-Model4 folder eith the data of the fit to the model4. This data can have three options:</p><p>&nbsp;&nbsp;&nbsp;*if it has 2 values: first value a, second value t_th</p><p>&nbsp;&nbsp;&nbsp;*if it has 5 values, the values are a, t_th, b, t_g, c.</p><p>&nbsp;&nbsp;&nbsp;*if it has 8 values, the resonace fit values are added at the beginning, so the values are A, w_0, q, a, t_th, b, t_g, c.</p><p><br></p>
%I 4TU.ResearchData