10 research outputs found
Murals as an element of the tourist image of the city of Odesa
The article discusses in detail the latest objects of tourist display of the city of Odessa - murals. These works of art increase the aesthetic appeal of the city's districts, promote cultural heritage and promote the development of tourism in the area, and ultimately, together with other recreational and tourism facilities, influence the formation of the tourist image of the city. Thus, the development and development of excursions with the involvement of a kind of urban art – murals, will contribute to the restoration of tourist activities in the city in peacetime
Formation of the sea passenger transportation market and cruise tourism industry
The article is devoted to the emergence, development and current state of sea passenger transportation. The main stages of development of sea passenger transportation, characteristics of vehicles, difficulties that arose during the operation of passenger vessels are presented. The factors that contributed to the development and industry of sea cruises are analyzed. The issues of gradual transformation of sea cruises into tourist entertainment of mass tourism are considered
МЕТОДИКА ОРГАНІЗАЦІЇ САМОСТІЙНОЇ РОБОТИ СТУДЕНТІВ НА ПРИКЛАДІ ДИСЦИПЛІНИ «МЕДИЧНА ТА БІОЛОГІЧНА ФІЗИКА» З ОГЛЯДУ НА МОЖЛИВОСТІ СИСТЕМИ ДИСТАНЦІЙНОГО НАВЧАННЯ EDX.ORG
The article adduces the potential possibilities of distant education Edx.org platform for organization and realization of individual work of students in the process of study of “Medical and Biological Physics” to master degree in “General Medicine” (for English speaking students).
The results of the comparative analysis are presented and common elements of the curriculum in Medical and Biological Physics and distance course "Fundamentals of Neuroscience" are revealed. We considered Edx.org educational materials as an integral part of home training and a basis for students' independent and classroom work. An example of organizing students' independent work using the capabilities of the Edx.org distance learning system is given. Legal borrowing and the use of separate educational materials for distance learning make it possible to actualize, standardize and optimize the work of students in independent and individual work in the study of the discipline "Medical and Biological Physics".
On the basis of the conducted audit of the course "Neuroscience" it is proposed to use the organizational structure of the course in order to organize the independent and auditor work of students in the discipline "Medical and Biological Physics".У статті визначено потенційні можливості платформи дистанційного навчання Еdx.org для організації і проведення самостійної роботи студентів при вивченні дисципліни «Медична та біологічна фізика» за напрямком підготовки магістра за спеціальністю «Лікувальна справа» (англомовна форма навчання).
Представлено результати порівняльного аналізу і виявлено спільні елементи навчальної програми з медичної та біологічної фізики й дистанційного курсу «Fundamentals of Neuroscience». Навчально-методичні матеріали від Edx.org ми розглядали як складову частину домашньої підготовки й основу для самостійної та аудиторної роботи студентів. Наведено приклад організації самостійної роботи студентів з використанням можливостей системи дистанційного навчання Edx.org. Легальне запозичення і використання окремих навчальних матеріалів для дистанційного навчання дозволяють актуалізувати, стандартизувати й оптимізувати роботу студентів при проведенні самостійної та індивідуальної роботи при вивченні дисципліни «Медична та біологічна фізика».
На основі проведеного аудиту курсу «Neuroscience» запропоновано використовувати організаційну структуру курсу з метою організації самостійної та аудиторної роботи студентів з дисципліни «Медична та біологічна фізика»
Побудова за експериментальними даними моделі закону розподілу розмірів наночастинок вуглецю, синтезованих електророзрядною обробкою
An analytical model has been developed for the distribution law of sizes of carbon nanoparticles synthesized with electric discharge treatment carbon nanoparticles. The model has been developed for estimation of confidence intervals of static moments according to the experiment data.Построена аналитическая модель закона распределения размеров синтезированных электроразрядной обработкой наночастиц углерода, относящихся к негауссовским случайным величинам, с целью оценки доверительных интервалов статистических моментов по экспериментальным данным.Побудовано аналітичну модель закону розподілу розмірів синтезованих електророзрядною обробкою наночастинок вуглецю, що належать до негауссівських випадкових величин, для оцінки довірчих інтервалів статистичних моментів за експериментальними даними
LHCb VELO upgrade technical design report
The upgraded LHCb VELO silicon vertex detector is a lightweight hybrid pixel detector capable of 40 MHz readout at a luminosity of 2 x 10^33 cm^-2 s^-1.
The track reconstruction speed and precision is enhanced relative to the current VELO detector even at the high occupancy conditions of the upgrade, due to the pixel geometry and a closest distance of approach to the LHC beams of just 5.1 mm for the first sensitive pixel.
Cooling is provided by evaporative CO2 circulating in microchannel cooling substrates. The detector contains 41 million 55 um x 55 um pixels, read out by the custom developed VeloPix front end ASIC.
The detector will start operation together with the rest of the upgraded LHCb experiment after the LHC LS2 shutdown, currently scheduled to end in 2019.
This Technical Design Report describes the upgraded VELO system, planned construction and installation, and gives an overview of the expected detector performance
LHCb particle identification upgrade technical design report
The LHCb upgrade will take place in the second long shutdown of the LHC, currently scheduled to begin in 2018.
The upgrade will enable the experiment to run at luminosities of 2 x 10^33cm^-2s^-1 and will read out data at a rate of 40MHz into a flexible software-based trigger.
All sub-detectors of LHCb will be re-designed to comply with these new operating conditions.
This Technical Design Report presents the upgrade plans of the Ring Imaging Cherenkov (RICH) system, the calorimeter system and the muon system, which together provide the particle identification capabilities of the experiment
LHCb tracker upgrade technical design report
The upgrade of the LHCb detector will extend the physics reach of the experiment by
allowing it to run at higher luminosity, Linst = 2 x 1033 cm\uf02d2 s\uf02d1, with increased trigger
e_ciency for a wide range of decay channels. This is facilitated by the implementation of
new front-end electronics, designed such that complete events can be read out and sent to
the LHCb data acquisition farm for selection by a full software trigger, every 25 ns. The
upgraded LHCb detector is conceived to take physics data for an integrated luminosity
of at least 50 fb
bc0
c001. This Technical Design Report describes in detail the upgrade of the
two tracking subsystems, located just before and just after the LHCb dipole magnet.
The tracking detector before the magnet (the Upstream Tracker) will be composed of
new, high-granularity silicon micro-strip planes with an improved coverage of the LHCb
acceptance. Behind the magnet, a Scintillating Fibre Tracker will be built, which is
composed of 2.5m long _bres read out by silicon photomultipliers at the edge of the
acceptance. The performance of the two tracking detectors and of the LHCb tracking
software are presented, as well as the cost, schedule and task sharing