APPLICATION”. The aim of the study was to develop a composition of an extruded
grain product enriched with milled grain of millet using a standard program from the
Microsoft Exel table processor package. The balance and biological value of extruded
grain products is solved by the development of multi-component composite mixtures.
It has been shown that the introduction into the composition of the extruded grain
product of whole grain millet grain promotes the increase of the biological value of the
finished product, improves the technological parameters. It is shown that with partial
replacement of cereals on whole grain millet, the mass fraction of protein increases to
11.03%. The organoleptic parameters and safety indicators of developed products that
meet the normative documentation are investigated.
The twenty-sixths section “USING E-LEARNING TOOLS DURING THE
“DECISION MAKING THEORY” COURSE. SMPR SYSTEM”. Due to the
development of Internet technologies, it has become necessary to extend the course of
the Decision-Making Theory through the e-learning application. In the process of
research and solution of this problem, modern e-learning systems were considered and
SMPR application was created. During the creation of the evaluation module,
algorithms of methods for adjusting and adapting the complexity level used for the
seven types of questions were used: binary questions (yes-no); one correct answer from
many options; many answers from many options; number as a reply; range as a
response; array as an answer; one or more words as a reply. These algorithms help
determine the correctness of real-time ratings when assessing knowledge at universities
or schools. The software was developed by the students of the Faculty of Cybernetics
and tested during the winter sessions.
The
twenty-seventh
section “THERMODYNAMIC CONCEPT OF
OPERATION OF SYSTEMS OF THERMAL POWER OBJECTS OF THE
BUILDING INDUSTRY”. Theoretical and practical studies of the possibility of using
a non-reagent water preparation method are given. They represent a strategic
significance in terms of creating resource-saving technologies in the feasibility study
of the construction industry. Ecological problems and mechanisms of resource and
energy saving are shown due to optimization of production processes. It is solved by
three sciences (3E): ecology (saving of natural resources) - economics (management of
natural resources) - energy (physical basis of thermal energy processes). The paper
considers the thermodynamic concept of the state of material flows in the feasibility
study. The emergence of potentially possible conflict situations in the preparation of
technical water for the critical operating conditions of the TEO systems. The
introduction of modern nanotechnologies in the use of non-reagent water preparation
techniques for TEO raises technogenically safe conditions for their exploitation,
competitiveness and energy conservation. This is the main instrument of the actions of
ecological and economic management in the production.
- 1478 -