36 monthsProgramme duration
SepStarting Month
Programme overview
Main Subject
Chemistry
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The purpose of the educational program Training of competitive personnel with sufficient competencies in the field of energy-intensive materials, capable of conducting scientific research taking into account technological standards, formulating production tasks for the production of energy-intensive materials and solving them through the technological cycle, as well as:- interpret the basic theoretical principles of energy-saturated transformations of energy-intensive materials and calculate the parameters of the state of explosion, combustion and detonation products; - systematize scientific theories about the physical nature of a shock wave, brisant, cumulative and high-explosive action of energy-intensive materials for the purpose of further application of this knowledge in the implementation of dissertation research; - to carry out independent scientific research on the varieties of explosives, gunpowder, solid rocket fuel and pyrotechnic compositions, and their use for equipping missiles, ammunition and pyrotechnic means; - to determine the significance of research into the technological processes of manufacturing explosives, gunpowder, rocket fuel and pyrotechnic compositions with a projection on the development of promising areas of the military-industrial complex, rocket engineering and the production of pyrotechnic products.
Programme overview
Main Subject
Chemistry
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The purpose of the educational program Training of competitive personnel with sufficient competencies in the field of energy-intensive materials, capable of conducting scientific research taking into account technological standards, formulating production tasks for the production of energy-intensive materials and solving them through the technological cycle, as well as:- interpret the basic theoretical principles of energy-saturated transformations of energy-intensive materials and calculate the parameters of the state of explosion, combustion and detonation products; - systematize scientific theories about the physical nature of a shock wave, brisant, cumulative and high-explosive action of energy-intensive materials for the purpose of further application of this knowledge in the implementation of dissertation research; - to carry out independent scientific research on the varieties of explosives, gunpowder, solid rocket fuel and pyrotechnic compositions, and their use for equipping missiles, ammunition and pyrotechnic means; - to determine the significance of research into the technological processes of manufacturing explosives, gunpowder, rocket fuel and pyrotechnic compositions with a projection on the development of promising areas of the military-industrial complex, rocket engineering and the production of pyrotechnic products.
Admission Requirements
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