... 1 Figure 1: The density distribution in R­Z plane Figure 2: The luminosity distribution in R­Z plane for Maxwellian kick velocity (75 km/s) 2 Figure 3: The luminosity distribution in R­Z plane for Maxwellian kick velocity (150 km/s) n(R; Z) = nHI + 2 \Delta nH2 nH2 = n 0 \Delta exp џ \GammaZ 2 2 \Delta (70pc) 2 – If 2kpc џ R џ 3:4kpc, then nHI = n 0 \Delta exp џ \GammaZ 2 2 \Delta (140pc \Delta R=2kpc) 2 – ; For R џ 2kpc n(R; Z) was assumed to be constant: n(R ! ...

arxiv:1202.5852 Планетные кандидаты по данным наблюдений на Кеплере, III: Анализ данных за первые 16 месяцев (Planetary Candidates Observed by Kepler, III: Analysis of the First 16 Months of Data) . Authors: Natalie M. Batalha et al. arxiv:1202.4758 Пространственная вариация постоянной тонкой структуры - новые результаты на VLT/UVES (Spatial variation in the fine-structure constant -- new results from VLT/UVES) . ... Authors: C. Majeau, E. Agol, N. Cowan . ... Authors: B. Mueller, H.-Th. ...

... What is the World Wide Web? Introduction to URIs . ... HTML 4.0 . ... Compound documents . ... Authoring documents with HTML 4.0 . ... Every resource available on the Web -- HTML document, image, video clip, program, etc. -- has an address that may be encoded by a Universal Resource Identifier , or "URI". ... This URI may be read as follows: There is a document available via the HTTP protocol (see [RFC2068] ), residing on the machine www.w3.org, accessible via the path "/TR/REC-html4/". ...