Публикации

Список статей, принятых к публикации в специальный выпуск Procedia Engineering

№	Authors	Corresponding author	Organization	Paper	Section
1	C. Bundesmann, C. Eichhorn, F. Scholze, D. Spemann, H. Neumann, F. Scortecci, H.J. Leiter, K. Holste, P.J. Klar, A. Bulit, K. Dannenmayer, J. Gonzalez del Amo	C. Bundesmann	Leibniz-Institute of Surface Modification	Advanced electric propulsion diagnostic tools at IOM	A-1
2	F. Scholze, C. Eichhorn, C. Bundesmann, D. Spemann, H. Neumann, A. Bulit, D. Feili, J. Gonzalez del Amo	F. Scholze	Leibniz Institute of Surface Modification (IOM)	Modelling of a Radio Frequency Plasma Bridge Neutralizer (RFPBN)	A-2
3	Yu Qin, Kan Xie, JiTing Ouyang	Kan Xie	Beijing Instituteof Technology	Measurements and Analysis of Potential Oscillations near the Hollow Cathode	A-3
4	V.А. Fedorov, А.I. Mogulkin, V.А. Obukhov, V.K. Abgaryan and V.V. Balashov	Mogulkin Andrej Igorevich	Moscow Aviation Institute	Numerical simulation of temperature deformation for radio frequency ion thruster electrodes	A-4
5	Stepan V. Kanev , Sergey A. Khartov , Vladislav V. Nigmatzyanov	Vladislav V. Nigmatzyanov	Moscow Aviation Institute	Analytical Model of Radio-Frequency Ion Thruster	A-5
6	Oleg Phylonin	Phylonin Oleg Vasilevich	Samara University	Methods and means of few projections tomographic diagnostics of ionic flows of KLA engines	A-6
7	Guanyu Zuo, Xiangyang Liu, Song Bai, Ningfei Wang, Zhiwen Wu, Kan Xie	Xiangyang Liu	Beijing Institute of Technology	Study on the Evolutionary Process of Characteristics of Plasma Properties in Pulsed Plasma Thruster	B-1
8	N. N. Antropov, A. V. Bogatyy, V.N. Boykachev, G.A. Dyakonov, N.V. Lyubinskaya, G.A. Popov, S.A. Semenikhin, V.K. Tyutin, V.N. Yakovlev	N. N. Antropov	Moscow Aviation Institute	Development of Russian next-generation ablative pulsed plasma thrusters	B-2
9	Antipov A.A., Bogatyy А.В.	A. A. Antipov	Moscow Aviation Institute	Simulation of motion of charged particles in an ablative pulsed plasma thruster at the initial stage of the discharge	B-3
10	O.V. Olshanskaya, A.U. Usanov	A.U. Usanov	EDB Fakel	Analysis of the SPT-140 thruster mechanical strength	B-4
11	R. Poddubniy	R. Poddubniy	EDB Fakel	Formation of the Items Surface Roughness from Noble Metals and Their Alloys to Increase Their Catalytic Capability	B-5
12	G.А. Parakhin, R.S. Pobbubniy, A.N. Nesterenko, A.P. Sinitsin	R. Poddubniy	EDB Fakel	Low-current Cathode With BaO Based Thermoemitter	B-6
13	P.A. Saevets, V.P. Kim, D.P. Grdlichko, P.G. Smirnov	P.A. Saevets	EDB Fakel	Investigation of low-power thruster on krypton propellant	B-7
14	D.A. Goza	D.A. Goza	EDB Fakel	Investigation of a hydroxylammonium nitrate thermocatalytic thruster on “green propellant”	B-8
15	V.М. Arbatskiy, S.V. Baranov, N.A. Vazhenin, A.P. Plokhikh, G.A. Popov	A.P. Plokhikh	Moscow Aviation Institute	Peculiarities of determination of electromagnetic interference emission from electric propulsion thrusters under ground conditions	C-1
16	Yu.V. Skvortsov, S.V. Glushkov, Chernyakin S.A.	Yu.V. Skvortsov	Samara University	The influence of space factors on the size stability of small spacecraft structure elements	C-10
17	Yu. V. Skvortsov, S. V. Glushkov, A. I. Aistov	Yu.V. Skvortsov	Samara University	Research on the low-cycle structural strength of the fuel tank membrane	C-11
18	Valery A. Komarov, Eugene I. Kurkin, Ramaz V. Charkviani	Eugene I. Kurkin	Samara University	Aerospace structures strength increasing using short fiber reinforcing	C-12
19	Valeriy A. Komarov, Alexander A. Pavlov, Svetlana A. Pavlova, Ramaz V. Charkviani	Svetlana A. Pavlova	Samara University	Reinforcement of Aerospace Structural Elements Made of Layered Composite Materials	C-13
20	Valeriy A. Komarov, Alexander A. Pavlov, Svetlana A. Pavlova	Valeriy A. Komarov	Samara University	Designing Additive Structures	C-14
21	Valery A. Komarov, Eugene I. Kurkin, Marie O. Spirina	Eugene I. Kurkin	Samara University	Composite aerospace structures shape distortion during all stages of vacuum infusion production	C-15
22	Nikolay Borgest, Anastasia Orlova	Anastasia Orlova	Samara University	Ontological Modeling Of Satellite’s Manufacturing Work Flow Instruction	C-16
23	Andrey V. Boldyrev, Dmitriy M. Kozlov, Maksim V. Pavelchuk	Andrey V. Boldyrev	Samara University	Evaluation of anisogrid composite lattice structures weight effectiveness using the load-carrying factor	C-17
24	Eugene I. Kurkin, Vladimir N. Samsonov, Valentin G. Shakhov	Eugene I. Kurkin	Samara University	Simulation of rarefied gas flows in microchannels	C-18
25	Ramaz V. Charkviani, Alexander A. Pavlov, Svetlana A. Pavlova	Svetlana A. Pavlova	Samara University	Interlaminar Strength and Stiffness of Layered Composite Materials	C-19
26	A.S. Filatyev, O.V. Yanova	O.V. Yanova	TsAGI	On the optimal use of electric ramjet for low-orbit spacecraft	C-2
27	E. I. Kurkin, V. O. Sadykova	Eugene I. Kurkin	Samara University	Application of short fiber reinforced composite materials multilevel model for design of ultra-light aerospace structures	C-20
28	Rumiya N. Kamalieva, Ramaz V. Charkviani	Ramaz V. Charkviani	Samara University	Creation of ultra-light spacecraft constructions made of composite materials	C-21
29	V. V. Salmin, S. I. Tkachennko, V. V. Volotsuev, I. V. Kaurov	V. V. Volotsuev	Samara University	Improving the efficiency of Earth monitoring mission by equipping small spacecraft AIST-2 with electric propulsion	C-3
30	S. I. Tkachenko, V. V. Salmin, I. S. Tkachenko, I. V. Kaurov, M. D. Korivin	M. D. Korivin	Samara University	Verifying parameters of ground data processing for thermal control system of small spacecraft AIST based on telemetry data obtained by Samara University's GCS	C-4
31	S. A. Ishkov, A. A. Khramov	A. A. Khramov	Samara University	Evaluation of Usage Efficiency of the Propulsion Systems with Energy Accumulation at Spacecraft	C-5
32	K. V. Petrukhina, A. S. Russkikh, V. V. Salmin, S. L. Safronov	A. S. Russkikh	Samara University	Shaping design layout of a combined insertion module with chemical acceleration and electric cruising units in creo elements/pro environment	C-6
33	Alexander Kucherov, Vladimir Kurenkov	A. Kucherov	Samara University	Use of cluster analysis for development of star tracker mass statistical model	C-7
34	A. I. Shulepov	A. I. Shulepov	Samara University	Placing of the onboard equipment of space vehicles with the account of influence of external factors	C-8
35	Sergey A. Ishkov	Sergey A. Ishkov	Samara University	Optimization of design parameters of spacecraft equipped with electro rocket low-thrust engine and calculation its applying area at low earth orbit	C-9
36	Mikhail Konstantinov, Min Thein	Mikhail Konstantinov	Moscow Aviation Institute	Preliminary Optimization of the Complicated Interplanetary Flight Path of the Spacecraft with Electric Propulsion	D-1
37	V. V. Volotsuev, V. V. Salmin, S. L. Safronov, V. V.Stratilatov, I. S. Tkachenko, S. S. Raube, S. V. Shikhanov, E. G. Shikhanova	S. V. Shikhanov	Samara University	Application of electric propulsion for low Earth orbit station keeping	D-10
38	Yu. M. Zabolotnov	Yu. M. Zabolotnov	Samara University	Dynamics of the formation of a rotating orbital tether system with the help of electro-thruster	D-11
39	Yevgeny Somov, Olga Starinova, Sergey Butyrin	Somov Evgenij Ivanovich	Samara State Technical University	Pulse-width Control of Electro-reaction Engines for a Station-keeping of Land-survey Satellite on Sun-synchronous Orbit	D-12
40	Maxim K. Fain, Olga L. Starinova, Irina V. Gorbunova, Roman M. Khabibullin, Andrey Yu. Shornikov, Vyacheslav V. Kuptsov	Maxim K. Fain	Samara University	Simulation of low thrust spacecraft guided motion for a number of missions In the solar system	D-13
41	Maxim K. Fain	Maxim K. Fain	Samara University	Influence of the shaded areas on the low thrust spacecraft flight control in the Earth-Moon system	D-14
42	Olga L. Starinova, Irina V. Gorbunova, Maxim K. Fain, Roman M. Khabibullin, Andrey Yu. Shornikov	Olga L. Starinova	Samara University	Application of electric propulsion for control spacecraft motion, which function on non Keplerian orbits	D-15
43	Mikhail Konstantinov, Victoria Svotina	Mikhail Konstantinov	Moscow Aviation Institute	Analysis for Feasibility of Spitzer’s Schemes Complication for Spacecraft Final Insertion into Geostationary Orbit by Electric Propulsion	D-2
44	V.G. Petukhov, Woo Sang Wook	V.G. Petukho	Moscow Aviation Institute	Joint optimization of the trajectory and the main parameters of electric propulsion system	D-3
45	V. V. Vorontsov, A. N. Kostin, A. S. Lovtsov, D. V. Volkov, Yu. M. Ermoshkin, E. N. Yakimov, O. A. Gorshkov, A. A. Ostapushchenko, D. V. Udalov, Yu. S. Arkhipov, S. A. Buldashev	Yu. M. Ermoshkin	JSC Academician M.F. Reshetnev Information Satellite Sysyems	Development of KM-60 based orbit control propulsion subsystem for geostationary satellite	D-4
46	A.S. Lovtsov, D.A. Kravchenko	A.S. Lovtsov	State Scientific Centre Keldysh Research Center	Kinetic Simulation of Plasma in Ion Thruster Discharge Chamber. Comparison with experimental data	D-5
47	V. A. Soyfer, V. V. Salmin, S. V. Karpeev, A. S. Chetverikov, K. V. Peresypkin, I. S. Tkachenko	A. S. Chetverikov	Samara University	Insertion into geostationary orbit a spacecraft with diffractive orbit by low torque electric propulsion	D-6
48	S. A. Ishkov, K. V. Petrukhina, V. V. Salmin	V. V. Salmin	Samara University	Calculating launch windows for transfers of solar powered EP spacecraft between low-Earth non-coplanar circular orbits	D-7
49	V. V. Salmin, K. V.Petrukhina, A. S. Chetverikov	A. S. Chetverikov	Samara University	Optimizing ballistic schemes for transfer to geostationary orbits by electric propulsion	D-8
50	V.V. Salmin, K.V. Petrukhina, A.A. Kvetkin	A.A. Kvetkin	Samara University	Transfer of a satellite from high elliptical to geostationary orbit with the help of electric propulsion	D-9
51	Sergei Tkachenko, Vadim Salmin, Ivan Tkachenko, Sergei Safronov, Ivan Kaurov, Maksim Korovin, Sergei Volgin, Maksim Ivanushkin	Ivan Kaurov	Samara University	Experience in operating a constellation of AIST type small satellites with Samara University ground control center and perspective of managing a constellation of satellites using a distributed network of control centers based on multiagent approach	E-1
52	Igor Belokonov, Alexander Ivliev	Alexander Ivliev	Samara University	Development of a propulsion system for a maneuvering module of a low-orbit nanosatellite	E-2
53	Oleg Phylonin, Igor Belokonov	Oleg Phylonin	Samara University	The small-size ionic-plasma engine for nanosatellites	E-3
54	Oleg Phylonin, Igor Belokonov, Peter Nikolaev	Oleg Phylonin	Samara University	Control systems for the movement of nanosatellites in zone ISS	E-4
55	Sergey A. Ishkov, Gregory A. Filippov, Andrew A. Khramov	Gregory A. Filippov	Samara University	Autonomous Control Program for Special Spacecraft Debris Collector Rendezvous Transfer with Fragment of Space Debris with Low-Thrust	F-1
56	Sergey A. Ishkov, Gregory A. Filippov	Gregory A. Filippov	Samara University	Special refill spacecraft debris collector, equipped with electro rocket engine of low-thrust, design parameters optimization	F-2
57	Roman M. Khabibullin, Olga L. Starinova, Maxim K. Fain, Bakhyt N. Alipova, Hu Yudong	Roman M. Khabibullin	Samara University	The design of low thrust engine spacecraft for exploration of near-Earth asteroids	F-3
58	Andrey Shornikov, Olga Starinova	Olga Starinova	Samara University	Boundary problem solution algorithm for the task of controlled spacecraft's motion in irregular gravitational field of an asteroid	F-4
59	Andrey Shornikov, Olga Starinova	Olga Starinova	Samara University	Effectiveness analyses of electrospray sustainer engine installed on a spacecraft maneuvering in vicinity of an asteroid	F-5
60	Roman M. Khabibullin	Roman M. Khabibullin	Samara University	Comparison of solar sail spacecraft flight and low thrust spacecraft flight to potentially hazardous asteroid orbit	F-6
61	Yu. M. Zabolotnov., V. V. Lyubimov, E. V. Kurkin	Yu. M. Zabolotnov	Samara University	Estimation of the perturbation when passing through the resonance of an asymmetric satellite with an electric propulsion	D-16