ОСОБЕННОСТИ РАСПРОСТРАНЕНИЯ КОНТЕНТА ГЛЯНЦЕВЫХ СМИ В ПРИЛОЖЕНИЯХ ДЛЯ СМАРТФОНОВ И ПЛАНШЕТОВ

Close attention of Russian and foreign researchers is currently undergoing a process of changing the distribution of media content in the digital environment. The processes of convergence and digitalization put before the editorial board new tasks, the main of which to construct the single communicative space and to create the unified information environment, based on the integration of various formats of the contest. The goal of the article is to review the most important channels for the distribution glossy magazines content in the mobile application environment. To classify the application data in terms of technical, genre and communication features. Identify the advantages and problems that are revealed in the process of digitalization. Considering the links established between the different forms of glossy media and analyzes current trends in their development.В настоящее время пристальное внимание российских и зарубежных исследователей уделяется теме распространения контента СМИ в цифровой среде. Процессы конвергенции и дигитализации ставят перед редакциями изданий новые задачи, главной из которых является построение единого коммуникативного пространства и создание единой информационной среды, в основе которой лежит интеграция различных форматов контента. Задача данной статьи состоит в проведении обзора наиболее значимых каналов распространения контента глянцевых СМИ в среде мобильных приложений. Значимым также представляется классификация приложений c точки зрения технических, жанровых и коммуникативных особенностей, а также указание на преимущества и проблемы процесса дигитализации. В статье рассматриваются сходства и различия между различными форматами глянцевых СМИ, анализируются тенденции их развития

Современные методы обучения руководителей и специалистов в области экологической безопасности и охраны окружающей среды

Modern methods of ecological training are developed by authors and used in the course of preparation of experts in the field of ecological safety and preservation of the environmental protection.Приводятся разработанные авторами и используемые в процессе подготовки руководителей и специалистов в области экологической безопасности и охраны окружающей среды современные методы экологического обучения

Проблемы обеспечения экологической безопасности региона

The article analyzes the basic components of the subsystems of environmental safety security at municipal union level.В статье анализируются основные составляющие подсистемы экологической безопасности на уровне муниципального образования

Physical research of microgravity influence on physical phenomenon in cryogenic liquids and general-purpose onboard cryogenic facility for realization of this researchaboard International Space Station

The united research plan named "Boiling" is created on the basis of several cryogenic research projects developed by experts in Russia and Ukraine for International Space Station. The "Boiling" plan includes 8 first experiments aimed at investigating the influence of microgravity on boiling processes, heat transfer and hydrodynamics in liquid helium being either under normal or superfluid conditions. The experiments are supposed to be carried out with individual cells collected inside a single cryogenic onboard experimental facility. The international research program experiments are characterized by the following features: utilization of several artificially simulated microgravity levels, owing to rotation of the experimental helium cryostat; visualization of the processes that occur in liquid helium; research of boiling and hydrodynamics both in a large volume of stationary liquid, and in a liquid flow running through a channel. Upon completion of the "Boiling" research plan, the cryogenic onboard facility created for International Space Station would be able to find its application in further scientific and experimental researches with helium

Helium identification with LHCb

The identification of helium nuclei at LHCb is achieved using a method based on measurements of ionisation losses in the silicon sensors and timing measurements in the Outer Tracker drift tubes. The background from photon conversions is reduced using the RICH detectors and an isolation requirement. The method is developed using pp collision data at √(s) = 13 TeV recorded by the LHCb experiment in the years 2016 to 2018, corresponding to an integrated luminosity of 5.5 fb-1. A total of around 105 helium and antihelium candidates are identified with negligible background contamination. The helium identification efficiency is estimated to be approximately 50% with a corresponding background rejection rate of up to O(10^12). These results demonstrate the feasibility of a rich programme of measurements of QCD and astrophysics interest involving light nuclei

Measurement of forward charged hadron flow harmonics in peripheral PbPb collisions at √sNN = 5.02 TeV with the LHCb detector

Flow harmonic coefficients, v n , which are the key to studying the hydrodynamics of the quark-gluon plasma (QGP) created in heavy-ion collisions, have been measured in various collision systems and kinematic regions and using various particle species. The study of flow harmonics in a wide pseudorapidity range is particularly valuable to understand the temperature dependence of the shear viscosity to entropy density ratio of the QGP. This paper presents the first LHCb results of the second- and the third-order flow harmonic coefficients of charged hadrons as a function of transverse momentum in the forward region, corresponding to pseudorapidities between 2.0 and 4.9, using the data collected from PbPb collisions in 2018 at a center-of-mass energy of 5.02 TeV . The coefficients measured using the two-particle angular correlation analysis method are smaller than the central-pseudorapidity measurements at ALICE and ATLAS from the same collision system but share similar features

Curvature-bias corrections using a pseudomass method

Momentum measurements for very high momentum charged particles, such as muons from electroweak vector boson decays, are particularly susceptible to charge-dependent curvature biases that arise from misalignments of tracking detectors. Low momentum charged particles used in alignment procedures have limited sensitivity to coherent displacements of such detectors, and therefore are unable to fully constrain these misalignments to the precision necessary for studies of electroweak physics. Additional approaches are therefore required to understand and correct for these effects. In this paper the curvature biases present at the LHCb detector are studied using the pseudomass method in proton-proton collision data recorded at centre of mass energy √(s)=13 TeV during 2016, 2017 and 2018. The biases are determined using Z→μ + μ - decays in intervals defined by the data-taking period, magnet polarity and muon direction. Correcting for these biases, which are typically at the 10-4 GeV-1 level, improves the Z→μ + μ - mass resolution by roughly 18% and eliminates several pathological trends in the kinematic-dependence of the mean dimuon invariant mass

Study of CP violation in B0 → DK⋆(892)0 decays with D → Kπ(ππ), ππ(ππ), and KK final states

A measurement of CP-violating observables associated with the interference of B0 → D0K⋆ (892)0 and B0 → D¯ 0K⋆ (892)0 decay amplitudes is performed in the D0 → K∓π ±(π +π −), D0 → π +π −(π +π −), and D0 → K+K− fnal states using data collected by the LHCb experiment corresponding to an integrated luminosity of 9 fb−1 . CP-violating observables related to the interference of B0 s → D0K¯ ⋆ (892)0 and B0 s → D¯ 0K¯ ⋆ (892)0 are also measured, but no evidence for interference is found. The B0 observables are used to constrain the parameter space of the CKM angle γ and the hadronic parameters r DK⋆ B0 and δ DK⋆ B0 with inputs from other measurements. In a combined analysis, these measurements allow for four solutions in the parameter space, only one of which is consistent with the world average

Adsorption of quercetin at the surface of particles of a silver sol in ethanol

Isotherms of quercetin adsorption from ethanol solutions on the surface of silver sol particles were measured in the temperature range from 289 to 308 K. It was established that the adsorption rate and the limiting equilibrium amount of dye adsorbed increase with temperature. An analysis of the absorption spectrum of the silver sol within the framework of the Mie theory and the theory of plasma-resonance absorption showed that the electron density of adsorbed quercetin molecules is shifted to the metal, and, consequently, adsorbed ethanol (and water) molecules are not displaced. The increase in the amount of adsorbate with temperature was explained by the formation of new adsorption sites, with which quercetin molecules form hydrogen bonds

Adsorption of quercetin at the surface of particles of a silver sol in ethanol

Isotherms of quercetin adsorption from ethanol solutions on the surface of silver sol particles were measured in the temperature range from 289 to 308 K. It was established that the adsorption rate and the limiting equilibrium amount of dye adsorbed increase with temperature. An analysis of the absorption spectrum of the silver sol within the framework of the Mie theory and the theory of plasma-resonance absorption showed that the electron density of adsorbed quercetin molecules is shifted to the metal, and, consequently, adsorbed ethanol (and water) molecules are not displaced. The increase in the amount of adsorbate with temperature was explained by the formation of new adsorption sites, with which quercetin molecules form hydrogen bonds