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|
Subject Area |
Report Title |
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 |
CML Home Page
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)