Your MEGAsync cloud account supports up to 50GB of data space, which makes it a suitable option for backing up your important files. You can easily access MEGAsync’s main menu from the system tray and view the most recent updates, as well as the amount of space available on your cloud drive. Large storage spaceĪfter configuration, MEGAsync runs in the background, so it does not interfere with other processes you undergo. The software allows you to sync any type of file. You can customize your cloud drive by creating specific directories in order to sort your files. All you have to do is copy or update the files you wish to synchronize in the local dedicated folder. Once you sign up, the rest of the process is simple. The program requires that you create a MEGA account and set up your cloud drive, then select a local source folder for synchronization. Homepage: скачать бесплатно / free download Res2dinv圆4 Pro 4.8.MEGAsync is a simple and easy to use application that enables you to create a path between a local source folder and a cloud drive, in order to perform file synchronization. The complex resistivity method (Kenma et al. Three different techniques for topographic modeling (Loke 2000) are available.
Known boundaries where an abrupt change in the resistivity occurs can also be incorporated in the inversion model. Resistivity information from borehole and other sources can also be included to constrain the inversion process. chemical plumes), or with sharp boundaries (for eg. It can also be optimized to produce models with smooth boundaries (for eg. The smoothing filter can be adjusted to emphasize resistivity variations in the vertical, horizontal or diagonal directions. However, the inversion parameters can be modified by the user. The program will automatically choose the optimum inversion parameters for a data set. It supports the Wenner, Schlumberger, pole-pole, pole-dipole, dipole-dipole, multiple gradient and non-conventional arrays. On a modern PC, the inversion of a single pseudosection is usually completed within seconds to minutes. It is completely automatic and the user does not even have to supply a starting model.
The RES2DINV圆4 programs use the smoothness-constrained Gauss-Newton least-squares inversion technique (Sasaki 1992) to produce a 2D model of the subsurface from the apparent resistivity data. Two-dimensional (2D) electrical imaging surveys are now widely used to map areas of moderately complex geology where 1D resistivity sounding surveys are inadequate.
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