Description of a new species of Chrysina Kirby, 1828 (Coleoptera: Scarabaeidae: Rutelinae) from resplendens group, based on morphological characters and mtDNA COX I molecular marker

A new species of the genus Chrysina Kirby, 1828 is decribed from Panama. Chrysina kalinini sp.n. is related to Chrysina resplendens (Boucard, 1875) in habitus, male genitalia morphology and mtDNA COX I molecular marker). The two closely related species differ in the shape of pronotum, mesosternal process and male genitalia. mtDNA COI molecular marker analysis gives a reliable distance for the compared species

Technical Note: Chemistry-climate model SOCOL: version 2.0 with improved transport and chemistry/microphysics schemes

International audienceWe describe version 2.0 of the chemistry-climate model (CCM) SOCOL. The new version includes fundamental changes of the transport scheme such as transporting all chemical species of the model individually and applying a family-based correction scheme for mass conservation for species of the nitrogen, chlorine and bromine groups, a revised transport scheme for ozone, furthermore more detailed halogen reaction and deposition schemes, and a new cirrus parameterisation in the tropical tropopause region. By means of these changes the model manages to overcome or considerably reduce deficiencies recently identified in SOCOL version 1.1 within the CCM Validation activity of SPARC (CCMVal). In particular, as a consequence of these changes, regional mass loss or accumulation artificially caused by the semi-Lagrangian transport scheme can be significantly reduced, leading to much more realistic distributions of the modelled chemical species, most notably of the halogens and ozone

Quantum phase transitions and thermodynamic properties in highly anisotropic magnets

The systems exhibiting quantum phase transitions (QPT) are investigated within the Ising model in the transverse field and Heisenberg model with easy-plane single-site anisotropy. Near QPT a correspondence between parameters of these models and of quantum phi^4 model is established. A scaling analysis is performed for the ground-state properties. The influence of the external longitudinal magnetic field on the ground-state properties is investigated, and the corresponding magnetic susceptibility is calculated. Finite-temperature properties are considered with the use of the scaling analysis for the effective classical model proposed by Sachdev. Analytical results for the ordering temperature and temperature dependences of the magnetization and energy gap are obtained in the case of a small ground-state moment. The forms of dependences of observable quantities on the bare splitting (or magnetic field) and renormalized splitting turn out to be different. A comparison with numerical calculations and experimental data on systems demonstrating magnetic and structural transitions (e.g., into singlet state) is performed.Comment: 46 pages, RevTeX, 6 figure

On the interplay between Babai and Černý’s conjectures

Motivated by the Babai conjecture and the Černý conjecture, we study the reset thresholds of automata with the transition monoid equal to the full monoid of transformations of the state set. For automata with n states in this class, we prove that the reset thresholds are upperbounded by 2n2 -6n + 5 and can attain the value (Formula presented). In addition, we study diameters of the pair digraphs of permutation automata and construct n-state permutation automata with diameter (formula presented). © Springer International Publishing AG 2017

Спленоз: путы неизвестности или шаг через существующие предосторожности (часть I)

Aim: to present a rare clinical case of multiple post-traumatic intra-abdominal splenosis in combination with type 2 macroamylasemia, chronic pancreatitis in a 27-year-old woman, clinically manifested like a palpable mass in the right iliac region.Main results. In the first part of the article, a detailed analysis of the medical history is given, the results of archival imaging studies and the data of laboratory and instrumental examination at the time of treatment are presented. The literature review presents modern definitions of splenosis, as well as brief information about the anatomy and physiology of the spleen.Conclusion. The diagnostic process requires a detailed analysis of the history of the disease, the performance of laboratory studies in combination with modern imaging studies, as well as a thorough study of the literature data.Цель исследования: представить редкий клинический случай множественного посттравматического интраабдоминального спленоза в сочетании с макроамилаземией 2-го типа, хроническим панкреатитом у женщины 27 лет, клинически манифестировавшего появлением пальпируемого образования в правой подвздошной области.Основные положения. В I-й части статьи приведен детальный анализ анамнеза болезни, представлены результаты архивных визуализирующих исследований и данные лабораторно-инструментального обследования на момент обращения. В обзоре литературы изложены современные определения понятия спленоз, а также краткие сведения об анатомии и физиологии селезенки.Заключение. Диагностический процесс требует детального анализа анамнеза болезни, выполнения лабораторных исследований в сочетании с проведением современных визуализирующих исследований, а также тщательного изучения литературных данных

Reliable Correlation for Liquid–Liquid Equilibria outside the Critical Region

A simple model for binary liquid–liquid equilibrium data correlation is explored. The model describes liquid–liquid equilibrium in terms of Henry’s law and unsymmetrically normalized activity coefficients in each phase. A procedure for parameter estimation including an approach to initial guesses, uncertainty analysis of regression results, obtained parameters, and predicted mole fractions has been formulated. The procedure is applied to three cases: hydrocarbons + water, ionic liquids + water, and nitroethane + hydrocarbons. The model has four parameters in the most basic formulation. Depending upon the available data, this number can be extended in a systematic fashion. We compare results of correlation to results obtained with a four-parameter nonrandom two-liquid (NRTL) equation and COSMO-SAC. In general, the new model does nearly as well as NRTL. Advantages of the presented model are a simple form and a parameter set that can be extended in a systematic fashion with an interpretation in terms of thermodynamic properties. The model may be developed further for validation of experimental data

La nuova Russia. Dibattito culturale e modello di società in costruzione

Una radiografia del dibattito culturale della Russia che illustra i tanti problemi con cui si deve confrontare la costruzione di una nuova società. Modernizzazione, tradizionalismo, nuovo corporativismo, privatizzazioni, nazionalismo e religione sono solo alcuni degli elementi che compongono un quadro ricco di conflittualità e foriero di grandi trasformazioni.- Indice #5- Radiografia del dibattito culturale: modernizzazione e tradizionalismo nello scontro tra gli “addetti ai lavori”, Ilja Levin #9- Partiti e società: evoluzione e prospettive della differenziazione politica ed ideologica nella Russia postsovietica, Kirill Kholodkovski #29- Dal “collettivismo” all’individualismo: l’uomo nella società deistituzionalizzata, Guerman Diliguenski #45- Gruppi direttivi regionali: trasformazione dei meccanismi organizzativi e relazionali del potere, Mikhail Afanasjev #63- L’”oligarchia” e la crisi in atto nel postcomunismo russo, Alexeij Zudin #81- Il nuovo corporativismo russo all’interno del contesto globale: il ruolo in via di cambiamento dell’élite settoriale, Sergei Peregudov #107- La formazione di nuovi mercati e lo Stato nella Russia postcomunista, Vadim Radaev #133- Stabilizzazione macroeconomica e mutamenti strutturali nell’economia nazionale russa: deindustrializzazione o sfondamento verso una società postindustriale?, Vladimir Mau e Irina Starodubrovskaja #163- Dopo la privatizzazione: alla ricerca di un modello ottimale di società, Viktor Studentsov #187- Fondamenta e principi dello Stato accentratore in Russia, Igor Pantin #217- Nazionalismo liberale o idea imperiale? La consapevolezza degli interessi e degli orientamenti nazionali in Russia, Vladimir Kolossov #233- Il primo quinquennio della repubblica di dicembre in Russia: come si costruiscono gli istituti e si strutturano gli interessi, Petr Fedossov #257- Lo stato attuale e le prospettive della Chiesa ortodossa in Russia, P. Innokentij Pavlov #272- La nuova influenza dei valori religiosi sull’intellighenzia russa (tendenze attuali), Andrei B. Zubov #295- La religiosità postsovietica: dall’eclettismo religioso alle fedi nazionali, Sergei Filatov #32

Diurnal changes in middle atmospheric H2O and O3: Observations in the Alpine region and climate models

International audienceIn this paper we investigate daily variations in middle atmospheric water vapor and ozone based on data from two ground-based microwave radiometers located in the Alpine region of Europe. Temperature data are obtained from a lidar located near the two stations and from the SABER experiment on the TIMED satellite. This unique set of observations is complemented by three different three-dimensional (3-D) chemistry-climate models (Monitoring of Stratospheric Depletion of the Ozone Layer (MSDOL), Laboratoire de Météorologie Dynamique Reactive Processes Ruling the Ozone Budget in the Stratosphere (LMDz-REPROBUS), and Solar Climate Ozone Links (SOCOL)) and the 2-D atmospheric global-scale wave model (GSWM). The first part of the paper is focused on the first Climate and Weather of the Sun-Earth System (CAWSES) tidal campaign that consisted of a period of intensive measurements during September 2005. Variations in stratospheric water vapor are found to be in the order of 1% depending on altitude. Meridional advection of tidal nature is likely to be the dominant driving factor throughout the whole stratosphere, while vertical advection becomes more important in the mesosphere. Observed ozone variations in the upper stratosphere and lower mesosphere show amplitudes of several percent in accordance with photochemical models. Variations in lower stratospheric ozone are not solely governed by photochemistry but also by dynamics, with the temperature dependence of the photochemistry becoming more important. The second part presents an investigation of the seasonal dependence of daily variations. Models tend to underestimate the H2O diurnal amplitudes, especially during summer in the upper stratosphere. Good agreement between models and observations is found for ozone in the upper stratosphere, which reflects the fact that the O3 daily variations are driven by the photochemistry that is well modeled

A novel physics informed deep learning method for simulation-based modelling

In this paper, we present a brief review of the state of the art physics informed deep learning methodology and examine its applicability, limits, advantages, and disadvantages via several applications. The main advantage of this method is that it can predict the solution of the partial differential equations by using only boundary and initial conditions without the need for any training data or pre-process phase. Using physics informed neural network algorithms, it is possible to solve partial differential equations in many different problems encountered in engineering studies with a low cost and time instead of traditional numerical methodologies. A direct comparison between the initial results of the current model, analytical solutions, and computational fluid dynamics methods shows very good agreement. The proposed methodology provides a crucial basis for solution of more advance partial differential equation systems and offers a new analysis and mathematical modelling tool for aerospace application