The research progress of the main fermentation of deep-fermentation yeast races for low-calorie beer, determined the optimal dose of pitching and best race for a low-calorie beer
The results of the optimization of the design and
technological parameters of a device for circular soil
tillage in forest cutovers have been obtained. The
description of the approaches to modeling of circular
soil tillage, optimization mathematical model of soil
tillage and obtained results are given in the article
The versatility of exergic method allowing to value stocks and losses of all types of energy including into balance of any energetic-technological system by means of single criteria of efficiency is considered in the article
The article is a study of digital continuous system and
optimization of digital control systems. It is shown that
the standard in the synthesis of digital systems should
provide a continuous system, so first we need to create
the desired continuous system and then we could try to
get the digital system closer to it
The ways and the methods of the solution of the problem of complex cleaning of grain crops were proved; the de-pendences of engine capacity of the Massey Ferguson tractors of 8200 series on the capacity of a thresher of the hook-on combine were received
The article presents the analysis of the degree of development of the subcutaneous fat of children and adolescents with the metabolic syndrome and its classification
In the article we consider a possibility of use of pectin on new appointment, as a cryoprotector. In the test with a pectin addition, there is a fermentation process that goes faster and more intensively, it accelerates the process of proofing. At the expense of functional properties of pectin it is possible to provide the ability
to live of yeast cells and to provide quality of bread
We have presented a methodology for the optimization of technical parameters of the complex based on a solar system combined with a wind generator according to the criteria of efficiency and consumption of materials
During the study, the authors have solved the problem
of determining the minimum number of operations by
optimizing fillability of a claw-shearing device with
trees. Sufficient optimality conditions have been
obtained. The numerical method for solving the
optimization problem was developed. We have also
performed a numerical experiment
A method for predicting the wear rate of the drive roller chains in programs with internal teeth was developed. We took into account the way the friction in the hinge when forced transverse oscillation
branches chain loop, which is based on probabilistic and statistical representation of the wear process