The synergistic inactivation of biological systems by thermoradiation.
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Sivinski, H. D.↗
Engineering topics
Garst, D. M.
Publications and source records attributed to Garst, D. M..
A study of the dry heat resistance of naturally occurring organisms widely dispersed on a surface
Although Bacillus subtilis var. niger is the standard test organism for NASA planetary quarantine sterilization studies, it was found that some naturally occurring soil organisms are more heat resistant. The separation of these organisms from soil particles is described. Experiments are discussed which were designed to show that the heat resistance is a natural characteristic of the organisms, rather than a condition induced by the clumping effect of agglomerated particles and organisms.
Garst, D. M.↗
Optimizing thermal and radiation effects for bacterial inactivation
Spacecraft sterilization by microbial inactivation, comparing thermoradiation and dry heat methods
Garst, D. M.↗
A precisely controlled, low range humidity system
Development of environmental control system for determining effects of relative humidity and dry heat on inactivation of microorganisms
Garst, D. M.↗
The development of two closely controlled humidity systems
Development of two closely controlled humidity systems for microbiology
Garst, D. M.↗
Design requirements for laminar airflow clean rooms and devices
Laminar airflow and airborne contamination control concepts with clean room specifications and laminar flow facility designs
Garst, D. M.↗