| 1. |
Title
|
|
1-4 |
| 2. |
Contents
|
|
5-6 |
| 3. |
Method of determining the optimal distribution of anti-tank weapons for the destruction of enemy armored targets in the planning of firing ambushes in a defensive battle
|
S. Telyukov,
S. Guzchenko,
H. Zlyvka,
G. Gajdarly
|
7-13 |
| 4. |
Monitoring the states of operating environment and multi-structural systems of military assignment in the management of their functioning and structural dynamics
|
D. Grib,
B. Demidov,
Yu. Kucherenko,
O. Matiushchenko,
O. Khmelevcka
|
14-25 |
| 5. |
An estimation of realizable characteristics of aviation reconnaissance complex on base of the air and surface basing unmanned unified platform
|
Yu. Agafonov,
Yu. Osipov,
V. Serbin,
Yu. Tkachenko
|
26-31 |
| 6. |
The justification of modern approaches to processes automation of decision making for aircraft control
|
N. Korolyuk,
O. Pershin,
T. Gridnyova,
S. Shevchenko,
M. Agapov
|
32-39 |
| 7. |
Directions for improving the aircraft radiant status of aircraft air condition with using FBMC technology
|
А. Glushko,
A. Goritskaya,
N. Kuksov,
E. Shevchenko
|
40-45 |
| 8. |
Justification of the need to detect maneuvers of “snake” and “scissor” targets on the stage of tracking with radio equipment
|
I. Kirillov,
T. Novikova,
A. Polissky,
T. Shevchuk,
A. Yanenko
|
46-52 |
| 9. |
Development of program implementation of the algorithm for recalculation of frequency into the code sequence for reinstallation of the R-832(M) radio station on new radio information
|
А. Krasnorutskyi,
R. Sydoruk,
V. Abramov
|
53-57 |
| 10. |
Method of transparency assessment in the information and telecommunication network of Air Forces of Armed Forces of Ukraine in organization of the transmission of data
|
M. Yavorsky,
D. Holubnychyi,
S. Ovchynnikov,
S. Kolesnyk,
О. Patlakh
|
58-64 |
| 11. |
Use of liquid-crystalline compounds as antifriction and antiwear additives for lubricants
|
S. Voronin,
N. Anoshkina,
N. Gorbachov,
S. Kupyanskij
|
65-72 |
| 12. |
Ways of acceleration of synchronization process in electrical supply systems of military objects
|
B. Kononov,
M. Budur
|
73-80 |
| 13. |
Methods of diagnostic information processing based on physical diagnosis methods and extreme tests results of digital devices’ radio-electronic components of radio-electronics
|
S. Gluhov
|
81-86 |
| 14. |
Reliability of obtaining the measuring information by measuring-computing complex of proving ground
|
B. Chumak,
V. Romanyuk
|
87-91 |
| 15. |
Fluidless method for decontamination of samples of armament andmilitary equipment and military objects by removing a polluted layerand isolation of the polluted surface
|
A. Pisarev,
I. Radchenko,
A. Lazutsky,
S. Tuzikov
|
92-97 |
| 16. |
а two-level mathematical model for predicting the risk of accidents at a potentially hazardous facility
|
A. Malko,
S. Artemyev,
B. Tsymbal,
О. Rybalova
|
98-103 |
| 17. |
Assessment of actual registration zones of parameters of a nuclear explosion when creating a monotoring system for emergency situations of a military nature
|
I. Cherniavskiy
|
104-110 |
| 18. |
Prospects for using ultraviolet leds for neutralizing hazardous chemical substances
|
A. Galak,
N. Sakhnenko,
M. Ved,
S. Menshov,
S. Kasyan
|
111-117 |
| 19. |
Index
|
|
118 |
УКР