Summer Research Program (1992). High School Apprenticeship Program (HSAP) Reports. Volume 16. Arnold Engineering Development Center Civil Engineering Laboratory

The purpose of this program is to develop the basis for continuing research of interest to the Air Force at the institution of the faculty member; to stimulate continuing relations among faculty members and professional peers in the Air Force to enhance the research interests and capabilities of scientific and engineering educators; and to provide follow-on funding for research of particular promise that was started at an Air Force laboratory under the Summer Faculty Research Program. During the summer of 1992 185 university faculty conducted research at Air Force laboratories for a period of 10 weeks. Each participant provided a report of their research, and these reports are consolidated into this annual report. The following reports were completed during the Air Force 1992 Summer Research Program: Graphics Library Routines for ETF Analysis Software; Visualization of Quantum Chemical Calculations for Molecules; Development of a Versatile Spreadsheet for Estimating Electrical Power and Operating Hours for AEDC's Tunnel 16T; Calibration and Application of a Spectrapro(Trademark)-275 Spectrometer; A Study of the Continuous Monitoring Station at Arnold Engineering Development Center; Comparison of the HNU 311 Portable and Hewlett Packard 5890 Series II Gas Chromatographs; Computer Programs and Project Operations; Robotic Excavation: Lunar and Earth Based; Set-up Criteria for Blackbody Calibration by ECPR Detector; Power Coordination Study; A Study of dBase III+ Computer Language and the Development of an Inventory Control Program; Instrumentation and Controls Inventory Program; SGAP Model Building; A Study of the Continuous Monitoring Station at Arnold Engineering Development Center; A Study of Littorina irrorata and Its Environment; Microbiology Studies and Cup Burner Experiment; An Observation of Pluviation in Preparation for Dynamic Experimentation; Photo Dissociation of NO2 in Various Media at PPM Levels; Solar Detoxification of Contaminated Groundwater.

See also Volume 1; ADA261988; Volume 10, ADA262018; Volume 11, ADA262019; Volume 12, ADA262020; Volume 13 ADA262021; Volume 14, ADA262022; and Volume 15, ADA262023.