I was following the instructions presented in Ref [1, 2] to set up the OwnCloud server on Windows with WSL. Specifically, steps [1-8] in Ref. [1] were followed exactly - the installation for WSL was, however, installed separately. Then concerning the SQL database setup, the 'MySQL' section in Ref. [2] was followed. Also, the installation of ownCloud server refers to the 'Download ownCloud' section in Ref. [2] as well. All steps beyond steps [1-8] in Ref. [1] and 'MySQL' and 'Download ownCloud' in Ref. [2] were skipped. To access the configuration of owncloud, refer to the section 'Configure ownCloud' in Ref. [2]. 👉Ports configuration Refer to the following links to gist for configuration files concerning the ports configuration, /etc/apache2/ports.conf /etc/apache2/sites-enabled/000-default.conf 👉Connection to WSL Apache server from outside (i.e., beyond localhost) This link provide detailed explanation about the IP address assignment scheme f
Simulation box for bulk (left) and nano (right) systems In Ref. [1], we discussed the theoretical principles for correcting the nano-size effect when modeling the pair distribution function (PDF). The fundamental idea is to bring back the uncorrelated pairings in between atoms belong to different nanoparticles, based on the assumption of random distribution of nanoparticles in system. Such uncorrelated pairings will then be added to the partial PDF's calculated explicitly from the structural model in simulation box, as presented in the right of the picture shown above. The kernel mathematical expression in Ref. [1] is reproduced as follows, \[G(r) = \sum_{i,j}c_ic_jf_if_j[\frac{\rho^{RMC}}{\rho}g_{ij}^{RMC}(r) + U(r) - 1]\] where the meaning of all symbols can be found in Ref. [1] and we won't reproduce them all here. Instead, we are going to focus on the term \(g_{ij}^{RMC}(r)\) which represents the partial PDF's calculated explicitly from the simulation box and \(U(r)\) w