Name
Nesterov Gennadiy Dmitrievich
Scholastic degree
•
Academic rank
professor
Honorary rank
—
Organization, job position
Academy of Marketing and Social Informational Technologies
Web site url
—
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Articles count: 6
The article describes the modern problem of automatic flame control of industrial installations. The research of this problem is usually begun with the analysis of emergency mode of thermal generating units, divergence of parameters burning processes from accepted value. The most unfavorable factor for trouble-free operation of industrial thermal plants is the cyclical nature of the load changes energy-consuming devices with deep and rapid changes. The paper presents a study of physical factors affecting the stability of combustion in furnaces, the violation of which leads to abnormal flameout. It helps to equip thermal units with effective automatic protection
Automation of productions is a necessary condition of reduction of losses for processing enterprises. Any automated system contains subsystems, each of which solves specific objectives, being at the same time accessory of all system. Therefore, when starting designing a system of acceptance and processing of raw materials, it is necessary to define the importance of result of the solution of each task for increase in efficiency of a production cycle. In the article we present results of expert polls of experts – wine makers for definition of problems of automation of processes in the plants of primary winemaking
The work is devoted to the topical issue of increasing
the productivity of computers. It has an experimental
character. Therefore, the description of a number of
the carried-out tests and the analysis of their results is
offered. Previously basic characteristics of modules of
the computer for the regular mode of functioning are
provided in the article. Further the technique of regulating
their parameters in the course of experiment is
described. Thus the special attention is paid to observing
the necessary thermal mode in order to avoid an
undesirable overheat of the central processor. Also,
operability of system in the conditions of the increased
energy consumption is checked. The most responsible
moment thus is regulating the central processor. As a
result of the test its optimum tension, frequency and
delays of data reading from memory are found. The
analysis of stability of characteristics of the RAM, in
particular, a condition of its tires in the course of experiment
is made. As the executed tests took place
within the standard range of characteristics of modules,
and, therefore, the margin of safety put in the
computer and capacity of system wasn't used, further
experiments were made at extreme dispersal in the
conditions of air cooling. The received results are also
given in the offered article
The article tells about the conception of creating program training complex and the results of its working
The article is devoted to ensuring safe operation of
industrial thermal aggregates of low power. The
problem of ensuring trouble-free operation of power
stations on the channel of control of a flame is
considered. The main attention is paid to the
requirement of speed of control of a flame. The
reasonable method of calculation of the lower
temporary parameter of operation of system of
automatic protection on the researched channel is for
this purpose given. At the same time, parameters of
fuel-air mix of gases in furnace amount, design
features of the furnace aggregate, thermal losses which
accompany explosion in a fire chamber of the power
station are considered
Currently, the problem of using a "client-server" technology for database is up-to-date. Among its advantages it has a high degree of security, the ability to work with multimedia and non-standard data, simple tastes to the hardware power client stations, the territorial independence of work in both local and wide area networks. The article presents the concept and describes the implementation of a client-server information system configuration databases based on plug-ins that enable flexible, fast and efficient to make changes to an existing application for working with databases. This approach solves the problem of using one program to connect to multiple databases