2,797 research outputs found
ĂrvaszĂșnyogok (Diptera: Chironomidae) FelsĆ-Tisza-vidĂ©ki holtmedrekbĆl, kĂ©t Ășj fajjal a magyarorszĂĄgi faunĂĄban | Non-biting midges (Diptera: Chironomidae) from oxbows along the Hungarian section of the Upper-Tisza, with two new species to the Hungarian fauna
2002-ben 29 felsĂ”-Tisza-vidĂ©ki holtmederben gyĂ»jtöttĂŒnk ĂĄrvaszĂș-
nyog-lĂĄrvĂĄkat. HĂĄrom alcsalĂĄdbĂłl 33 ĂĄrvaszĂșnyog-taxont talĂĄltunk, amelyek kö-
zĂŒl kettĂ” (a Chironomus pseudothummi Ă©s a Synendotendipes impar) Ășj a hazai
faunĂĄban. A Glyptotendipes viridis elsĂ” adatait közöljĂŒk 1900 Ăłta. Ăjabb adatait
közöljĂŒk több olyan fajnak (Ablabesmyia phatta, Monopelopia tenuicalcar,
Chironomus cingulatus, Cryptochironomus supplicans, Dicrotendipes lobiger,
Einfeldia pagana, Polypedilum cultellatum Ă©s Synendotendipes lepidus), amelyeknek
kevesebb, mint öt lelĂ”helyĂ©t ismertĂŒk MagyarorszĂĄgrĂłl. |
In 2002 chironomid larvae were collected from 29 oxbows along
the upper section of River Tisza. 33 chironomid taxa belonging 3 subfamilies
were found (9 Tanypodinae, 1 Orthocladiinae, 24 Chironominae), among which
2 species (Chironomus pseudothummi and Synendotendipes impar) proved to
be new to the Hungarian fauna. We gave the first record of Glyptotendipes
viridis still 1900. New records are given for Ablabesmyia phatta, Monopelopia
tenuicalcar, Chironomus cingulatus, Cryptochironomus supplicans,
Dicrotendipes lobiger, Einfeldia pagana, Polypedilum cultellatum and
Synendotendipes lepidus, which still were known from less than five localities in
Hungary
On the Way to Future's High Energy Particle Physics Transport Code
High Energy Physics (HEP) needs a huge amount of computing resources. In
addition data acquisition, transfer, and analysis require a well developed
infrastructure too. In order to prove new physics disciplines it is required to
higher the luminosity of the accelerator facilities, which produce
more-and-more data in the experimental detectors. Both testing new theories and
detector R&D are based on complex simulations. Today have already reach that
level, the Monte Carlo detector simulation takes much more time than real data
collection. This is why speed up of the calculations and simulations became
important in the HEP community. The Geant Vector Prototype (GeantV) project
aims to optimize the most-used particle transport code applying parallel
computing and to exploit the capabilities of the modern CPU and GPU
architectures as well. With the maximized concurrency at multiple levels the
GeantV is intended to be the successor of the Geant4 particle transport code
that has been used since two decades successfully. Here we present our latest
result on the GeantV tests performances, comparing CPU/GPU based vectorized
GeantV geometrical code to the Geant4 version
Analysis of the Last Decadeâs Evolution of Competitiveness in Romania through Regional and Sectoral Lenses
The structure of labour productivity by regions and by economic activities as well as average sectoral income levels in Romania are analysed within the framework of this paper. The structure of labour productivity on regional level and by economic activities is an essential component of regional competitiveness besides the structure of regional population, the structure of employment by economic activities in total population at regional level and the structure of total GDP (or GVA) on regional level by economic activities. To capture the variation in time of competitiveness, a longer time horizon analysis of the above indicators is needed instead of analysing just one-year data, which would only give a static view on the matter. Our analysis covers the 2000-2008 time horizon and focuses mainly on labour productivity through analysing sectoral GVA and sectoral employment on the level of Romanian NUTS2 development regions, being an important determinant of regional competitiveness
A 'soft+hard' model for Pion, Kaon, and Proton Spectra and measured in PbPb Collisions at TeV
Hadron spectra measured in high-energy collisions present distributions which
can be derived from the non-extensive statistical and thermodynamical
phenomena. Based on earlier theoretical developments, it seems, the methods are
very applicable for jets hadronization processes in electron-positron,
proton-proton, and even in heavy-ion collisions.
Here, we present what can was learnt from the recent theoretical and
phenomenological developments: transverse momentum spectra and azimuthal
anisotropy () of charge averaged pions, kaons and protons stemming from
central Pb+Pb collisions at = 2.76 ATeV are described
\textit{analytically} in a `soft + hard' model.
In this model, we propose that hadron yields produced in heavy-ion collisions
are simply the sum of yields stemming from jets (hard yields) in addition to
the yields originating from the Quark-Gluon Plasma (soft yields). The hadron
spectra in both types of yields are approximated by the Tsallis--Pareto like
distribution
A rekreĂĄciĂłs ĂșszĂĄs törtĂ©nete
HabĂĄr a rekreĂĄciĂłs ĂșszĂĄs, ugyan Ășgy, mint maga a rekreĂĄciĂł fogalma is a modern kor termĂ©ke, mĂ©gis jĂłllehet a gyökereit az Ćskorig visszavezethetjĂŒk. Az Ćseink igaz, mĂ©g nem rekreĂĄlĂłdni akartak, kezdetben mĂ©g csak az Ă©letben maradĂĄsĂ©rt Ășsztak. Az Ăłkor embere viszont mĂĄr hĂłdolt az ĂșszĂĄs Ă©lvezetĂ©nek, egĂ©szsĂ©gĂŒgyi, sĆt rekreĂĄciĂłs cĂ©llal is Ășszott. MĂ©gsem ez volt az elsĆdleges cĂ©lja az Ăłkori ĂșszĂĄsnak. ElsĆdleges szerepe a katonai kikĂ©pzĂ©sben volt. LeginkĂĄbb mĂ©g a harcĂĄszatban valĂł fontossĂĄg miatt kerĂŒl be a nevelĂ©si követelmĂ©nyek közĂ©. Ahogy az antik kultĂșra elbukik a közĂ©pkorban, Ășgy semmisĂŒl meg az ĂșszĂĄs Ă©s a fĂŒrdĆĂ©let is. Csak a reneszĂĄnsz kori humanizmus hoz megĂșjulĂĄst a rekreĂĄciĂłs ĂșszĂĄsba. Korunk embere pedig mĂĄr tisztĂĄban van azzal, hogy egĂ©szsĂ©gĂ©t megĆrizni, megtartani sporttal, ĂșszĂĄssal tudja
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