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1 |
Borodina Alexandra, Veliaev Yurii, Osokin Alexander |
Comprehensive Methodological Approach to Determining Lipids in Clams
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53 |
4 |
2023 |
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2 |
Лисовая Е. В., Викторова Е. П., Свердличенко А. В., Жане М. Р. |
Effect of Ultrasonic Exposure on the Efficiency of De-Oiling Fluid Lecithins
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53 |
3 |
2023 |
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3 |
Сачивко Т. В., Феськова Е. В., Коваленко Н. А., Босак В. Н., Супиченко Г. Н. |
Spices, Herbs, and Essential-Oil Plants: Yield and Fatty Acid Composition of Seeds
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52 |
4 |
2022 |
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4 |
Захаренко А. М., Кириченко К. Ю., Вахнюк И. А., Голохваст К. С. |
Supercritical Extraction Technology of Obtaining Polyunsaturated Acids from Starfish (Lysastrosoma anthosticta Fisher, 1922)
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51 |
4 |
2021 |
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5 |
Мухортова А. М., Узбекова О. Р., Лыжов И. И. |
TECHNOLOGICAL COMPOSITION ANALYSIS OF THE RABBITFISH (CHIMAERA MONSTROSA) IN THE NORTH ATLANTIC
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50 |
2 |
2020 |
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6 |
Садовой В. В., Вобликова Т. В., Пермяков А. В. |
FATTY ACID COMPOSITION OF GOAT AND SHEEP MILK: TRANSFORMATION DURING YOGURT PRODUCTION
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49 |
4 |
2019 |
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7 |
Лобасенко Б. А., Котляров Р. В., Сазонова Е. К., Вагайцева Е. А., Скоморохов А. В. |
IMPROVEMENT OF LOW-WASTE TECHNOLOGY OF DAIRY RAW MATERIAL PROCESSING USING NEW TYPE MEMBRANE EQUIPMENT
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49 |
4 |
2019 |
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8 |
Оразов А., Надточий Л. А., Сафронова А. В. |
Assessing the Biological Value of Milk Obtained from Various Farm Animals
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49 |
3 |
2019 |
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9 |
Вобликова Т. В., Садовой В. В., Барыбина Л. И. |
Sheep’s Milk Camembert Ripening: Transformation of Fatty-Acid Profile
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49 |
3 |
2019 |
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10 |
Гуринович Г. В., Санников П. В., Патракова И. С. |
Oxidation Processes of Combined Meat Systems with Poultry Meat and Flaxseed Flour
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48 |
3 |
2018 |
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11 |
Гуринович Г. В., Патракова И. С., Кудряшов Л. С. |
Study of the effect of curing mixture compositions on oxidation of lipids in meat systems
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48 |
1 |
2018 |
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12 |
Краснова Т. А. |
Water treatment in food industry
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48 |
1 |
2018 |
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13 |
Лобасенко Б. А., Сазонова Е. К., Мусаев П. А., Пачкин С. Г. |
MATHEMATICAL MODELING AND EXPERIMENTAL STUDIES OF MEMBRANE CONCENTRATION IN APPARATUSES WITH THE WITHDRAWAL OF THE POLARIZATION LAYER
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46 |
3 |
2017 |
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14 |
Ковалева О. А., Лазарев С. И. |
RESEARCH ON REVERSE OSMOSIS SEPARATIONOF PROCESS SOLUTIONS FOR CORN STARCH PRODUCTION
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43 |
4 |
2016 |
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15 |
Курочкин А. А., Воронина П. К., Шабурова Г. В., Фролов Д. И. |
EXTRUDATES FROM VEGETABLE RAW MATERIALS WITH A HIGH LIPID AND FIBER CONTENT
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42 |
3 |
2016 |
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16 |
Лобасенко Б. А., Иванец В. Н., Сазонова Е. К., Стефанкин А. Е., Котляров Р. В. |
MODELING OF CONTINUOUS MEMBRANE PLANT COMPLETED WITH APPARATUS FOR DIFFUSION LAYER REMOVING
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42 |
3 |
2016 |
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17 |
Стефанкин А. Е. |
RESEARCH ON CONSTRUCTIVE AND TECHNOLOGICAL PARAMETERS OF MEMBRANE APPARATUS FOR COTTAGE CHEESE WHEY CONCENTRATION
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42 |
3 |
2016 |
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18 |
Старовойтова К. В., Терещук Л. В. |
PROSPECTS OF DOMESTIC MICRO-INGREDIENTS PRODUCTION
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41 |
2 |
2016 |
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19 |
Косенко М. Е., Куликова И. К., Донских А. Н., Анисимов Г. С., Евдокимов И. А. |
RESEARCH OF INFLUENCE OF MASS FRACTION OF SOLIDS ON THE DEVELOPMENT OF COTTAGE CHEESE WHEY MICROFLORA DURING THE ELECTRODIALYSIS PROCESSING
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41 |
2 |
2016 |
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20 |
Бабенышев С. П., Жидков В. Е., Мамай Д. С., Уткин В. П., Шапаков Н. А. |
IMPROVING THE EFFICIENCY OF WHEY ULTRAFILTRATION SEPARATION BY PRE-CLEANING WITH PLANT POLYSACCHARIDES
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40 |
1 |
2016 |
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21 |
Хачатрян Л. Р., Котляров Р. В., Лобасенко Б. А. |
RESEARCH ON TECHNOLOGICAL MODES OF OPERATINGOF MEMBRANE APPARATUS FOR STARCH MILK CONCENTRATION
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37 |
2 |
2015 |
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22 |
Хачатрян Л. Р., Котляров Р. В., Крохалёв А. А. |
MATHEMATICAL MODEL OF HYDRODYNAMIC CONDITIONS OF THE LIQUID FLOW AROUND THE CONIC SURFACE IN THE CYLINDRICAL CHANNEL
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36 |
1 |
2015 |
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23 |
Стефанкин А. Е., Крохалёв А. А., Котляров Р. В., Кригер О. В., Dengra J. P., Иванец В. Н. |
SELECTION OF PARAMETERS FOR HYDRODYNAMIC INSERT OF MEMBRANE UNIT FOR PROCESSING OF FARM ANIMALS BLOOD
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35 |
4 |
2014 |
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24 |
Дубова Г. Е., Безусов А. Т. |
THE PROSPECTS FOR THE USE OF SINGLET OXYGEN IN FLAVOR FORMATION REACTIONS
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34 |
3 |
2014 |
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25 |
Шушпанников А. С., Лобасенко Б. А., Котляров Р. В. |
RESEARCH ON DESIGN AND OPERATION PARAMETERS OF ULTRAFILTRATION APPARATUS FOR SKIMMED MILK CONCENTRATION
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30 |
3 |
2013 |
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26 |
Тимофеев А. Е., Лобасенко Б. А., Котляров Р. В. |
DEVELOPMENT OF MATHEMATICAL MODEL OF MEMBRANE CONCENTRATION BASED ON TRANSFER FUNCTIONS
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28 |
1 |
2013 |
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27 |
Тимофеев А. Е., Лобасенко Б. А., Котляров Р. В. |
RESEARCH ON DESIGN PARAMETERS OF MEMBRANE APPARATUS WITH DIFFUSION LAYER REMOVING
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27 |
4 |
2012 |
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28 |
Бабенышев С. П., Чернов П. С., Мамай Д. С., Харитонов Д. В. |
THE PECULIARITIES OF DESCRIPTION OF WHEY PERMEATE MOTION THROUGH
A NANOPOROUS MEMBRANE
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24 |
1 |
2012 |
|
29 |
Шмалько Н. А. |
COMPOSITION AND LIPID PROPERTIES OF WHEAT AND AMARANTH FLOUR
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23 |
4 |
2011 |
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30 |
Алтайулы С. |
INTENSIFYING THE DRYING PROCESS OF PHOSPHOLIPIDS EMULSIONS OF SUNFLOWER OILS IN CYLINDER ROTARY-FILM APPARATUS
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22 |
3 |
2011 |
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31 |
Семенов А. Г. |
Evolution of gel pollution of the membrane during tangential ultrafiltration of HMC solution
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20 |
1 |
2011 |
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32 |
Лобасенко Б. А., Семенов А. Г. |
Mathematical model of ultrafiltration with gel formation under periodical membrane cleaning conditions
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18 |
3 |
2010 |
|
33 |
Круглик В. И. |
Methodical principles of calculation of processes membrane
fractional hydrolyzed dairy fibers
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14 |
3 |
2009 |
