ISO/TR 6832:2023
Space systems — Development technology of a thermal vacuum chamber
This document describes the technology for simulating space environments such as vacuum, cold black, and heat flux, as well as the compositions and functions of a thermal vacuum chamber (TVC). This kind of facility defined in this document is suitable for thermal vacuum tests (TVT) and thermal balance tests (TBT) on spacecraft-system level as well as on large-spacecraft-component level.
| Get this standard | Prices exclude GST | |
|---|---|---|
| PDF ( Single user document) |
$385.88 NZD
|
|
| HardCopy |
$437.63 NZD
|
|
| Networkable PDF |
Price varies
|
Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
5 Vacuum and thermal environment simulation
5.1 General
5.2 Vacuum environment simulation technology
5.3 Cold black environment simulation technology
5.4 Space heat flux simulation technology
5.4.1 General
5.4.2 Incident heat flux simulation technology
5.4.3 Absorbed heat flux simulation technology
6 Design of TVC
6.1 Configuration of TVC
6.2 General design
7 Vacuum vessel
7.1 Composition and function
7.2 Vessel design
7.2.1 Structure shape
7.2.2 Material
7.2.3 Structure design
7.2.4 Design calculation
7.2.5 Manufacturing
8 Shroud
8.1 Composition and function
8.2 Shroud design
8.2.1 Material of shroud
8.2.2 Structure of shroud
8.2.3 Shroud area division and thermal design
8.2.4 Decontamination panel design
8.2.5 Temperature measurement
8.2.6 Inner surface painting
8.2.7 Leak testing
9 Nitrogen system
9.1 Composition and function
9.2 Design of LN2 subsystem
9.2.1 Technical scheme
9.2.2 Equipment configuration
9.2.3 Piping design
9.3 Design of GN2 subsystem
9.3.1 Technical scheme
9.3.2 Equipment configuration
10 Vacuum system
10.1 Composition and function
10.2 Design of vacuum system
10.2.1 General
10.2.2 Scheme of the vacuum pumping process
10.2.3 System design calculations
10.2.4 Equipment configuration
11 Heat flux simulation system
11.1 Solar simulator
11.1.1 Composition and function
11.1.2 Solar simulator design
11.2 Infrared heat flux simulator
11.2.1 Composition and function
11.2.2 Infrared lamp array
11.2.3 Infrared cage
11.2.4 Thermal controlled panel
12 Specimen support mechanism
12.1 General
12.2 Motion simulator
12.2.1 Composition and function
12.2.2 Motion simulator design
12.3 Horizontal adjustment mechanism
12.3.1 Composition and function
12.3.2 Design of horizontal adjustment mechanism
12.4 Test specimen support
12.4.1 Composition and function
12.4.2 Design of test specimen support
13 Measurement and control system
13.1 Composition and function
13.2 Measurement and control system design
13.2.1 General
13.2.2 Structure of measurement and control system
13.2.3 Measurement and control system hardware and software platform
13.2.4 Function implementation of measurement and control system
14 Logistic support system
Bibliography
Keep me up-to-date
Sign up to receive updates when there are changes to this standard
Related Information
Similar Standards
-
BS 185-18:1970
Glossary of aeronautical and astronautical terms, Astronautics
-
BS EN 13290-1:1999
Space project management. General requirements, Policy and principles
-
BS EN 14724:2003
Space project management. Tailoring of space standards
-
BS EN 14776:2004
Space engineering. Ground systems and operation. Telemetry and telecommand packet utilization
Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
5 Vacuum and thermal environment simulation
5.1 General
5.2 Vacuum environment simulation technology
5.3 Cold black environment simulation technology
5.4 Space heat flux simulation technology
5.4.1 General
5.4.2 Incident heat flux simulation technology
5.4.3 Absorbed heat flux simulation technology
6 Design of TVC
6.1 Configuration of TVC
6.2 General design
7 Vacuum vessel
7.1 Composition and function
7.2 Vessel design
7.2.1 Structure shape
7.2.2 Material
7.2.3 Structure design
7.2.4 Design calculation
7.2.5 Manufacturing
8 Shroud
8.1 Composition and function
8.2 Shroud design
8.2.1 Material of shroud
8.2.2 Structure of shroud
8.2.3 Shroud area division and thermal design
8.2.4 Decontamination panel design
8.2.5 Temperature measurement
8.2.6 Inner surface painting
8.2.7 Leak testing
9 Nitrogen system
9.1 Composition and function
9.2 Design of LN2 subsystem
9.2.1 Technical scheme
9.2.2 Equipment configuration
9.2.3 Piping design
9.3 Design of GN2 subsystem
9.3.1 Technical scheme
9.3.2 Equipment configuration
10 Vacuum system
10.1 Composition and function
10.2 Design of vacuum system
10.2.1 General
10.2.2 Scheme of the vacuum pumping process
10.2.3 System design calculations
10.2.4 Equipment configuration
11 Heat flux simulation system
11.1 Solar simulator
11.1.1 Composition and function
11.1.2 Solar simulator design
11.2 Infrared heat flux simulator
11.2.1 Composition and function
11.2.2 Infrared lamp array
11.2.3 Infrared cage
11.2.4 Thermal controlled panel
12 Specimen support mechanism
12.1 General
12.2 Motion simulator
12.2.1 Composition and function
12.2.2 Motion simulator design
12.3 Horizontal adjustment mechanism
12.3.1 Composition and function
12.3.2 Design of horizontal adjustment mechanism
12.4 Test specimen support
12.4.1 Composition and function
12.4.2 Design of test specimen support
13 Measurement and control system
13.1 Composition and function
13.2 Measurement and control system design
13.2.1 General
13.2.2 Structure of measurement and control system
13.2.3 Measurement and control system hardware and software platform
13.2.4 Function implementation of measurement and control system
14 Logistic support system
Bibliography