Platforma "Diya v Ukraini"
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Diya v Ukraini – ce z odniyeyi storonu internet-platforma dlya proektiv molodi u sferi biznesu, ekologii, kultury ta socialniy sferi. Z inshoyi storony – ce seredovyshche obminu ideyamy, stvorennya merezhi kontaktiv, otrymannya zvorotnogo zvyazku na svoyu vid ekspertiv platform ta uchasnykiv. Ce mozhlyvist malymy krokamy spivpracyuvaty, stvoryuvaty I rozvyvatysya – rasom. Proponuyemo Vam oznayomytysya z informaciyeyu u presentacii, yaka das rozuminnya pro osnovni fokusy, bloky, aktyvnosti, a takozh nayblyzci plany po realizacii proektu. Chytayte pro proekt na sayti: http://diyaua.wordpress.com Pidpysuytesya na novyny: Facebook: https://www.facebook.com/diyaua Twitter: https://twitter.com/DiyaUa Vkontakte: http://vk.com/diyaua Zaproshuyemo Vas diyaty I ruhatysya razom, bo tak mozhna zrobyty bilzhe I krashche :)
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Pathogenesis and pharmacologic treatment of obesity
PATHOGENESIS OF OBESITY in Internal Medicine, REVIEWING ENERGY BALANCE (BASIC SCIENCE)
Platforma diya v_ukraini
Vitannya!
Dyakuyemo za interes do Platformy :)
Spodivayemosya, sho Vy vzhe pobachyly presentaciyu i rozumiyete, pro shcho mova.
Yaksho korotko:
Diya v Ukraini - online platforma dlya pidtrymky molodyh lyudey u realisacii yih idey!
Ce misce zustrichi:
- molodi z usiyeyi Ukraini, yaki vzhe mayut idei i dumayut, yak yih vtilyty v zhyttya,
- tyh, hto gotovyy braty uchast u cikavyh ta korysny iniciatyvah,
- tyh, hto maye dosvid i hoche nym dilytysya chy dopomagaty resiurramy (finansy, materialy, inshe)
My virymo, shcho cya platforma stane miscem stvorennya cikavyh spilnot, realizaciyi novyh ta potribnyh idey!
Doluchaytesya :) Stvorymo Diyu RAZOM!
Platforma diya v_ukraini
Vitannya!
Dyakuyemo za interes do Platformy :)
Spodivayemosya, sho Vy vzhe pobachyly presentaciyu i rozumiyete, pro shcho mova.
Yaksho korotko:
Diya v Ukraini - online platforma dlya pidtrymky molodyh lyudey u realisacii yih idey!
Ce misce zustrichi:
- molodi z usiyeyi Ukraini, yaki vzhe mayut idei i dumayut, yak yih vtilyty v zhyttya,
- tyh, hto gotovyy braty uchast u cikavyh ta korysny iniciatyvah,
- tyh, hto maye dosvid i hoche nym dilytysya chy dopomagaty resiurramy (finansy, materialy, inshe)
My virymo, shcho cya platforma stane miscem stvorennya cikavyh spilnot, realizaciyi novyh ta potribnyh idey!
Doluchaytesya :) Stvorymo Diyu RAZOM!
Recommended
Pathogenesis and pharmacologic treatment of obesity
PATHOGENESIS OF OBESITY in Internal Medicine, REVIEWING ENERGY BALANCE (BASIC SCIENCE)
Platforma diya v_ukraini
Vitannya!
Dyakuyemo za interes do Platformy :)
Spodivayemosya, sho Vy vzhe pobachyly presentaciyu i rozumiyete, pro shcho mova.
Yaksho korotko:
Diya v Ukraini - online platforma dlya pidtrymky molodyh lyudey u realisacii yih idey!
Ce misce zustrichi:
- molodi z usiyeyi Ukraini, yaki vzhe mayut idei i dumayut, yak yih vtilyty v zhyttya,
- tyh, hto gotovyy braty uchast u cikavyh ta korysny iniciatyvah,
- tyh, hto maye dosvid i hoche nym dilytysya chy dopomagaty resiurramy (finansy, materialy, inshe)
My virymo, shcho cya platforma stane miscem stvorennya cikavyh spilnot, realizaciyi novyh ta potribnyh idey!
Doluchaytesya :) Stvorymo Diyu RAZOM!
Platforma diya v_ukraini
Vitannya!
Dyakuyemo za interes do Platformy :)
Spodivayemosya, sho Vy vzhe pobachyly presentaciyu i rozumiyete, pro shcho mova.
Yaksho korotko:
Diya v Ukraini - online platforma dlya pidtrymky molodyh lyudey u realisacii yih idey!
Ce misce zustrichi:
- molodi z usiyeyi Ukraini, yaki vzhe mayut idei i dumayut, yak yih vtilyty v zhyttya,
- tyh, hto gotovyy braty uchast u cikavyh ta korysny iniciatyvah,
- tyh, hto maye dosvid i hoche nym dilytysya chy dopomagaty resiurramy (finansy, materialy, inshe)
My virymo, shcho cya platforma stane miscem stvorennya cikavyh spilnot, realizaciyi novyh ta potribnyh idey!
Doluchaytesya :) Stvorymo Diyu RAZOM!
Nucleation and Cavitation of Spherical, Cylindrical and Slab Like Droplets an...
Classical equations of state are continuous functions of the density. At subcritical conditions, they exhibit a van der Waals loop, signaling phase coexistence as determined from the Maxwell construction. Here it is described how such loops may be observed in computer simulation studies, and how they depend on the system size. For small systems with dimensions close to the fluid's correlation length, a continuous van der Waals loop is observed which clearly resembles the expected mean field equation of state. As the system size increases, the loop gradually developes a series of discontinuities, corresponding to the formation of condensed domains. In our systems in three dimensions and periodic boundary conditions, systems develope sequentally a slab domain, then a cylindrical domain and finally a spherical condensed domain as system size increases. When the domain forms in the vapor phase, it is a droplet. When it grows within a liquid mother phase, it is a cavity or bubble. It is shown that the sequence of transitions that develop depend on a scaled system size, which is a function of the system's temperature. Close to the critical temperature, the scaled system size remains small even for very large systems, and the formation of condensed domains is supressed. For finite temperatures, the slope of the discontinuities becomes infinite at the thermodynamic limit, and the smooth van der Waals loop gradually becomes the expected flat tie line of zero slope.
This slideshow has been presented in:
1. Contributted talk, Liblice Conference, June 2006.
2. Invited Seminar, Johannes Gutenberg Universitat, Mainz, February 2007.
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Nucleation and Cavitation of Spherical, Cylindrical and Slab Like Droplets an...
Classical equations of state are continuous functions of the density. At subcritical conditions, they exhibit a van der Waals loop, signaling phase coexistence as determined from the Maxwell construction. Here it is described how such loops may be observed in computer simulation studies, and how they depend on the system size. For small systems with dimensions close to the fluid's correlation length, a continuous van der Waals loop is observed which clearly resembles the expected mean field equation of state. As the system size increases, the loop gradually developes a series of discontinuities, corresponding to the formation of condensed domains. In our systems in three dimensions and periodic boundary conditions, systems develope sequentally a slab domain, then a cylindrical domain and finally a spherical condensed domain as system size increases. When the domain forms in the vapor phase, it is a droplet. When it grows within a liquid mother phase, it is a cavity or bubble. It is shown that the sequence of transitions that develop depend on a scaled system size, which is a function of the system's temperature. Close to the critical temperature, the scaled system size remains small even for very large systems, and the formation of condensed domains is supressed. For finite temperatures, the slope of the discontinuities becomes infinite at the thermodynamic limit, and the smooth van der Waals loop gradually becomes the expected flat tie line of zero slope.
This slideshow has been presented in:
1. Contributted talk, Liblice Conference, June 2006.
2. Invited Seminar, Johannes Gutenberg Universitat, Mainz, February 2007.
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