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Swider, J. E., Jr.

Publications and source records attributed to Swider, J. E., Jr..

Preliminary flight prototype waste collection subsystem

The zero gravity test program demonstrated the feasibility and practicability of collecting urine from both male and female crew members in a zero gravity environment in an earthlike manner not requiring any manual handling of urine containers. In addition, the testing demonstrated that a seat which is comfortable in both regimes of operation could be designed for use on the ground and in zero-gravity. Further, the tests showed that the vortex liquid/air separator is an effective liquid/air separation method in zero gravity. Visual observations indicate essentially zero liquid carry over. The system also demonstrated its ability to handle post elimination wipes without difficulty. The designs utilized in the WCS were verified as acceptable for usage in the space shuttle or other space vehicles.

Swider, J. E., Jr.

Waste collection subsystem development

Engineering studies, design activity and testing associated with the development of a waste collection system to accommodate both male and female crewmembers in a space environment are reported.

Swider, J. E., Jr.

Development of a waste collection system for the space shuttle.

The development of a waste collection system to accommodate both male and female crew members for the space shuttle is discussed. The waste collection system, with emphasis on the collection and transfer of urine, is described. Human-interface requirements, zero-gravity influences and effects, and operational considerations required for total system design are discussed.

Behrend, A. F., Jr.