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Article
Effect of Photoperiod Duration on Microcirculation in the Skin as Assessed Experimentally by Laser Doppler Flowmetry
Effects of prolonged photoperiod (18 : 6 model) on the mechanisms regulating microcirculation in the skin were studied in experimental animals. Microcirculation was assessed using laser Doppler flowmetry. It w...
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Article
Millimeter-wave spectroscopy of the weakly bound molecular complex NH3-N2
The rotational spectrum of the van der Waals NH3-N2 complex is studied in the frequency range of 112–130 GHz. The transitions are measured in a cold molecular beam with an intracavity spectrometer based on an oro...
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Article
Tritium planigraphy as a tool for studying the structural organization nanobiocomplexes
The tritium planigraphy method is based on the nonselective substitution of radioactive isotope tritium for hydrogen in hydrocarbon fragments of molecules by means of a chemical reaction involving hot tritium ...
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Article
Study of the spectrum of the Kr-CO weakly bound molecular complex in the millimeter-wavelength range
The rotational spectrum of the weakly bound Kr-CO molecular complex formed in a pulsed molecular jet has been measured in the frequency range 112–150 GHz on an intracavity orotron-based spectrometer. The measu...
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Article
Tritium planigraphy: Differences in the spatial structures of the influenza virus M1 protein in crystal, solution, and virion
The structure of the M1 protein of the influenza virus A/Puerto Rico/8/34 (PR8, subtype H1N1) in solution at acidic pH and in the composition of the virion has been studied by the tritium planigraphy method. A...
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Article
Modeling of protein spatial structure using tritium planigraphy
The results of protein spatial structure modeling using the tritium planigraphy technique are presented. The knowledge of 3D structure of macromolecules is obligatory for understanding the basic mechanisms of ...
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Article
Microwave spectroscopy of the weakly bound CO-ortho-D2 molecular complex
A van der Waals complex that consists of a deuterium molecule in the ortho state and a carbon monoxide molecule, CO-ortho-D2, was studied in the frequency range 85–130 GHz with the help of an intracavity orotron-...
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Article
Laboratory investigations of the composition and determination of the coefficients of emission of the products of burning of forest materials
A laboratory setup for physical modeling of forest fires and investigation of the physicochemical characteristics of the process of burning of forest combustible materials (FCMs) has been described. The result...
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Article
Ignition of a layer of combustible forest materials
Theoretical and experimental studies of the ignition of forest combustible materials by real ignition sources, which are modeled by a reference source, are reported. The time of ignition by the reference sourc...
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Article
Laboratory studies of the origin and spread of a surface forest fire
The paper considers results of an infra-red imaging study of the dynamics of change in the brightness-temperature field of surface forest fires in laboratory settings. The dynamics of certain characteristics (...
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Article
A model for failure in the contact system of a semiconductor device on temperature cycling
A physical model is proposed for the failure in a multilayer contact system for a semiconductor device on temperature cycling.
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Article
Estimation of the temperature on the Hugoniot adiabat by using the, “mirror image,” rule
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Article
Dynamic compression of a solid at a very low initial temperature
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Article
Thermodynamics of a solid shock compressed at low temperatures
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Determination of the power exponent in the potential by means of shock-compressibility data