Usage of aviation simulator in a process of ATS officers training

Робота публікується згідно наказу ректора від 21.01.2020 р. №008/од "Про перевірку кваліфікаційних робіт на академічний плагіат 2019-2020р.р. навчальному році" . Керівник проекту: доцент, Богуненко Микола МиколайовичAviation is a sphere where voice communication system plays a great role. Proficiency in English is a key tool for an air traffic controller and phraseology of radio exchange has a number of specific features. Air traffic controller’s work includes maintaining an orderly flow of air traffic, servicing of an aircraft and control of safe movement on the ground and in the airspace. The only way to communicate with the pilot is a radio communication, which takes place in a real-time operation and requires maximum attention from the specialist. Among the below overviewed means and methods of training, a special place is taken by simulator training, which has the closest connection with the formation of ATCO's high competence and confidence. For this purpose, the existing training systems and theoretical approach foe studying was analyzed. Training simulators allow the formation of knowledge, skills and abilities, as well as professionally important qualities. The main purpose of this work is to present the device that can be used for aviation personal training, as well as in different directions. The aim of this graduate thesis is an investigation of existing training system for an ATCO, its components and training simulators to be used for a specialist preparation and creation of new simulator for aviation personnel training. The following tasks have to get accomplished: 1) Analyze general process of aviation personnel simulator training; 2) Analyze the process of professional skills formation; 3) Analyze human factor affects and its reduction due to skills training; 4) Overview of new simulator system and its usage

Usage of aviation simulator in a process of ATS officers training

Робота публікується згідно наказу ректора від 21.01.2020 р. №008/од "Про перевірку кваліфікаційних робіт на академічний плагіат 2019-2020р.р. навчальному році" . Керівник проекту: доцент, Богуненко Микола МиколайовичAviation is a sphere where voice communication system plays a great role. Proficiency in English is a key tool for an air traffic controller and phraseology of radio exchange has a number of specific features. Air traffic controller’s work includes maintaining an orderly flow of air traffic, servicing of an aircraft and control of safe movement on the ground and in the airspace. The only way to communicate with the pilot is a radio communication, which takes place in a real-time operation and requires maximum attention from the specialist. Among the below overviewed means and methods of training, a special place is taken by simulator training, which has the closest connection with the formation of ATCO's high competence and confidence. For this purpose, the existing training systems and theoretical approach foe studying was analyzed. Training simulators allow the formation of knowledge, skills and abilities, as well as professionally important qualities. The main purpose of this work is to present the device that can be used for aviation personal training, as well as in different directions. The aim of this graduate thesis is an investigation of existing training system for an ATCO, its components and training simulators to be used for a specialist preparation and creation of new simulator for aviation personnel training. The following tasks have to get accomplished: 1) Analyze general process of aviation personnel simulator training; 2) Analyze the process of professional skills formation; 3) Analyze human factor affects and its reduction due to skills training; 4) Overview of new simulator system and its usage

Evaluation of the neutronic performance of a fast traveling wave reactor in the Th-U fuel cycle

The possibility for all of the uranium or thorium fuel to be used nearly in full is expected in traveling wave reactors. A traveling wave reactor core with a fast neutron spectrum in a thorium-uranium cycle has been numerically simulated. The reactor core is shaped as a rectangular prism with a seed region arranged at one of its ends for the neutron fission wave formation. High-enriched uranium metal is used as the seed region fuel. Calculated power density dependences and concentrations of the nuclides involved with the transformation chain along the core at a number of time points have been obtained. The results were graphically processed for the clear demonstration of the neutron fission wave occurrence and transmission in the reactor. The obtained power density dependence represents a soliton (solitary wave) featuring a distinct time repeatability. Neutron spectra and fission densities are shown at the initial time point, when no wave has yet formed, and at the time of its formation. The wave rate has been calculated based on which the reactor life was estimated. The fuel burn-up has been estimated the ultra-high value of which makes the proposed reactor concept hard to implement. The burn-up of most of both the raw material and the fissile material it produces indicates a high potential efficiency of the developed reactor concept in terms of fuel utilization and nuclear nonproliferation