1.1 R. Hashmonay, A. Cohen and U. Dayan Lidar Observations of the Atmospheric Boundary Layer in Jerusalem, J. Appl. Meteor., 30, 1228-1236 (1991) [abstract]
1.2 Yost MG, Spear RC, Xiao HK, Levine SP. Comparative testing of a FTIR remote optical sensor with area samplers in a controlled ventilation chamber. American Industrial Hygiene Assoc. Journal 1992; 53(10):611-6. [abstract]
2. Simonds Malachowski M, Levine SP, Herrin G, Spear RC, Yost MG, Yi Zhou. Workplace and environmental air contaminant exposures measured by OP-FTIR: a statistical process control technique to detect changes from normal operating conditions. J. Air & Waste Management Assoc. 1994; 44:673-82. [abstract]
3. Yost MG, Gadgil AJ, Drescher AC, Zhou Y, Simonds MA, Levine SP, Nazaroff WW, Saisan PA. Imaging indoor tracer-gas concentrations with computed tomography: experimental results with a remote-sensing FTIR system. American Industrial Hygiene Assoc. Journal 1994; 55:395-402. [abstract]
4. Drescher AC, Yost MG, Park DY, Levine SP, Gadgil AJ, Fischer ML, Nazaroff WW. Measurement of Tracer Gas Distributions Using an Open Path FTIR System Coupled with Computed Tomography. Proceedings of theInternational Symposium on Optical Remote Sensing for Environmental and Process Monitoring, McLean, VA A&WMA VIP-37/SPIE vol 2365 p.128, 1994. [abstract]
5. Fischer ML, Drescher AC, Gadgil AJ , Yost MG. A system for rapid detection and mapping of gas plumes on 100 m scales; Examination of some technical and economic issues. Proceedings of theInternational Symposium on Optical Remote Sensing for Environmental and Process Monitoring, McLean, VA A&WMA VIP-37 / SPIE vol 2365 p. 151, 1994 [abstract]
6. Park DY, Yost MG, Drescher AC, Gadgil AJ, Zhou Y, Levine SP. Evaluation of beam path configurations for use with a monostatic OP-FTIR capable of rapid beam movement for tomographic reconstruction of gas and vapor concentrations in workplaces. Proceedings of theInternational Symposium on Optical Remote Sensing for Environmental and Process Monitoring, McLean, VA A&WMA VIP-37/SPIE vol 2365 p. 177, 1994. [abstract]
7. Hashmonay RA, Yost, MG, Mamane Y. Mapping the Emission Rates over Fugitive Sources Using Open-Path FTIR and Inversion Techniques. in Proceedings of the A&MWM International Conference on Optical Remote Sensing for Environmental and Process Monitoring, Dallas, TX, Nov., 1996, 227-236. [abstract]
8. Drescher AC, Park DY, Yost MG, Gadgil AJ, Levine SP, Nazaroff WW. Stationary and time-dependent tracer gas concentration profiles using open path FTIR remote sensing and SBFM computed tomography. Atmospheric Environment 1997; 31(5): 727-740. [abstract & animation]
9. Park DY, Yost MG, Levine SP. Evaluation of virtual source beam configurations for rapid tomographic reconstruction of gas and vapor concentrations in workplaces. Air & Waste Management Assoc. J. 1997; 47(5): 582-591. [abstract]
10. Yost MG, Zhou Yi, Spear RC, Park DY, Levine SP. Estimating maximum concentrations for open path monitoring along a fixed beampath. Accepted for publication, Air & Waste Management Assoc. Journal. [abstract]
11. Rose MA, Yost MG, Morgan MS. Evaluation of Fourier transform infrared (FTIR) spectroscopy for detecting organic solvents in expired breath. Submitted to Applied Occupational and Environmental Hygiene.
12. Park DY, Yost, MG, Fessler JA and Levine SP. Development and evaluation of an overlapped multiple-emitted ray (OMER) geometry for application of OP-FTIR with computer tomography. Submitted to the American Industrial Hygiene Assoc. J.
13. Park DY, Fessler JA, Yost, MG, and Levine SP. Tomographic reconstruction of tracer gas concentration profiles in a room with the use of a single OP-FTIR and two iterative algorithims: ART and PWLS. Submitted to Air & Waste Manag. Assc. J.
14. Hashmonay RA, Yost MG, Mamane Y, Benayahu Y. Emission Rate Apportionment from Fugitive Sources Using Open-Path FTIR and Mathematical Inversion. Submitted to Atmospheric Environment.
15. Hashmonay RA, Yost MG, Chang-Fu Wu*. Computed Tomography of Air Pollutants Using Radial Scanning Path-Integrated Optical Remote Sensing. Accepted for publication, Atmospheric Environment.
16. Hashmonay RA, Yost MG. Innovative Approach for
Estimating Gaseous Fugitive Fluxes Using Computed Tomography and
Remote Optical Sensing Techniques, R.A. Hashmonay and M.G. Yost
, Submitted to Air & Waste Management Assoc. J.