Alexander Semenkin

发表

MEGAHIT Roadmap: Applications for Nuclear Electric Propulsion

Frank Jansen, Frederic Masson, Waldemar Bauer, 2014 .

Democritos: preparing demonstrators for high power nuclear electric space propulsion

Frank Jansen, Frederic Masson, Enrico Gaia, 2015 .

Verification of SSM Hall Thruster Plume Model Considering the Electric Plasma Processes.

Alexander Semenkin, A. G. Korsun, E. M. Tverdokhlebova, 2004 .

STATE OF THE ART AND PROSPECTS OF ELECTRIC PROPULSION IN RUSSIA

Alexander Semenkin, Vyacheslav Murashko, Alexander Koryakin, 2003 .

OVERVIEW OF RUSSIAN EP ACTIVITIES

O. A. Gorshkov, Vladimir Kim, Alexander Semenkin, 2002 .

The benefits of using nuclear electric propulsion in space.

Frank Jansen, Waldemar Bauer, Enrico Gaia, 2014 .

An Overview of the TsNIIMASH / TsE efforts under VHITAL Program

Alexander Semenkin, Sergey Tverdokhlebov, Oleg Tverdokhlebov, 2005 .

Modern status of Hall thrusters development in Russia

Vladimir Kim, Alexander Semenkin, N. Maslennikov, 1999 .

Multi-Mode Thruster with Anode Layer Development Status

Alexander Semenkin, Leonid E. Zakharenkov, Alexander E. Solodukhin, 2007 .

High-Power Hall Devices: Status and Current Challenges

David H. Manzella, Vladimir Kim, Alexander Semenkin, 2004 .

MEGAHIT: MEGAWATT HIGHLY EFFICIENT TECHNOLOGIES FOR SPACE POWER AND PROPULSION SYSTEMS FOR LONG-DURATION EXPLORATION MISSIONS - ADVANCEDPROPULSION ROADMAP FOR HORIZON 2020

Frank Jansen, Enrico Gaia, Tim Tinsley, 2013 .

INPPS Flagship: 2020th and 2030th Mars Explorations

Tim Brandt, Frank Jansen, Benedikt Bergmann, 2019 .

Consideration of Cluster Design Approach for High Power Hall Propulsion

Alexander Semenkin, Vladimir Baranov, Sergey Tverdokhlebov, 2003 .

Nuclear power propulsion system for spacecraft

Alexander Semenkin, S. A. Popov, Anatoliy Koroteev, 2015 .

Step-by-step Realization of the International Nuclear Power and Propulsion System (INPPS) Mission

Frank Jansen, Frederic Masson, Waldemar Bauer, 2015 .

DEMOCRITOS Demonstrators for Realization of Nuclear Electric Propulsion of the European Roadmaps MEGAHIT & DiPoP

Frank Jansen, Anatoly S. Koroteev, Frederic Masson, 2016 .

Summary of the VHITAL Thruster Technology Demonstration Program: A Two-Stage Bismuth-Fed Very High Specific Impulse TAL

Anita Sengupta, Colleen Marrese-Reading, Kurt A. Polzin, 2007 .

Multi-thruster Electric Propulsion System architecture and ways of simultaneously operating thrusters interaction

Alexander Semenkin, Leonid E. Zakharenkov, 2011 .

Concept of electric propulsion realization for high power space tug

Alexander Semenkin, Leonid E. Zakharenkov, Alexander E. Solodukhin, 2016 .

Electrical Thrusters in the EC MEGAHIT and DEMOCRITOS Projects

Frank Jansen, Frederic Masson, Waldemar Bauer, 2015 .

Study of the 3-TAL Thruster Assembly Operation

Alexander Semenkin, Leonid E. Zakharenkov, Valeri I. Garkusha, 2005 .

INPPS Flagship with iBOSS Building Blocks

Tim Brandt, Frank Jansen, Ikkoh Funaki, 2019 .

Features of construction and possible use of powerful nuclear power plants of advanced spacecraft

Alexander Semenkin, V. N. Akimov, Leonid E. Zakharenkov, 2019, Engineering Journal: Science and Innovation.

Evaluation of a xenon operating Hall thruster body erosion rate through analysis of its optical spectra

Alexander Semenkin, Sergey Tverdokhlebov, G. Karabadzhak, 2001 .

Operation of Two-stage Thruster with Anode Layer in "Floating Electrode" scheme

Alexander Semenkin, Alexander E. Solodukhin, 2005 .

Evaluation of Low Power Hall Thruster Propulsion

John M. Sankovic, David H. Manzella, Vladimir Kim, 1996 .

Measurement Features and Results of TAL D-55 Plume

Alexander Semenkin, Leonid E. Zakharenkov, Yuri V. Lebedev, 2005 .