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Report Title

Lab Capabilities Latest document Older (some more details)
Particle Fallout Monitoring Comparison of three Methods Paper presented to IES Software predicts confidence level of cleanliness statements
Development of Real-time in-situ system for estimating fallout rates. DRAFT spec for qualitative, real-time particulate fallout monitor
Real-time quantitative monitor for measuring particulate fallout contamination
Real-time Nonvolatile Residue (NVR) Development of highly sensitive monitor for NVR Development of calibration system for SAW NVR monitor
Airborne total hydrocarbon monitor FTIR based total hydrocarbon monitoring Comparison of commercial instrumentation
FTIR (Fourier Transform Infrared Spectrometry) FTIR based ammonia detection cart Describing noise characteristics of an FTIR spectrometer
Other applications of FTIR technology Correction of spectral baselines
Opticle Particle Counters Repackaging of Met One particle counter for HEPA filter certification Particle counter calibration system development
Oxygen Deficiency Monitoring Oxygen deficiency monitors for the Space Station Project Results of comparison of oxygen analyzers for KSC
Propagation of oxygen deficient conditions Discussion of technologies for ambient oxygen monitoring
Captive Air Vent System Testing What is the CAV? Second Phase Testing
CAV test modification Testing Conclusions
Titan Launch Cx Contamination Study Contamination Study


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Author/Curator: Paul Mogan (paul.mogan-1@kmail.ksc.nasa.gov) / NASA
Last Revised: Tuesday August 13, 1996 08:00:00 EDT

A service of NASA/Kennedy Space Center Engineering Development Directorate,
Instrumentation & Controls Division
William R. Helms, Chief (william.helms-1@kmail.ksc.nasa.gov)