The formation of gas cavities in a liquid-saturated porous medium is studied by means of computer simulations, using a newly developed code for the tracking of moving phase interfaces in 3D porous media.
The effects of recombination on the sequence similarity between three genomes was visualised using a newly developed code in the R package HybRIDS (Hybrid Recombination, Identification and Dating, Software, http://www.elsa.ac.uk/).
A newly developed code, implemented as a part of the MBN Explorer package (Solovʼyov et al., 2012; http://www.mbnexplorer.com/, 2012) [2], [2] to simulate trajectories of an ultra-relativistic projectile in a crystalline medium, is presented.
We present the features and results of a newly developed code, based on Gauss-Newton optimization technique, for solving three-dimensional Controlled-Source Electromagnetic inverse problem.
A newly developed code system for OTTO cycle PBR was used.
A new set of pre-specified and clearly defined variables (both for patient-level and trial-level factors as well as for outcomes) and a newly developed coding system will be used.
In this review, we put forward the application of this newly developed code for the design of novel materials and catalysts systems.
The newly developed code is open source and is implemented in a well-established GIS and remote sensing software GRASS GIS.
The newly developed code is also publicly available and open source.
This interim solution is now fully operational, while waiting for the development of new models based on the fluka hadron nucleus interaction code, a newly developed QMD code, and the implementation of the Boltzmann master equation theory for low energy ion interactions.
To improve the electron beam confinement with an additional horizontal focusing force, the geometrical shape of the ferromagnet pieces were refined by use of a newly developed 3D code.
