An integrated monitoring system (IMS) for air quality: Observations of a unique ozone-exceedance event in Maryland
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Maurice Roots↗
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Human performance control monitoring systems Interim report no. 2
Computer program to simulate second order servo system dynamics under automatic and manual control
MANUAL CONTROL↗
Computer simulation flight acceleration facility entry monitoring system study - Project Apollo
Computer simulation and equations of motion for Apollo 8 crew training for lunar entries
Russell, W. R.↗
University role in astronaut life support systems - Monitoring atmospheric contaminants
Monitoring techniques for biological and chemical atmospheric contaminants in closed environment
Galiana, H. L.↗
Fabrication, test and demonstration of critical environment monitoring system
Design and performance of an analytical system for the evaluation of certain environmental constituents in critical environmental areas of the Quality Reliability and Assurance Laboratory are reported. Developed was a self-contained, integrated, minimum sized unit that detects, interrogates, and records those parameters of the environment dictated for control in large storage facilities, clean rooms, temporarily curtained enclosures, and special working benches. The system analyzes humidity, temperature, hydrocarbons particle size, and particle count within prescribed clean areas.
Heimendinger, K. W.↗
Optical monitoring system
Instrument can measure optical transmission, reflectance, and scattering. This information can be used to identify changes in optical properties or deviations from required optical standards. Device consists of monochromatic source, photo detector, transfer mirror, and hemiellipsoid. System might be used to measure optical properties of thin film.
Nev, J. T.↗
Automated iodine monitor system
The feasibility of a direct spectrophotometric measurement of iodine in water was established. An iodine colorimeter, was built to demonstrate the practicality of this technique. The specificity of this method was verified when applied to an on-line system where a reference solution cannot be used, and a preliminary design is presented for an automated iodine measuring and controlling system meeting the desired specifications. An Automated iodine monitor/controller system based on this preliminary design was built, tested, and delivered to the Johnson Space Center.
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Fabrication of neurophysiological monitoring systems
A system designed to collect electroencephalographic, electro-oculographic, electromyographic, and head motion data is described. The portable instrumentation provides a rapid and simple means by which neurophysiological data can be obtained by the patient in his home and the taped data returned to the laboratory for analysis. The system was designed primarily for the study of sleep.
Frost, J. D., Jr.↗
Solid-state motor control and monitor system
Compact solid-state system may be used for multifunction motor control. System can provide 12 control functions for under $100.
Monford, L. G., Jr.↗
Bistatic radar sea state monitoring system design
Remote measurement of the two-dimensional surface wave height spectrum of the ocean by the use of bistatic radar techniques was examined. Potential feasibility and experimental verification by field experiment are suggested. The required experimental hardware is defined along with the designing, assembling, and testing of several required experimental hardware components.
Ruck, G. T.↗
Preliminary flight prototype silver ion monitoring system, addendum
A number of electrode fabrication techniques are investigated, to achieve an electrode meeting shuttle mission requirements for functional life and stability as well as accuracy and precision of measurement. The instability of a silver bromide column when employed in a closed loop calibration scheme is discussed.
Wilson, R. I.↗
Bistatic sea state radar monitoring system and applications to marine geodesy
The bistatic scattering of high frequency radio waves can be used to observe directional ocean-wave spectra. This makes it possible to measure RMS wave heights. An experimental aircraft system for such measurements is discussed. The system utilizes a surface transmitter and an airborne receiver. Questions of high frequency scattering from the ocean surface are considered along with surface spectrum measurements.
Ruck, G. T.↗
Remote water-monitoring system
General-purpose, water-quality sampling process detects microorganisms and integrates sampling, sample preservation, and sample analysis. System overcomes difficulties in correlation of surface measurements with remote measurements and minimizes human error in handling of samples and instrumentation.
Grana, D. C.↗
Advanced prototype automated iodine monitor system
The technique of detecting and measuring parts-per-million concentrations of aqueous iodine by direct spectrophotometric means is discussed, and development of a prototype Automated Iodine Monitoring/Controller System (AIMS) is elaborated. The present effort is directed primarily toward reducing the power requirement and the weight of the AIMS. Other objectives include determining the maximum concentration of iodine that can be dissolved in an alcohol solution, and in an aqueous potassium iodide solution. Also discussed are the effects of a no flow condition on iodine measurements and the effect of pH on spectrophotometric iodine determinations.
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SEASAT Global Ocean Monitoring System
General information and descriptive material about the SEASAT program is given. This is the central document covering the program.
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Microprocessor-based cardiopulmonary monitoring system
The system uses a dedicated microprocessor for transducer control and data acquisition and analysis. No data will be stored in this system, but the data will be transmitted to the onboard data system. The data system will require approximately 12 inches of rack space and will consume only 100 watts of power. An experiment specific control panel, through a series of lighted buttons, will guide the operator through the test series providing a smaller margin of error. The experimental validity of the system was verified, and the reproducibility of data and reliability of the system checked. In addition, ease of training, ease of operator interaction, and crew acceptance were evaluated in actual flight conditions.
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Preliminary trend monitoring system data manager's guide
The functions and data base structures that the data base manager will be responsible for maintaining are documented. All normal and error sequences are included.
Turberville, L.↗
Texas Natural Resources Inventory and Monitoring System (TNRIMS), Applications System Verification and Transfer (ASVT), Remote Sensing Information Subsystem (RSIS): Users guide
There are no author-identified significant results in this report.
Fails, A. M.↗