12 research outputs found
The rationale for the development of new drinking yoghurt based on the technology of fermented milk drink functional purpose
The aim of this work is to study and develop new varieties of drinking yogurt based on the technology of fermented milk drinks with added wild plant ingredients. In this case the wild plant âactinidia kolomiktaâ (A. kolomikta) which grows in the southern Far East of Russia was used. Research on the product range and consumer preferences in retail networks was conducted in the cities of Khabarovsk and Vladivostok allowing to justify the introduction of the new yogurts. The study shows that among the available yogurts only one fifth is produced in the far East and more than half of the yogurts are produced in the Central part of Russia. Although, yogurt from local raw materials was found in isolated cases, there was no yogurt preparation that uses wild plants. A vast majority of the respondents were interested in and were willing to buy enriched yogurt with functional food ingredients such as those present in fermented milk products prepared with traditional technologies which are used for the preparation of the yogurt of our study. The paper also presents the formulation and technological scheme of the new drink, their physicochemical and organoleptic characteris-tics, and safety performance. The new drinkable yogurt that contains the âactinidia kolomik-taâ fruit complies with the properties of functional food. This type of yogurts are eligible as functional food because they meet the requirements of the operating normative documenta-tion (GOST R 52409-2005) and are probiotic. The functional ingredients providing these properties to the yogurt are the vitamin and mineral components. The study concludes that is viable to obtain high-quality drinking yogurt with functional purposes using the Far Eastern herbal raw ingredient âactinidia kolomiktaâ
Towards ultrametric theory of turbulence
Relation of ultrametric analysis, wavelet theory and cascade models of
turbulence is discussed. We construct the explicit solutions for the nonlinear
ultrametric integral equation with quadratic nonlinearity. These solutions are
built by means of the recurrent hierarchical procedure which is analogous to
the procedure used for the cascade models of turbulence.Comment: 11 page
p-Adic Mathematical Physics
A brief review of some selected topics in p-adic mathematical physics is
presented.Comment: 36 page
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Experimental and theoretical study of the residual product nuclide yields in thin targets irradiated with 100-2600 MeV protons.
The work is aimed at measurements and computer simulations of independent and cumulative yields of residual product nuclei in thin targets relevant as target materials and structure materials for hybrid accelerator-driven systems coupled to high-energy proton accelerators
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Fission Parameters Measurements for Np, Pu, Am, and Cm Isotopes Inside a Salt Blanket Micromodel
Pursuing verification of the nuclear data for actinides, we have made a run of experiments to determine reaction rates in facilities with different neutron spectra. The researches of the kind are particularly argent when going over from the transmutation physics studies to designing the transmutation reactors and developing their fuel cycle equipment. In this case, the nuclear data on the minor actinides (Np, Am, Cm) are notably interesting with the view to correct prediction of transmutation rates and t,o validation of hazardous nuclear and radiation environment for the external (off-reactor) fuel cycle. It is in the case of just those nuclides when the well-known ENDF/B6 and JENDL3.2 libraries give the most discrepant nuclear cross sections, thus necessitating the high- priority experimental tests