Rassamakin Boris M.

Research and testing of the flight model of the university nanosatellite PolyITAN-3-PUT format Cubesat for remote sensing of the Earth

Research and testing of the flight model of the university nanosatellite PolyITAN-3-PUT format Cubesat for remote sensing of the Earth

There are done improved development and modeling, manufacturing and research of subsystems - power supply, navigation and orientation with a flywheel - electromagnetic executing mechanism and sensors for determining the coordinates of the Sun, high-speed radio communication and telemetry, an optoelectronic scanner, control and data processing - a flight model of a nanosatellite (NS) PolyITAN-3 -PUT 3U CubeSat format for remote sensing of the Earth. Including were:
1. Manufactured and tested:
- design of the case and solar panels for power supply (EPP) NS,

Creating and characteristics research of university CubeSat format nano-satellites for remote observation of the Earth

The work is devoted to the creation of a nanosatellite (CdS) format Cubesat, 3U by developing, modeling and researching efficient service subsystems to provide a payload - an opto- electronic scanner with a capability of shooting in the range of up to 30 m when it operates in orbit at altitudes up to 700 km.
The above works are carried out by the students of the undergraduate, postgraduate students and research staff of the following faculties: TEF, PTF, FEL, FAA, PBF and MMI, as well as attract specialists of PJSC "Pivdenne" (Dnipropetrovsk) as consultants.

Physical modelling and research of navigation, orientation and communication subsystems characteristics of the CubeSat format educational nanosatellite

Монтаж корисного  навантаження FIPEX  наносупутника POLYITAN-2-SAU

Object of research is the educational nanosatellite (further NS) a format 2U CubeSat.
Objects of research are a subsystem of navigation for NS on an earth orbit with receiver GPS/GLONASS, a subsystem of orientation of NS, a subsystem of communication of NS to ground station with a format of data interchange AX.25 and BPSK modulation.
The operation purpose is development of subsystems of navigation, orientation and communication of NS by methods of physical modeling and an experimental research of the main parameters of subsystems.

Research and development on high performance methods for ensuring thermal regimes of NTUU "KPI" nanosatellite

For the first time in Ukraine team of students and teachers has developed experimental flight model of nanosatellite and structural - technological methods for ensuring of thermal conditions of all nanosatellite subsystems. Namely, onboard the data processing subsystem with the help of onboard computer and software applications, three axes attitude determination and control subsystem with sun sensors, radio frequency link telecommunication subsystem, telemetry tracking and control subsystem, electric power supply subsystem.

Development and investigation on the newly profiled heat pipes application to solar collectors with selective coating of the absorber

Загальний вигляд діючих макетів сонячних колекторів, виготовлених з профільних алюмінієвих теплових труб

Extruded aluminum heat pipes are the subject of the development, simulation, and experimental study; and solar collector with applied Ukrainian made extruded aluminum heat pipes is the object of the development. The aim of the development consists in the creation of the principally original domestic solar collector design, where highly efficient heat absorber made of aluminum heat pipes with selective coating is used…

Research and Development on High Performance Solar Water Heating Plant of the New Kind and Containing Heat Pipes as a Core

Autonomous storage plant of the new kind for domestic water heating by means of solar energy is the object of the development, and solar thermal collector of the new kind, which contains high-performance heat transfer devices – heat pipes as a core, is the subject of the development. For the first time in Ukraine operating mock-up of the plant, which functions without electric power consumption, has been manufactured; its working thermal efficiency value is within 0.5 – 0.65, and maximal obtainable temperature value of the heated water is 65 C deg.