User:Ali Dabiri/sandbox

Bio
Ali Dabiri was born in Oct. 15, 1944 in Tehran, Iran and immigrated to U.S. in June of 1979 and lives in San Diego since that time. He is an experienced scientist and engineer with emphasis on thermal science. His expertise includes surface physics, energy systems, accelerator systems, fusion engineering, bio-engineering, Terahertz technology for medical applications, among others. He has over 80 publications in the areas of surface physics, fusion technology, accelerator technology, energy systems, and medical devices. He was Chief Scientist/Director of Engineering at Science Applications International Corporation (SAIC), a 40,000 employees research consulting company before it split into Liedos and SAIC. He received the highest-ranking technical achievement award titled” Life-Time Achievement Award for Excellence in Technical Innovation”. He was a member of Executive Science and Technology Council (ESTC) at SAIC. ESTC was dedicated to recognizing outstanding achievements in science and technology. He was in charge of Total Quality Management (TQM) training for about 400 engineers and scientists. He was responsible for the company technology sector projects technical review for 10 years. He made certain that quality was designed into the products and programs. He has 15 granted patents, and 7 pending in above mentioned areas.

Positions and Employment
1970-1971 Lecturer, M.I.T.

1971-1974 Assistant Professor, Sharif University of Technology, Tehran, Iran

1974-1978 Associate Professor, Sharif University of Technology

1978-1979 Professor, Sharif University of Technology

1979-1985 Senior Scientist, Science Applications International Corporation (SAIC), San Diego, CA

1986-1994 Chief Scientist, SAIC

1995-2004 Director of Engineering, SAIC

1997-         Founder and CEO of Dabiri Foundation(www.dabirifoundation.org)

2010-         Founder and CEO of Dr. Modjtahedi Foundation (www.drmamodjtahedifoundation.org)

Honors
2004	 Lifetime Achievement Award for Excellence in Technical Innovation, SAIC

1975	 Best Researcher Award from Secretary of Higher Education, Iran

1966	 Educational achievement medal from King of Iran.

Contributions to Science and Engineering

 * 1) Early in my research career, my interest was surface physics mainly due to heat transfer challenges of re-entry rockets. I was the first to discover that the gases desorbing from a solid surface have velocities higher than the corresponding temperature of the solid surface. In this regard, I pioneered the applications of Auger spectroscopy to determine the coverage of gases on surfaces at very high temperatures.
 * 2) In 1980's, with high oil prices and Three Mile Island nuclear power plant accident, I became interested in fusion power reactors. One of the most challenging problems was how to cool down the solid surfaces exposing to the very high temperature plasma. Significant contributions were made in this regard. The conventional fusion power fuel is deuterium-tritium where it produces radioactive material which poses significant risk to the public safety in case of an accident, although lower than fission reactor. I advanced the research into an alternative fuel (deuterium-deuterium) with much lower radioactive material generation. A fusion reactor based on this new concept was designed and all its advantages compared to conventional fusion reactor were assessed. A new paths to reactor system studies as part of the conceptual design of Compact Ignition Tokamak (CIT) was developed. The tasks included high temperature reactor first wall/blanket design, reactor fueling, neutronics, activation analysis, safety and cost analysis.
 * 3) In 1990's, I became interested to apply some of the technologies that I developed in defense industry to the medical field. One of the early activities was my leadership to form a team to propose to build the first proton therapy center in the world at Loma Linda hospital in Los Angles which was later designed and built. The technology was then transferred to Japan. I was the co-inventor of using a radio-frequency quadrupole (RFQ) accelerator to accelerate 3He++for use in positron emission tomography (PET). The order of magnitude reduction in facility weight, the virtual elimination of the accelerator weight, and the relative lack of residual induced activity gave rise to the possibility of a radiopharmaceutical production system that was less expensive than present systems and could ultimately be transportable. Such a system could make PET imaging technology far more accessible geographically and financially than it is at present. This Intellectual Property (IP) was sold to GE Medical. I was the co-inventor of Hyper spectral Imaging (HSI) Technology for non-invasive diagnosis of cancerous tissue.  I was also co-inventor of the application of HSI to DNA sequencing.
 * 4) In 2000’s, I became interested in medical sensors, diagnostic and therapy. I was the manager of counter drug and substance detection technical assessments and analysis project. I managed the development of a biosensor for detection of heroin and cocaine. Some of these innovative ideas are inject-less conductance method for vascular sizing, non-invasive detection of serum iron in real time with portable magnetometer, stroke and concussion diagnoses through patient’s eye, vascular traumatic brain injury therapy, Alzheimer detection of beta amyloids in the eye, new device for treatment of sleep apnea, new concept in resuscitative endovascular smart balloon occlusion of the aorta, new method to use reversible sealant for embolization of lymphatic leakage and new external male and female catheter device.

Patents
Urinal Systems, Devices, and Methods to use the same, 16/530,990, Patent Pending, Aug. 2 ,2019.

Methods for Removing Calcium from Peripheral Artery Vessels,16/516,230, Patent Pending, Jul.

18, 2019.

Non-Invasive and Minimally- Invasive Detection of Serum Iron in Real Time, 16/502,005, Patent Pending, Jul. 2, 2019.

Devices, Systems, and Methods for Treatment of Sleep Apnea, 16/421,404, Patent Pending, May

23, 2019.

Stroke, Concussion and Cognitive Disfunction Diagnosis Method and Device,16/391,614, Patent   Pending, April,23,2019.

Point of Injury Device to Stabilize Intracranial Pressure and method of Stabilization, 16/211,031, Patent Pending, Dec. 5, 2018.

Method and Apparatus for Non-Invasive Condition Detection Using An All Fiber Portable Terahertz Imaging System, Patent Pending, June 22, 2017.

Method and Apparatus for Non-Invasive Cancerous Tissue Diagnosis and Tomography, Using Terahertz Imaging, Patent No. 7,953,467 B2, May 31, 2011.

Method and Apparatus for Early Detection of Alzheimer’s Using Non-Invasive Eye Tomography by Terahertz, Patent No. 7,828,438, Nov.9, 2010.

Remote Distance Measurement Between Any Two Arbitrary Points Using Laser Assisted Optics, Patent No. 7,796,782, Sept. 14, 2010.

Remote Distance Measurement Between Any Two Arbitrary Points Using Laser Assisted Optics, Patent No. 7,706,573, April 27, 2010.

Method and Apparatus for Early Diagnosis of Alzheimer’s Using Non-Invasive Eye Tomography by Terahertz, Patent No.7,641,343, Jan.5, 2010.

Apparatus for Non-Invasive Cancerous Tissue Diagnosis and Tomography, Using Terahertz Imaging, Patent No. 7,643,869, Jan.5, 2010.

Efficient Wave Propagation for Terahertz Imaging and Sensing, Patent No. 6,992,824, Jan.31, 2006.

Enhanced Sampling Rate in Time Domain Imaging Using MOEMS Scanning Optical Delay Line, Patent No., 6,839,172, Jan. 4, 2005.

Controlled Direct Drive Engine System, Patent No., 6,470,683, Oct.29, 2002.

Automatic DNA Sequencer/Genotypes having extended spectral response, Patent No. 6,427,126, Jul. 30, 2002.

Integrated Pumping and Energy Recovery System for Reverse Osmosis (RO) Water Desalination, Patent No. 6,017,200, Jan. 25,2000.

Automatic DNA Sequencer/Genotypes having extended spectral response, Patent No. 5,871,628, Feb. 16, 1999.

Hyperspectral Imaging Methods and Apparatus for Non-Invasive Diagnosis of Tissue for Cancer, Patent No. 5,782,770, Jul. 1998.

Methods and apparatus for detecting vehicle occupants under the influence of alcohol, Patent No. 5,349,187, Sept. 1994.

Radioscopic Production Facility for use with Position Emission Tomography, Patent No. 5,037,602, Aug. 1991.

Publications
Publications


 * 1) Ali. E. Dabiri, Erik Samwel, and Ghassan S. Kassab, New Concept to Non-Invasively Screen Iron Deficiency in Patients, Sent for publication to the Journal of Molecular & Cellular Biomechanics, Oct. 2019.
 * 2) Carlos A. Labarrere, Ali. E. Dabiri, and Ghassan S. Kassab, Biomaterials in Medical Devices to Minimize Thrombosis, Sent for publication to the Journal of Front. Physiol, Oct. 2019.
 * 3) Rafi Mazor, Meital Mazor, Ali E. Dabiri, Bhavesh Patel, and Ghassan S. Kassab, New Applications for Cryotherapy, Accepted for publication to the Journal of Molecular & Cellular Biomechanics, Sept. 2019.
 * 4) Ali. E. Dabiri, Matthew Martin and Ghassan S. Kassab, New Concept in Resuscitative Endovascular Balloon Occlusion of the Aorta (REBOA), Journal of Molecular & Cellular Biomechanics, 16 9  ),  2019.
 * 5) Ali. E. Dabiri, Richard Leigh and Ghassan S. Kassab, New Concept in Stroke Diagnosis, J. of Molecular & Cellular Biomechanics,16 (4), 225-233,2019.
 * 6) Ali. E. Dabiri and Ghassan S. Kassab, Injection-Less Conductance Method for Vascular Sizing, Front. Physiol., 12 April 2018 https://doi.org/10.3389/fphys.2018.00371 .
 * 7) W. Child and Ali. E. Dabiri VARI-RO solar powered desalting technology, Desalination, 125, 155-166, 1999.
 * 8) W. Child and Ali. E. Dabiri, Hydraulic Driven RO Pump & Energy Recovery System, The International Desalination   & Water Reuse Quarterly, 9(2), 21-29, Sept. 1999.
 * 9) W. Child and Ali. E. Dabiri, VARI-RO Direct Drive Engine, Dramatically Lower Energy Costs, Proceeding of the       IDA Conference on Desalination, Aug.1999, San Diego, CA.
 * 10) W. Child and Ali. E. Dabiri, VARI-RO™ Technology Advancements, Proceeding of the ADA Conference, Aug. 1998, Williamsburg, VA.
 * 11) Ali. E. Dabiri, H.R. Garner, ASTRAL, A Hyperspectral Imaging DNA Sequencer, Review of Scientific Instruments, 69, 2141-2146, May 1998.
 * 12) W. Child and Ali. E. Dabiri, VARI-RO™ “Low Energy” Desalting Test Results, Proceedings of the IDA World Conference on Desalination and Water Reuse, Oct.1997, Madrid, Spain.
 * 13) Ali. E. Dabiri, H.R. Garner, Automation for Genome Sequencing Scale-Up, Proceedings of Fourth International Conference on Automation in Mapping and DNA Sequencing, Mar.,1997, Heidelberg, Germany.
 * 14) Ali. E. Dabiri,e t al., ASTRAL, A Hyperspectral Imaging DNA Sequencer, Proceedings of Fourth International Conference on Automation in Mapping and DNA Sequencing, Mar.,1997, Heidelberg, Germany.
 * 15) S.M. Ghiaasiaan, Ali. E. Dabiri and D. Luo, Heat Transfer in a Turbulent Falling Film Subject to Intense Volumetric Heating, Journal of Enhanced Heat Transfer 4, 87-96,1997.
 * 16) W. Child and Ali. E. Dabiri, VARI-RO™ Desalting Pilot Plant, Proceedings of the Biennial ADA Conference, Aug.,1996, Monterey, CA.
 * 17) W. Child and Ali. E. Dabiri, VARI-RO™ Low Energy Desalting for the San Diego Region, Desalination, 103, 49-58,1995.
 * 18) W. Child and Ali. E. Dabiri, Increased Water Production Using a Heat Recovery Engine for Direct Drive VARI-RO Pumping.  Desalination, 96, 81-88,1994.
 * 19) Ali. E. Dabiri, Application of Neural Network to Site Screening, Proceedings of the 14th Annual DOE Low-Level Radioactive Waste Management Conference, Nov., 1992, Phoenix, AZ.
 * 20) S.M. Ghiaasiaan and Ali. E. Dabiri, Heat Transfer in a Laminar Boundary Layer Subject to Intense, Volumetric Heating, DSC - 40, ASME, 295-311,1992.
 * 21) Ali. E. Dabiri and S.M. Ghiaasiaan, Thermal Analysis of an Accelerator Target Window, HTD - 206(2), ASME, 39-46, 1992.
 * 22) W. Child and Ali. E. Dabiri, Desalination Cost Savings of VARI-RO Pumping Technology, Desalination, 87,109-135,1992.
 * 23) M.E. Schulze, Ali. E. Dabiri and D. Holslin, Thin Window for an 8 MeV He-3 PET RFQ Accelerator Target, presented at the Fourth International Workshop on Targetry and Target Chemistry, Sept. 9-12, 1991, Villigen, Switzerland.
 * 24) Ali. E. Dabiri, Status of High Current, Low Energy He-3 RFQ for Production of PET Radionclides, presented at the Fourth International Workshop on Targetry and Target Chemistry, Sept. 9-12,199, Villigen, Switzerland.
 * 25) Ali. E. Dabiri, Thermal Response Test Methodology; proceedings of the 12th International Symposium of the Military Applications of Blast Simulation, Sept.,1991, Perpignan, France.
 * 26) Ali. E. Dabiri, W. Hagan, and D. Swenson, A 3He Radio Frequency Quadruple Accelerator for Positron Emission Tomography, Nucl. Technology, 92,127-133,1990.
 * 27) Ali. E. Dabiri and P. Versteegen, The Synergistic Response of a Flat Plate, presented at Misors Gold Symposium, Albuquerque, NM, Jan. 1990.
 * 28) Ali. E. Dabiri, Thermal Energy Conversion Systems Overview for Fusion Reactors, Fusion Technology, 16, 211-224,1989.
 * 29) Ali. E. Dabiri, et al., Advanced Ultrafine Particle Accelerator, Proceedings of the European Particle Accelerator Conference, Rome, Italy, Jun. 1988.
 * 30) M.R. Palmer and Ali. E. Dabiri, Electromagnetic Space Launch, Proceedings of the IEEE 4th Symposium on Electromagnetic Launch Technology, Austin, TX, April,1988.
 * 31) Ali. E. Dabiri, High Temperature Superconductor Applications in Electromagnetic Space Launch, First World Congress on Superconductivity, Houston, TX, Feb.1988.
 * 32) Ali. E. Dabiri, Multiplex Tokamak Power Plant, Fusion Technology, 13,115-124,1988.
 * 33) Ali. E. Dabiri, et al., The TITAN Reversed-Field Pinch Fusion Reactor Study, proceeding of the IEEE 12th Symposium of the Fusion Engineering, Monterey, CA, Oct. 1987.
 * 34) Ali. E. Dabiri, An Overview of D-3He Fusion Reactors," Invited Presentation at Aneutronic Symposium, Princeton, NJ, Sept. 1987, Nuclear Inst. and Methods in Physics Research, A271,71-78,1988.
 * 35) Ali. E. Dabiri, Economic Considerations of Commercial Tokamak Options, Fusion Technology, 12 238-248,1987.
 * 36) Ali. E. Dabiri, LN2 Cooling Considerations of the Compact Ignition Tokamak, Fusion Technology, 10, 521-526,1986.
 * 37) Ali. E. Dabiri, CAT-d Fueled Reversed Field Pinch Reactor Assessment, Nuclear Engineering and Design/Fusion, 4,121-138,1986.
 * 38) Ali. E. Dabiri, D. Keeton and S.L. Thomson, Options for Commercial Tokamaks, Fusion Technology 10, 49-57,1986.
 * 39) G.W. Shuy, Ali. E. Dabiri and H. Gurol, Conceptual Design of a d-He3 Fueled TMR Satellite/Breeder System, Fusion Technology 9, 459-475,1986.
 * 40) Ali. E. Dabiri, Plant Design for Reversed Field Pinch Reactor, Proceedings of the 14th Symposium of Fusion Technology, Avignon, France, Sept.1986.
 * 41) Ali. E. Dabiri, Material Options for a Commercial Fusion Reactor First Wall, Proceedings of the IEEE 11th Symposium on Fusion Engineering, Austin, TX, Nov.1985.
 * 42) Ali. E. Dabiri, Fusion Reactors Waste-Disposal Issues, invited presentation at the ANS Meeting, Boston, MA, Jun. 1985.
 * 43) Ali. E. Dabiri, et al., Impact of a Poloidal Divertor in Ignition Tokamak Design, Fusion Technology 8, 1754-1759,1985.
 * 44) Ali. E. Dabiri, Large Bore, 24-T Superconducting Choke Coil, presented at the Sixth Topical Meeting on the Technology of Fusion Energy, San Francisco, CA, Mar. 1985.
 * 45) Ali. E. Dabiri and D. Dobrott, MINIMAK:  A Compact Tokamak Reactor Conceptual Design, Proceedings of 13th Symposium of Fusion Technology, Varese, Italy, Sept. 1984.
 * 46) Ali. E. Dabiri, Donald R. Dobrott, Husam Gurol, Dalton D. Schnack, Point Design for d-d Compact Reversed-Field Pinch Reactors, Fusion Technology 6, 265-272,1984.
 * 47) H. Gurol and Ali. E. Dabiri, Safety Assessment of MARS Tandem Mirror Reactor, Fusion Technology 6, 605,1984.
 * 48) Ali. E. Dabiri and J.E. Glancy, d-d Compact Reversed Field Pinch Reactor Technology Assessment, Proceedings of the IEEE 10th Symposium of Fusion Engineering, Philadelphia, PA, Dec. 1983.
 * 49) Ali. E. Dabiri, et al., Tokamak Reactor System Code, Nucl. Technology/Fusion 4, 599-602,1983.
 * 50) Ali. E. Dabiri, et al, d-d Tokamak Reactor Assessment, Nucl. Technology/Fusion 4. 246-251,1983.
 * 51) R. A. Krakowski, Ali. E. Dabiri and J.E. Glancy, The Technology of Compact Fusion Reactor Concepts, Nucl. Technology/Fusion 4,342-36,1983.
 * 52) Ali. E. Dabiri and J. E. Glancy, Design of a High Temperature First Wall/Blanket for a d-d Compact Reversed Field Pinch Reactor, Nucl Technology/Fusion 4,1239-1244,1983.
 * 53) Ali. E. Dabiri, et al, Design of Superheated Steam Producing Blanket for a d-d Tokamak, Nucl. Technology/Fusion 4,1079-1083,1983.
 * 54) Ali. E. Dabiri and R.F. May, Compact Fusion Reactors Availability Analysis, Proceedings of the IEEE 10th Symposium on Fusion Engineering, Philadelphia, PA, Dec.1983.
 * 55) Ali. E. Dabiri and H. Gurol, Safety Comparison of d-d and d-t Fueled Fusion Reactors, Proceedings of the IEEE 10th Symposium on Fusion Engineering, Philadelphia, PA, Dec.1983.
 * 56) Ali. E. Dabiri, et al, Preliminary Analysis of a Carbon/Carbon Fiber Composite Plasma Direct Converter," Nucl. Technology/Fusion 4,1473-1478,1983.
 * 57) Ali. E. Dabiri, et al., Assessment of d-d Tokamak Reactors," presented at the International Atomic Energy Agency Conference, Baltimore, MD, Sept.1982.
 * 58) H.C. Botkin,Ali. E. Dabiri and M. Blatt, Heat Pump Performance Parametric Studies Using Seasonal Performance Model, ASHRAE Transactions, 89(1),1983.
 * 59) Ali. E. Dabiri, A Steady-State Computer Simulation Model for Air-to-Air Heat Pumps, ASHRAE Transactions, 88(2),1982.
 * 60) M. Blatt, Ali. E. Dabiri and R. Erickson, Unitary Central and Single Zone Heat Pump Technology Assessment, presented at EPRI annual meeting, Washington, DC, Oct.1981.
 * 61) Ali. E. Dabiri, and C.K. Rice, A Compressor Simulation Model with Corrections for the Level of Suction gas Superheat. ASHRAE Transactions, 87(2),1981,
 * 62) Ali. E. Dabiri, and D.L. Peterka, Generalized Heating and Cooling Load Models for Seasonal Performance Calculation," ASHRAE Transactions, 87(2),1981.
 * 63) Ali. E. Dabiri, and G. Grossman, Solar Collector Development in Iran," Sunworld,3,70,1979.
 * 64) Ali. E. Dabiri, Theoretical Investigation of the Movement of a Molten Zone in Ge Under the Influence of the Peltier Effect, accepted for presentation at Sixth International Conference of Crystal Growth, Sept. 1980.
 * 65) N. Darabiha, and Ali. E. Dabiri, Theoretical Investigation of Accommodation Pumps by Numerical Technique," presented at International Conference on "Numerical Methods in Thermal Problems," Jul. 1979, Swansea, U.K.
 * 66) Ali. E. Dabiri, Performance Improvement of Axial Flow Molecular Pump, Proceedings of the 11th International Rarefied Gas Dynamics, Jul.1978.
 * 67) M. Balooch, and Ali. E. Dabiri, S., Observation of the Movement of the Molten Zone in Ge Under the Influence of the Peltier Effect, J. of Crystal Growth 43, 277 (1978).
 * 68) Ali. E. Dabiri, G. Grossman and F. Bahar, Experimental and Theoretical Performance Study of Solar Collectors," Proceedings of the 1977 ICHMT's Seminar, ed., Hemisphere Publishing Corporation, Washington, DC,1977.
 * 69) Ali. E. Dabiri, Effect of Rotor Clearance on Pressure Ratio and Pumping Speed of Molecular Pump, AIAA Journal 15,1537(1977) and presented at the 10th International Symposium on Gas Dynamics, Aspen, CO, Jul.,1976.
 * 70) Ali. E. Dabiri, J. Nemat, and J.A. Warburton, Design Considerations of a Winter Orographic Cloud-Seeding Program, Alborz Mountains, Iran, Journal of Weather Modification,10,153,1978 and presented at the Second International WMO Conference on Weather Modification, Denver, CO,1976.
 * 71) Ali. E. Dabiri, Solar Energy Research in Iran," Proceedings of COMPLES International Conference, Heliotechnique and Development eds., M.A. Kettani, J.E. Sousou, Development Analysis Associates, Inc., Cambridge, MA, 659,1976.
 * 72) Ali. E. Dabiri, Thermodynamic Correlation of Oxygen Coverage on Refracting Metals at High Temperature and Low Pressure, Japanese Journal of App. Phys. 15,1445,1976 and presented at the Second Iranian Congress of Chemical Engineering, May,1975.
 * 73) Ali. E. Dabiri, The Calculation of Sticking Coefficient and Coverage of Oxygen on Rhenium at High Temperature and Low Pressure, Surface Sci. 49,77,1975.
 * 74) S. Vojdani, Ali. E. Dabiri and M. Tavakoli,Theoretical Aspects of the Peltier Effect on the Temperature Distribution in Crystal Being Grown by the Czochralski Technique, Journal of the Electrochemical Society 122, 1400,1975 and presented at the 147th meeting of the Electrochemical Society, Toronto, Canada May,1975.
 * 75) Ali. E. Dabiri, Cloud Seeding in Iran," Proceedings of the Mechanical Engineering Congress, eds. M.A. Satter, K. Firoozbakhsh, 720,1975.
 * 76) S. Vojdani, Ali. E. Dabiri, and H. Ashoori, Diameter Control of Pulled Germanium Crystals by Means of Peltier Cooling," Journal of Crystal Growth, 24/25,374,1974 and presented at the International Conference on Crystal Growth, Tokyo, Japan, Mar.,1974.
 * 77) Ali. E. Dabiri, Quasi-equilibrium Treatment of the Coverage of Oxygen on Tungsten at High Temperature and Low Pressure, Surface Sci. 44, 529,1974 and presented at the Second International Conference on Solid Surface, Kyoto, Japan, Mar.,1974.
 * 78) Ali. E. Dabiri, V.S. Aramati, and R.E. Stickney, AES Measurements of Adsorption Isobars for Oxygen on Tungsten at Low Pressure and High Temperature, Surface Sci. 40, 205,1973.
 * 79) Ali. E. Dabiri, and R.E. Stickney, Measurement of the Coverage of Oxygen on Tungsten at High Temperature and Low Pressure, Surface Sci. 40, 205,1973 and presented at the 32nd Physical Electronic Conference, Albuquerque, NM,Mar.1972.
 * 80) M. Balooch, Ali. E. Dabiri, and R.E. Stickney, Measurement of the Speed and Spatial Distribution of Arsenic Molecules Evaporated from an As (111) Crystal, Surface Sci. 30,483,1972.
 * 81) Ali. E. Dabiri, and R.E. Stickney, Analysis of the 'Oxygen Pumping Effect' of Tungsten Cathodes in Ionization Gauges and Mass Spectrometers, J. Vac. Sci. & Tech. 9(2),1032,1972 and presented at the National Fall Meeting of the American Geophysical Union, San Francisco, CA, Dec.,1971.
 * 82) T.L. Bradley, Ali. E. Dabiri, and R.E. Stickney, Measurements of the Spatial of Distribution H2 Desorbed from Ni, Fe, Nb, and Cu, presented at the International Conference on Solid Surfaces, Boston, MA,1971.
 * 83) T.L. Bradley, Ali. E. Dabiri, and R.E. Stickney, Measurements of the Spatial Distribution of H2 Desorbed from Ni Surfaces:  Effects of Surface Composition and Crystal Orientation, Surface Sci. 29, 580,1972.
 * 84) Ali. E. Dabiri, Experimental Measurement of the Speed Distributions of Deuterium Molecules Desorbed from Nickel Surfaces, Q.P.R., MIT, No. 102, Jul. 15,1971.
 * 85) Ali. E. Dabiri, T.J. Lee, and R.E. Stickney, Spatial and Speed Distribution of H2 and D2 Desorbed from the Polycrystalline Nickel Surface, Surface Sci. 26,522,1971and presented at the 30th Physical Electronics Conference, Washington, DC, Mar. 1970.