Name of the computer program:
“”ACCOUNTING OF PRIMARY DATA ON THE RESULTS OF HYDROBIOLOGICAL SAMPLING OF NATURAL WATERCOURSES”
The program is designed for entering primary data on the selection of hydrobiological samples and executing requests for information on selected filters. The program provides the following functions: entering, updating and deleting data; checking the input data for compliance with the type in the interface field and the field in the database; data storage; generation of samples and reports in the form of spreadsheets; remote access via the Internet via an account with shared access rights. The multi-user program is used to form a unified information database of primary data based on the results of hydrobiological sampling by various expedition groups, to provide access to data for calculating bioindicator parameters of the macrozoobenthos community of natural watercourses.
Programming language: JavaScript, SQL, Python
The scope of the computer program: 301.1 MB
Name of the computer program:
“”PROGRAM FOR IDENTIFICATION, TRACKING AND VISUALIZATION OF BARIC FORMATIONS AND THEIR SPATIAL REPEATABILITY TO ASSESS FUTURE CLIMATIC CHANGES BASED ON CMIP6 DATA ARRAYS”
The program is designed to obtain the characteristics of baric formations, such as coordinates, depth, pressure gradient, average radius according to CMIP6 SLP models to assess future climate changes. The results of the calculations can be used in the analysis of cyclonic activity in the future until 2100. The main functions of the program are: calculation of the characteristics of baric formations; unification of baric formations into a cyclone; creation of a database with the characteristics of baric formations (cyclones); visualization of the repeatability of baric formations and average trajectories of cyclones. OS: Windows.
Programming language: R
The scope of the computer program: 16 KB
A METHOD FOR MEASURING THE PRESSURE OF A LIQUID OR GAS AND A DEVICE FOR ITS IMPLEMENTATION
The invention relates to measuring technology, is intended for use in oceanology and can be used in other areas where high-precision, long-lasting, inexpensive liquid or gas pressure meters are required. A method for measuring the pressure of a liquid or gas with devices with membranes and strain gauges is that (m+1)(n+1)-1 separate strain gauges are placed on one or more membranes, having significant differences in sensitivity β to pressure P and in sensitivity α to temperature θ, the mathematical model of which is the product of polynomials of degree m for pressure and degree n for temperature, a system of linear algebraic equations is formed from the transformation functions of tensoresistors, the relative changes in the resistances of strain gages are measured and the measured pressure is calculated.
