BS ISO 11227:2012+A1:2021
Space systems. Test procedure to evaluate spacecraft material ejecta upon hypervelocity impact
- Standard No.
- BS ISO 11227:2012+A1:2021
- Release Date
- 2021
- Published By
- British Standards Institution (BSI)
- Latest
- BS ISO 11227:2012+A1:2021
- Scope
- 1 Scope This International Standard describes an experimental procedure for assessing the behaviour, under orbital debris or meteoroid impacts, of materials that are intended to be used on the external surfaces of spacecraft and launch vehicle orbital stages. This International Standard provides a unified method by which to rank materials. The ejecta production characteristics of different materials are compared under standardized conditions in which test parameters are fixed to one number. Optional tests with different parameters are also useful for the proper selection of materials in other conditions, and they could be performed as research items. This International Standard establishes the requirements to be satisfied for the test methods in order to characterize the amount of ejecta produced when a surface material is impacted by a hypervelocity projectile. Its purpose is to evaluate the ratio of ejecta total mass to projectile mass, and the size distribution of the fragments. These are the necessary inputs for modelling the amount of impact ejecta that a surface material might release during its orbital lifetime, thereby helping to assess its suitability for space use while mitigating the production of small space debris. The purpose of this International Standard is to provide data that need to be taken into account in the selection of outer spacecraft materials, though the selection is not based on these criteria alone. The experimental procedure defines — the type of facility to be used, — the size, velocity a...
BS ISO 11227:2012+A1:2021 history
- 2021 BS ISO 11227:2012+A1:2021 Space systems. Test procedure to evaluate spacecraft material ejecta upon hypervelocity impact
- 2012 BS ISO 11227:2012 Space systems. Test procedure to evaluate spacecraft material ejecta upon hypervelocity impact
