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  • D5
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  • session 3

    Title

    Prediction, Testing, Measurement and Effects of space environment on space missions

    type

    oral

    Description

    The space environment can strongly impact the performance and reliability of space missions. It has several natural and induced components, including high-energy radiation, plasma, atomic oxygen, planetary dust, extreme temperature, vacuum, micro-gravity, micrometeoroid and debris, molecular and particulate contamination, etc. Environmental conditions yield constraints at design phase, and important risks in the course of the mission. The evaluation of the nominal and worst-case conditions to be met, mitigation and protection options, and of their impact on missions and flight systems are thus of prime importance. This session will encompass the following topics: Space Weather, Plasma, Spacecraft Charging, Radiation, Atomic Oxygen, Planetary Dust, Molecular and Particulate Contamination, Plume Induced Contamination Effects and Interactions, Combined Environments - flight measurements; - physical processes; - prediction of nominal or worst case condition; - ground testing; - flight experiments and lessons learned; - modelling and prediction; thermos-optical degradation effects.

    Date

    2022-09-21

    Time

    10:15

    Room

    W01

    IPC members
    • Co-Chair: Prof. MENGU CHO, Kyushu Institute of Technology, Japan;

    • Co-Chair: Mr. Henry de Plinval, Office National d’Etudes et de Recherches Aérospatiales (ONERA), France;

    • Rapporteur: Mr. Carlos Soares, NASA Jet Propulsion Laboratory, United States;

    • Rapporteur: Dr. Teppei Okumura, Japan Aerospace Exploration Agency (JAXA), Japan;

    papers

    Order

    Time

    Paper title

    Mode

    Presentation status

    Speaker

    Affiliation

    Country

    1

    10:15

    New insight into halo coronal mass ejections to improve space weather forecasting capabilities

    10

    confirmed

    Dr. Ryun Young Kwon

    Korea, Republic of

    2

    10:25

    Development of a program in java programming language to predict solar interference by solar transitions in geostationary satellite systems

    10

    withdrawn

    Mr. William David Garcia Hermoso

    Bolivarian Agency for Space Activities (ABAE)

    Venezuela

    3

    10:35

    A Review on Planetary Auroras and its Cause in Solar System

    10

    confirmed

    Ms. Akansha Raman

    University of Petroleum and Energy Studies

    India

    4

    10:45

    critical plasma environment for debris capturing operation in auroral oval

    10

    confirmed

    Dr. Teppei Okumura

    Japan Aerospace Exploration Agency (JAXA)

    Japan

    5

    10:55

    Dual Satellite System and Mission Architecture Design and Validation for Operational Studies of Earth's Van Allen Belts

    10

    confirmed

    Ms. Kanupriya Shrivastava

    University of Petroleum and Energy Studies

    India

    6

    11:05

    Comparative Study of Radiation on Europa Orbiter and Fly-by Missions

    10

    confirmed

    Mr. Raj Khismatrao

    University of Petroleum and Energy Studies

    India

    7

    11:15

    VISION - a modular platform for radiation environment mapping in low earth orbit

    10

    confirmed

    Mr. Antoine ARVEILLER

    French Guiana

    8

    11:25

    Assessing the space environment and its effects on space missions with SPENVIS

    10

    confirmed

    Dr. Erwin De Donder

    Belgian Institute for Space Aeronomy (BISA)

    Belgium

    9

    11:35

    Development of a Comprehensive Physics-Based Model for Study of NASA Gateway Lunar Dust Contamination

    10

    confirmed

    Mr. Ronald Lee

    Booz Allen Hamilton

    United States

    10

    11:45

    Robustness evaluation of 850nm GaAs 4 channel VCSELs for space applications

    10

    confirmed

    Mr. Yannick deshayes

    CNRS

    France

    11

    11:55

    The Space Radiation Monitoring & Protection System RADPROT

    10

    confirmed

    Dr. Attila Hirn

    Hungary

    12

    12:05

    Detection of Cosmic Radiation Intensity using the Geiger Counter and Photosensitive Radiation Sensors

    10

    confirmed

    Mr. Chinmai S Shivaru

    R V College of Engineering, Bengaluru

    India