Dean P Neikirk
`
`Professor Cullen Trust for Higher Education Professorship in Engineering No 7
`Department of Electrical and Computer Engineering
`Cockrell School of Engineering
`The University of Texas at Austin
`
`Citizenship USA
`
`Education
`
`Oklahoma State University
`Physics and Mathematics with Honors
`California Institute of Technology
`
`Applied Physics
`California Institute of Technology
`Applied Physics
`
`BS
`
`MS
`
`PhD
`
`1979
`
`1981
`
`1984
`
`Professional Experience
`
`Assistant Professor University of Texas at Austin Jan 1984 Aug 1988
`Associate Professor University of Texas at Austin Sept 1988 Aug 1992
`Full Professor University of Texas at Austin Sept 1992 present
`Associate Dean of Graduate Studies August 2014
`
`present
`
`Honors and Awards
`
`International Fellowship Young Scientist Award for contributions
`1984 Marconi
`to the development of millimeter wave integrated circuits especially in the areas
`of detectors and imaging arrays
`Listed in the Second Edition of Whos Who in Frontiers of Science and
`5th Edition of Whos Who in Technology Today 1994 American
`Technology
`Men Women of Science 1985 Outstanding Young Man of America 1989
`Outstanding Young Man of America 7th Edition of Whos Who in Technology
`198485 Engineering Foundation Faculty Award University of Texas at Austin
`Engineering Foundation Advisory Council
`198590 General Motors Foundation Centennial Teaching Fellowship University
`of Texas at Austin
`198586 IBM Corporation Faculty Development Award
`1986 National Science Foundation Presidential Young Investigator
`1987 Award for Outstanding Engineering Teaching by an Assistant Professor
`College of Engineering University of Texas at Austin
`
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`19901992 Temple Foundation Endowed Faculty Fellowship No 1 University
`of Texas at Austin
`
`1992 present Cullen Trust for Higher Education Professorship in Engineering
`No 7 University of Texas
`1997 College of Engineering Award for Outstanding Teaching in the Department
`of Electrical and Computer Engineering University of Texas at Austin
`2003 Department of Electrical and Computer Engineering Gordon T Lepley IV
`Endowed Memorial Teaching Award University of Texas at Austin
`2007 Lockheed Martin Aeronautics Company Award for Excellence in
`Engineering Teaching
`each year since 1956 Lockheed Martin and its predecessor has sponsored
`o
`an award for excellence in engineering teaching to reward one College of
`Engineering faculty member for exceptional
`teaching This prestigious
`award is given to a faculty member dedicating time and energy in
`abundance to teaching undergraduate and graduate students As a result
`his or her work leaves a mark of excellence on the entire College of
`Engineering Nominations for this award are made by The University of
`Texas at Austin engineering students and faculty Final selection is made
`by a committee composed the five most recent
`faculty recipients of the
`award and the student presidents of the Student Engineering Council
`SEC and the Graduate Engineering Council GEC
`2015 Civitatis Award The University of Texas at Austin Civitatis Award was
`established in 1997 to recognize outstanding faculty citizenship The Civitatis
`Award is conferred upon a member of the faculty in recognition of dedicated and
`meritorious service to the University above and beyond the regular expectations
`of teaching research and writing The award is made by the President upon the
`recommendation of the Faculty Council Executive Committee Prof Neikirk was
`nominated for the award for his extensive effective and distinguished service
`record to his department college and the University of Texas
`
`Vita for Dean P Neikirk
`
`Dean P Neikirk was born in Oklahoma City Oklahoma on October 31 1957 He
`received the BS degree 1979 in physics from Oklahoma State University and the MS
`1981 and PhD 1984 degrees
`in applied physics from the California Institute of
`He joined the faculty of The University of Texas at Austin in 1984 and is
`Technology
`currently a Professor in the Department of Electrical and Computer Engineering holding
`the Cullen Trust for Higher Education Professorship in Engineering No 7 Dr Neikirk
`developed the first monolithic
`high resolution focal plane detector array for use at
`wavelengths between 01 mm and 1 mm and in 1984 received the Marconi
`International
`Fellowship Young Scientist Award for contributions
`to the development of millimeter
`wave integrated circuits especially in the area of detectors and imaging arrays He has
`also been named a 1986 National Science Foundation Presidential Young Investigator
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`Dr Neikirks current research interests concentrate
`on the fabrication and modeling of
`electromagnetic and micromachined sensors and actuators His work also includes projects
`involving integrated circuit processing and the high frequency properties of transmission
`lines His work concentrates
`on the use of advanced fabrication techniques
`including
`silicon micromachining for new device and sensor development Dr Neikirk developed
`the teaching laboratory for semiconductor device fabrication at The University of Texas at
`Austin and is an active member of The University of Texas at Austin Microelectronics
`Research Center Recently Dr Neikirks research project
`related to the development of
`new chemical sensors an electronic taste sensor was selected for a commercialization
`venture between the University of Texas and LabNow Inc Dr Neikirk has also served as
`the Graduate Advisor of the Department of Electrical and Computer Engineering at UT
`the Chair of the UT Austin
`Austin an Associate Chairman of the ECE Department
`Graduate Assembly the Chair of the UT Austin Faculty Council
`the Secretary of the
`General Faculty at UT Austin and is currently Associate Dean of the University of Texas
`at Austin Graduate School
`
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`Professional Societies
`
`Senior Member Institute of Electrical and Electronics Engineers
`Associate Editor for Solid State and VLSI Electronics IEEE
`Transactions on Education March 1991 Oct 1994
`
`Commercialization of Technology
`
`Two companies have been founded based on technology developed by Dr Neikirks
`research group In both cases the technology was developed at The University of Texas at
`Austin and licensed to startups
`
`From a University of Texas news release
`Firm commercializing University of Texas technology rounds up $14 million venture
`investment October 1 2004
`capital
`
`LabNow Inc has received $14 million in first round venture investment
`AUSTI1V Texas
`for its point ofcare diagnostic system from the Soros Group Austin Ventures and other
`investors
`
`The money will be used to develop the companys technology and to launch its initial
`product CD4N0wTM a point ofcare diagnostic tool for HIVAIDS patients
`
`The device which is based on technology developed at The University of Texas at Austin
`quickly and accurately analyzes complex fluids such as blood
`
`Patents
`
`1 US Patent 5080870 Sublimating and Cracking Apparatus Jan 14 1992 Inventors
`B G Streetman T J Mattord D P Neikirk
`
`2 US Patent 5408107 Semiconductor Device Having Multiple CurrentVoltage Curves
`and Zero Bias Memory April 18 1995
`Inventors Dean P Neikirk and Kiran Kumar Gullapalli
`
`3 US Patent 6589779 General signaling protocol
`matrices July 8 2003
`John T Anslyn Eric V Shear Jason B Neikirk Dean P
`Inventors McDevitt
`Assignee Board of Regents The University of Texas System Austin TX
`
`for chemical receptors in immobilized
`
`4 US Patent 6602702 Detection system based on an analyte reactive particle August
`5 2003
`John T Austin TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Austin TX
`
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`Assignee The University of Texas System Austin TX
`
`5 US Patent 6649403 Method of preparing a sensor array November 18 2003
`John T Travis TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Travis TX
`Assignee Board of Regents The University of Texas Systems Austin TX
`
`6 US Patent 6680206 Sensor arrays for the measurement and identification of multiple
`analytes in solutions January 20 2004
`John T Travis TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Travis TX
`Assignee Board of Regents The University of Texas Systems Austin TX
`
`7 US Patent 6713298 Method and apparatus for the delivery of samples to a chemical
`sensor array March 30 2004
`John T Travis TX Anslyn Eric V Travis TX Shear
`Inventors McDevitt
`Jason B Travis TX Neikirk Dean P Travis TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`8 US Patent 6908770 Fluid based analysis of multiple analytes by a sensor array June
`21 2005
`John T Austin TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`9 US Patent 7022517 Method and apparatus for the delivery of samples to a chemical
`sensor array April 4 2006 filed July 14 2000
`John T Austin TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Austin TX Borich Damon V Austin
`TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`10 US Patent 7316899 Portable sensor array system January 8 2008 filed January
`31 2001
`Inventors McDevitt
`
`John T Austin TX Anslyn Eric V Austin TX Shear
`Jason B Austin TX Neikirk Dean P Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`11 US Patent 7491552 Fluid based analysis of multiple analytes by a sensor array
`February 17 2009 filed January 20 2005
`John T Austin TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`12 United States Patent 7651868 Method and system for the analysis of saliva using a
`sensor array January 26 2010 Filed December 13 2004
`
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`John T Austin TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Austin TX Christodoulides Nick J
`Austin TX
`Assignee The Board of Regents of The University of Texas System Austin TX
`
`13 United States Patent 8101431 Integration of fluids and reagents into selfcontained
`cartridges containing sensor elements and reagent delivery systems January 24
`2012 Filed December 22 2004
`John T Austin TX Ballard Karri L Pflugerville TX
`Inventors McDevitt
`Floriano Pierre N Austin TX Christodoulides Nick J Austin TX Neikirk
`Dean Austin TX Anslyn Eric Austin TX Shear Jason Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`14 United States Patent 8105849 Integration of fluids and reagents into selfcontained
`cartridges containing sensor elements January 31 2012 Filed December 22 2004
`John T Austin TX Ballard Karri L Pflugerville TX
`Inventors McDevitt
`Floriano Pierre N Austin TX Christodoulides Nick J Austin TX Neikirk
`Dean Austin TX Anslyn Eric Austin TX Shear Jason Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`15 United States Patent 8257967 Method and system for the detection of cardiac risk
`factors September 4 2012 Filed April 28 2003
`John T Austin TX Anslyn Eric V Austin TX Shear
`Inventors McDevitt
`Jason B Austin TX Neikirk Dean P Austin TX Christodoulides Nick J
`Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
`16 United States Patent 9291586 Passive wireless selfresonant sensor March 22
`2016 Filing Date May 5 2013
`Inventors Neikirk Dean P Austin TX US Pasupathy Praveenkumar Austin
`TX US Zhang Sheng Austin TX US Leonhardt Brad Austin TX US Ekerdt
`John G Austin TX US Korgel Brian A Austin TX US Holmberg Vincent C
`Seattle WA US Shipman Catherine D Reston TX US Bogart Timothy D
`Oxford GB Chockla Aaron Chicago IL US
`Assignee Board of Regents The University of Texas System Austin TX US
`
`17 United States Patent 9581559 Corrosion detection sensor embedded within a
`transducer
`structure with a diffusion layer placed over the sacrificial
`concrete
`February 28 2017 Filing Date August 14 2014
`Inventors Neikirk Dean P Austin TX Wood Sharon L Austin TX Pasupathy
`Praveenkumar Austin TX Yosef Ali Abu Austin TX
`Assignee Board of Regents The University of Texas System Austin TX
`
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`Publications
`
`A Refereed archival
`
`journal publications
`
`1 D P Neikirk and R C Powell Laser TimeResolved Spectroscopy of Host Sensitized
`in Bi4Ge3012Er3+ Crystals J Lumin vol 20 1979 pp 261 270
`
`Energy Transfer
`
`2 R C Powell D P Neikirk J M Flaherty and J G Gualtieri Lifetime Measurements
`Infrared and Photoacoustic Spectroscopy of NdP5014 J Phys Chem Solids vol 41
`1980 pp 345350
`
`3 R C Powell D P Neikirk and D Sadar Radiationless Decay Processes of Nd3+ Ions
`in Solids J Opt Soc Am vol 70 5 May 1980 pp 486490
`4 D P Neikirk D B Rutledge M S Muha H Park and C X Yu FarInfrared Imaging
`Antenna Arrays Appl Phys Lett vol 40 3 1 February 1982 pp 203205
`5 D P Neikirk D B Rutledge MS Muha H Park and C X Yu Progress in
`MillimeterWave Integrated Circuit Imaging Antenna Arrays Proc Soc Photo Opt
`Instr Eng vol 317 1981 pp 206211
`
`for FarInfrared
`
`6 D P Neikirk D B Rutledge PP Tong H Park and P E Young Imaging Antenna
`Array at 119tm Appl Phys Lett vol 41 15 August 1982 pp 329331
`7 D P Neikirk and D B Rutledge SelfHeated Thermocouples
`Detection Appl Phys Lett vol 41 5 1 September 1982 pp 400402
`8 PP Tong D P Neikirk D Psaltis D B Rutledge K Wagner and P E Young
`IEEE Trans Antennas
`Tracking Antenna Arrays for Near Millimeter Waves
`Propagat vol AP 31 May 1983 pp 512515
`9 D P Neikirk and D B Rutledge AirBridge Microbolometer
`Detection Appl Phys Lett 4415 Jan 1984 pp 153155
`10 PP Tong D P Neikirk D B Rutledge P E Young W A Peebles N C Luhmann
`Jr Imaging Polarimeter Arrays for Near Millimeter Waves IEEE Trans Microwave
`Theory Tech MTT32 March 1984 pp 507512
`11 D P Neikirk D B Rutledge and W Lam FarInfrared Microbolometer Detectors
`Int J Infrared and Millimeter Waves 5 March 1984 pp 245277
`
`for FarInfrared
`
`12 D P Neikirk and D B Rutledge FarInfrared Imbedding Impedance Measurements
`
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`Int J Infrared and Millimeter Waves 5 July 1984 pp 10171026
`and N C Luhmann Jr
`13 P E Young D P Neikirk PP Tong D B Rutledge
`far infrared phase imaging for fusion plasmas Rev Sci Instrum 56 Jan
`Multichannel
`1985 pp 8189
`14 P E Young N C Luhmann Jr R J Taylor D P Neikirk and D B Rutledge Far
`infrared imaging of tokamak plasma Rev Sci Instrum 56 May 1985 pp 903904
`
`integrated circuit
`
`15 Y Fukuoka Q Zhang D Neikirk and T Itoh Analysis of multilayer interconnection
`IEEE Trans Microwave Theory Tech
`lines for a high speed digital
`MTT 33 June 1985 pp 527532
`16 N Song D P Neikirk and T Itoh Modeling of Ion implanted GaAs MESFETs by
`the Finite Element Method IEEE Electron Device Lett EDL7 April 1986 pp 208
`210
`17 V P Kesan D P Neikirk B G Streetman and P A Blakey A New Transit Time
`Device Using Quantum Well Injection IEEE Electron Device Lett EDL8 April 1987
`pp 129131
`18 A C Cambell V P Kesan G E Crook C M Maziar D P Neikirk and B G
`Streetman Impedance Switching Effects in GaAsAlAs Barrier Structures Electronics
`Letters 23 Aug 27 1987 pp 926927
`
`19 Y D Lin D P Neikirk and T Itoh Coplanar Waveguide Phase Shifter Controlled
`Illumination Int J Infrared and Millimeter Waves 8
`by a Spatially Periodic Optical
`Sept 1987 pp 10271036
`20 C W Farley G E Crook V P Kesan T R Block H A Stevens T J Mattord D
`P Neikirk and B G Streetman Substrate Rotation and Carbon Generation in a Molecular
`Beam Epitaxy System J Vac Science Tech B SeptOct 1987 pp 13741376
`
`21 V P Kesan D P Neikirk T D Linton P A Blakey and B G Streetman Influence
`of Transit Time Effects on the Optimum Design and Maximum Oscillation Frequency of
`Quantum Well Oscillators IEEE Trans Electron Devices ED 35 April 1988 pp 405
`413
`
`22 A C Campbell V P Kesan G E Crook C M Maziar D P Neikirk and B G
`Streetman Capacitive Hysteresis Effects in 50 nm Single and Double Barrier AlAs
`Tunneling Structures Grown by MBE J Vac Science Tech B 6 MarApr 1988 pp 651
`656
`
`23 V P Kesan A Mortazawi D P Neikirk and T Itoh Monolithic MillimeterWave
`by QWITT Diodes
`Line Periodically Loaded
`a Transmission
`Oscillator using
`Electronics Letters May 26 1988 pp 666667
`
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`24 T J Mattord V P Kesan G E Crook T R Block A C Campbell D P Neikirk
`and B G Streetman Baffle free Refractory Dimer Source for Molecular Beam Epitaxy
`J Vac Sci Technol B 6 NovDec 1988 pp 16671670
`
`25 V P Kesan A Dodabalapur D P Neikirk and B G Streetman Growth and Rapid
`Thermal Annealing of AlGaAsInGaAs Pseudomorphic Modulation doped Structures
`Appl Phys Lett 53 22 Aug 1988 pp 681683
`26 T J Mattord V P Kesan D P Neikirk and B G Streetman A Single filament
`Effusion Cell with Reduced Thermal Gradient for Molecular Beam Epitaxy J Vac Sci
`Technol B 7 MarApr 1989 pp 214216
`27 A Dodabalapur V P Kesan T R Block D P Neikirk and B G Streetman Optical
`and Electrical Characterization of Pseudomorphic AlGaAsInGaAsGaAs Modulation
`doped Structures Processed by Rapid Thermal Annealing J Vac Sci Technol B 7
`MarchApril 1989 pp 380383
`28 V P Kesan A Mortazawi D R Miller T Itoh B G Streetman and D P Neikirk
`Injection Transit Time QWITT
`Microwave Frequency Operation of the Quantum Well
`Diode Electronics Letters 24 24 Nov 1988 pp 14731474
`29 C S Kyono V P Kesan D P Neikirk C M Maziar and B G Streetman
`Dependence of Apparent Barrier Height on Barrier Thickness for Perpendicular Transport
`in AlAsGaAs Single Barrier Structures Grown by MBE Appl Phys Lett 54 6 Feb
`1989 pp 549551
`
`30 R L Rogers and D P Neikirk Use of Broadside Twin Element Antennas to Increase
`Efficiency on Electrically Thick Dielectric Substrates Int J Infrared and Millimeter
`Waves 9 Nov 1988 pp 949969
`
`31 R L Rogers and D P Neikirk Radiation Properties of Slot and Dipole Elements on
`Layered Substrates Int J Infrared and Millimeter Waves 10 June 1989 pp 697728
`
`32 A Dodabalapur V P Kesan D R Hinson D P Neikirk and B G Streetman
`Studies of Pseudomorphic modulationdoped AlGaAs InGaAs
`Photoluminescence
`GaAs Quantum Wells Appl Phys Lett 54 24 April 1989 pp 16751677
`
`33 A C Campbell V P Kesan T R Block G E Crook D P Neikirk and B G
`Streetman Influence of MBE Growth Temperature on GaAsAlAs Resonant Tunneling
`Structures Journal of Electronic Materials 18 1989 pp 585588
`S M Wentworth D P Neikirk and C R Brahce The High Frequency
`34
`Characteristics of Tape Automated Bonding TAB Interconnects
`IEEE Trans
`Components Hybrids and Manufacturing Tech 12 Sept 1989 pp 340347
`
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`35 V P Kesan A Mortazawi D R Miller V K Reddy D P Neikirk and T Itoh
`Microwave and Millimeter Wave QWITT Diode Oscillators IEEE Trans Microwave
`Theory Tech MTT37 Dec 1989 pp 19331941
`36 P Cheung D P Neikirk and T Itoh A Schottky Biased Optically Controlled
`Coplanar Waveguide Phase Shifter Electronics Letters 25 Sept 14 1989 pp 1301
`1302
`
`37 S M Wentworth
`and D P Neikirk Far Infrared Microbolometers made with
`Tellurium and Bismuth Electronics Letters 25 Nov 9 1989 pp 15581560
`
`38 A Dodabalapur V P Kesan D P Neikirk and B G Streetman Photoluminescence
`and Electroreflectance Studies of Modulation Doped Pseudomorphic AlGaAs InGaAs
`GaAs Quantum Wells Journal of Electronic Materials 19 1990 pp 265270
`
`39 P Cheung D P Neikirk and T Itoh Optically Controlled Coplanar Waveguide
`Phase Shifters IEEE Trans Microwave Theory Tech MTT38 May 1990 pp 586
`595
`40 S M Wentworth R L Rogers J G Heston D P Neikirk and T Itoh Millimeter
`Wave Twin Slot Antennas on Layered Substrates Int J Infrared and Millimeter
`Waves 11 Feb 1990 pp 111131
`41 J G Heston J M Lewis S M Wentworth and D P Neikirk Twin slot antenna
`structures integrated with microbolometer detectors for 94 GHz imaging Microwave and
`Optical Technology Letters 4 no 1 Jan 5 1991 pp 1519
`42 R L Rogers S M Wentworth D P Neikirk and T Itoh A twin slot antenna on a
`layered substrate coupled to a microstrip feed line Int J Infrared and Millimeter
`Waves 11 no 10 October 1990 pp 12251249
`43 T Y Chu D P Neikirk and B G Streetman Properties and Applications of AlxGai
`xAs Grown at Low Temperatures J Crystal Growth 111 1991 pp 2629
`
`44 V K Reddy A J Tsao and D P Neikirk High Peak to Valley Current Ratio
`AlGaAsAlAsGaAs Double Barrier Resonant Tunneling Diodes Electronics Letters 26
`Oct 11 1990 pp 17421744
`
`45 A J Tsao V K Reddy and D P Neikirk Epitaxial Liftoff of AlAsGaAs Double
`Barrier Resonant Tunneling Diodes Electronics Letters 27 March 14 1991 pp 484
`486
`
`46 D R Miller and D P Neikirk Simulation of Intervalley Mixing in Double Barrier
`Diodes Using the Lattice Wigner Function Appl Phys Lett 58 17 June 1991 pp 2803
`2805
`
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`47 MS Islam A J Tsao V K Reddy and D P Neikirk GaAs on Quartz Coplanar
`Waveguide Phase Shifter IEEE Microwave and Guided Wave Letters 1 Nov 1991
`pp 328330
`48 S M Wentworth
`and D P Neikirk Composite Microbolometers with Tellurium
`Detector Elements IEEE Trans Microwave Theory Tech MTT40 no 2 Feb 1992
`pp 196201
`
`49 T D Linton Jr PA Blakey and D P Neikirk The impact of threedimensional
`effects on EEPROM cell performance IEEE Trans Electron Devices 39 April 1992
`pp 843850
`
`50 V K Reddy and D P Neikirk Influence of Growth Interruption on I
`V
`Characteristics of AlAsGaAs Double Barrier Resonant Tunneling Diodes J Vac Sci
`Technol B 10 MarApr 1992 pp 10451047
`
`51 A J Tsao V K Reddy D R Miller K K Gullapalli and D P Neikirk The effect
`of barrier thickness asymmetries on the electrical characteristics of AlAsGaAs double
`barrier resonant tunneling diodes J Vac Sci Technol B 10 MarApr 1992 pp 1042
`1044
`
`52 T R Block D P Neikirk and B G Streetman Photoluminescence
`study of the
`effects of growth interruption on integer and fractional monolayer AlGaAsGaAs quantum
`wells J Vac Sci Technol B 10 MarApr 1992 pp 832834
`
`53 Emre Tuncer and Dean P Neikirk Highly Accurate Quasi Static Modeling of
`Microstrip Lines Over Lossy Substrates IEEE Microwave and Guided Wave Letters
`2 Oct 1992 pp 409411
`
`54 S Javalagi V Reddy K Gullapalli and D Neikirk High efficiency microwave
`diode oscillators Electronics Letters 28 27 August 1992 pp 16991701
`
`55 K K Gullapalli A J Tsao and D P Neikirk Multiple selfconsistent solutions at
`zero bias and multiple conduction curves in quantum tunneling diodes containing N N+
`N spacer layers Appl Phys Lett 62 7 June 1993 pp 29712973
`56 K K Gullapalli A J Tsao and D P Neikirk Experimental observation of multiple
`voltage curves and zero bias memory in quantum well diodes with N N+ N
`current
`spacer layers Appl Phys Lett 62 31 May 1993 pp 28562858
`
`57 V K Reddy and D P Neikirk High breakdown voltage AlAsInGaAs quantum
`barrier varactor diodes Electronics Letters 29 4 March 1993 pp 464466
`
`58 T R Block D P Neikirk and B G Streetman Molecularbeam epitaxial growth
`and
`dependence
`of reflection highenergy
`electron diffraction dampening
`condition
`quantum well photoluminescence J Vac Sci Technol B 11 MayJune 1993 pp 791
`
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`794
`
`59 Y C Albert Shih D P Neikirk B G Streetman and C W Magee Effects of As
`flux on Si 6 doped GaAs J Vac Sci Technol B 11 MayJune 1993 pp 905907
`60 T J Mattord K Sadra A Srinivasan A Tang T R Block Y C Albert Shih D P
`Neikirk and B G Streetman Realtime flux monitoring and feedback control of a valved
`arsenic source J Vac Sci Technol B 11 MayJune 1993 pp 10501052
`61 M Saiful
`Islam Emre Tuncer and Dean P Neikirk Calculation of Conductor Loss
`in Coplanar Waveguide using Conformal Mapping Electronics Letters 29 24 June 1993
`pp 11891191
`
`62 Emre Tuncer and Dean P Neikirk Efficient Calculation of Surface Impedance for
`Rectangular Conductors Electronics Letters 29 25 Nov 1993 pp 21272128
`
`63 K Sadra A Srinivasan D P Neikirk and B G Streetman Speed and Efficiency in
`Multiple pin Photodetectors IEEE J Lightwave Technol 11 December 1993 pp
`20522056
`
`64 K K Gullapalli D R Miller and D P Neikirk Simulation of quantum transport
`memory switching double barrier quantum well diodes Phys Rev B Condensed
`Matter 49 15 January 1994 pp 26222628
`65 M Saiful
`
`Islam Emre Tuncer and Dean P Neikirk Accurate Model for Schottky
`Contacted Coplanar Waveguide Including Finite Epilayer Resistance Effects Electronics
`Letters 30 28 April 1994 pp 712713
`66 Emre Tuncer B T Lee M S Islam and D P Neikirk QuasiStatic Conductor Loss
`Calculations in Transmission Lines using a New Conformal Mapping Technique IEEE
`Trans Microwave Theory Tech 42 September 1994 pp 18071815
`
`in
`
`67 Youngmin Kim and D P Neikirk Micromachined FabryPerot Cavity Pressure
`IEEE Photonics Technology Letters 7 Dec 1995 pp 14711473
`Transducer
`
`68 Youngmin Kim and Dean P Neikirk Design for Manufacture of Micro FabryPerot
`Cavity based Sensors Sensors and Actuators A 50 Jan 1996 pp 141146
`
`69 I BuschVishniac C S Chu S Flagg V Gupta C Hearn Y Kim P Koeneman
`W Maddox D Masser D Neikirk W Weldon H Wells and K Wood Smart
`Hydrodynamic Bearings with Embedded MEMS Devices
`submitted 396 1996
`
`Journal of Tribology
`
`John J Lavigne Steve Savoy Marvin B Clevenger Jason E Richie Bridget
`70
`Jason B Shear and Dean
`McDoniel SeungJin Yoo Eric V Anslyn John T McDevitt
`Neikirk Solution Based Analysis of Multiple Analytes by a Sensor Array Toward the
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`Development of an Electronic Tongue Journal of the American Chemical Society vol
`120 July 1998 pp 64296430
`71 K L Wood D Neikirk I BuschVishniac W Weldon CS Chu Y Kim V Gupta
`W Maddox
`and D Masser MEMs hydrodynamic
`bearings Applications to and
`implications for machine failure prevention TriboTest vol 4 pp 275288 1998
`
`72 R J Friar and D P Neikirk Limitations on the Extraction of Loss Tangent
`from
`Submicron Transmission Line Test Structures IEEE TRANSACTIONS ON ADVANCED
`PACKAGING vol 23 p 393 August 2000
`
`73 T Curey A Goodey A Tsao J Lavigne Y Sohn J McDevitt E Anslyn D
`Neikirk and J Shear Characterization of multicomponent monosaccharide solutions
`using an enzyme based sensor array ANALYTICAL BIOCHEMISTRY vol 293 June 15
`pp 178184 2001
`
`74 Goodey Adrian Lavigne John J Savoy Steve M Rodriguez Marc D Curey
`Theodore Tsao Andrew Simmons Glen Wright John Yoo SeungJin Sohn
`Youngsoo Anslyn Eric V Shear Jason B Neikirk Dean P McDevitt
`John T
`Development of multianalyte sensor arrays composed of chemically derivatized
`polymeric microspheres localized in micromachined cavities JOURNAL OF THE
`AMERICAN CHEMICAL SOCIETY 123 11 pp 25592570 MAR 21 2001
`75 N Christodoulides M Tran P Floriano N Pierre M Rodriguez A Goodey M Ali
`D Neikirk and J McDevitt A novel Microchip based MultiAnalyte Assay System for
`the Assessment of Cardiac Risk Analytical Chemistry 74 13 July 1 2002 pp 3030
`3036
`
`76 L Vardapetyan L Demkowicz and D Neikirk hp Vector finite element method for
`eigenmode analysis of waveguides Compul Methods Appl Mech Engrg vol 192 Jan
`3 2003 pp 185201
`77 Ali Mehnaaz F Kirby Romy Goodey Adrian P Rodriguez Marc D Ellington
`Andrew D Neikirk Dean P McDevitt John T DNA hybridization and discrimination
`
`of single nucleotide mismatches using chip based microbead arrays Analytical
`Chemistry v 75 n 18 Sep 15 2003 p 47324739
`78 Sohn Young Soo Goodey Adrian Anslyn Eric V McDevitt
`John T Shear Jason
`B Neikirk Dean P A micromachined
`fluidic structure for capillary based sample
`introduction into a microbead array chemical sensor Sensor Letters vol 2 No 1 March
`1 2004 pp 6972
`
`79 Kirby Romy Cho Eun Jeong Gehrke Brian Bayer Travis Park Yoon Sok
`Neikirk Dean P McDevitt John T Ellington Andrew D Aptamerbased sensor
`arrays for the detection and quantitation of proteins Analytical Chemistry v 76 n 14
`Jul 15 2004 p 40664075
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`80 SangWook Han Jun Wan Kim Young Soo Sohn and Dean P Neikirk Design of
`Infrared Wavelength Selective Microbolometers Using Planar Multimode Detectors TEE
`Electronics Letters vol 40 No 22 October 28 2004 pp 14101411
`
`Jason B Shear
`81 Young Soo Sohn Adrian Goodey Eric V Anslyn John T McDevitt
`and Dean P Neikirk A microbead array chemical sensor using capillary based sample
`the development of an electronic tongue Biosensors
`toward
`introduction
`Bioelectronics Vol 21 Aug 8 2005 pp 303312
`http www sci encedi rect coms ci encearti cl eB 6TF C4DXT7XR
`2263 c4b30ed5019368cbf0daal8e961915
`
`and
`
`82 Shifeng Li Pierre N Floriano Nicolaos Christodoulides David Y Fozdar Dongbing
`Shao Mehnaaz F Ali Priya Dharshan Sanghamitra Mohanty Dean Neikirk John T
`McDevitt and Shaochen Chen Disposable polydimethylsiloxanesilicon hybrid chips for
`protein detection Biosensors and Bioelectronics Vol 21 No 4 Oct 15 2005 pp 574
`580
`http www sci encedi rect coms ci encearti cl eB 6TF C4F9MTDX
`128723 de52f98adafle55f417c04de29cb
`
`83 Han S W Park Y S Neikirk D P Broadband infrared detection using Jaumann
`
`absorbers with genetic algorithm Electronics Letters v 41 n 24 Nov 24 2005 pp 1307
`1308
`
`84 Abu Yousef A Wood SL Pasupathy P and Neikirk DP Resonant Sensors for
`Research Record
`Corrosion in Concrete Bridges
`Detecting
`Transportation
`Transportation Research Board No 2201 December 2010 pp 1926
`
`and Dean Neikirk Microfabricated
`85 Sheng Zhang Praveenkumar Pasupathy
`self
`sensor
`and conductivity
`resonant structure as a passive wireless dielectric
`constant
`Heidelberg Issn 09467076 pp 17
`Springer Berlin
`Microsystem Technologies
`Doi 101007s00542 0111403y
`httpdxdoiorg101007s005420111403y
`
`86 Jong Yeon Park Praveen Pasupathy and Dean P Neikirk Wavelength Selective
`Microbolometers with Low Deformation Membranes Using a Planar Selfaligned
`be
`Process
`submitted
`considered
`the
`Journal
`of
`for
`in
`publication
`to
`MicroNanolithography MEMS and MOEMS JM3 April 2012
`
`87 Jeremiah Fasl Todd Helwig Sharon L Wood Praveen Pasupathy Dean P Neikirk
`Frank Raffaeli Factors Affecting Wireless Network Communication in Monitoring
`Systems for Steel Bridges Journal of Civil Structural Health Monitoring Volume 2 Issue
`2 September 2012 pp 8795
`
`88 JooYun Jung Jong Yeon Park Sangwook Han Aniruddha Weling and Dean P
`Neikirk Wavelength selective infrared Salisbury screen absorber APPLIED OPTICS
`Vol 53 No 1110 April 2014 pp 24312436
`
`14
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`89 Ignacio F Gallardo Praveenkumar Pasupathy Maxwell Brown Carol M Manhart
`Dean P Neikirk Eric Alani and Ilya J Finkelstein High Throughput Universal DNA
`Curtain Arrays for Single Molecule Fluorescence Imaging Langmuir Vol 3137 pp
`1031010317 Sept 12015 doi 101021acslangmuir5b02416
`
`90 Shixuan Yang YingChen Chen Luke Nicolini Praveenkumar Pasupathy
`Jacob
`Sacks Su Becky Russell Yang Sanchez Daniel YaoFeng Chang Pulin Wang David
`Schnyer Dean Neikirk and Nanshu Lu Cutand Paste Manufacture of Multiparametric
`Epidermal Sensor Systems Advanced Materials Vol 27 No 41 1112015 pp 6423
`6430
`
`91 Praveen Pasupathy Tanuj Trivedi Brad Leonhardt Sheng Zhang John G Ekerdt and
`Dean P Neikirk Miniature Passive Wireless Resonant Platform for Chemical Memory
`based Threshold Sensing IEEE Sensors Journal Volume 17 Issue 5 March 1 1 2017
`1210 DOI 101109JSEN20162646686
`pp 1209
`
`92 Jung JooYun Song Kyungjun Choi JunHyuk Lee Jihye Choi DaeGeun Jeong
`Jun Ho Neikirk Dean P Infrared broadband metasurface absorber for reducing the
`thermal mass of a microbolometer Scientific Reports Vol 7 No 430 March 27 2017
`8 pages 101038s41598 01700586x
`
`Brad Leonhardt Praveen Pasupathy Tanuj Trivedi Sheng Zhang Dean P Neikirk and
`John G Ekerdt Functionalized Polycyclic Aromatic Polymers for High Temperature
`Wireless Chemical Memory Threshold Sensors submitted to ACS Industrial
`Engineering Chemistry Research for review March 2017
`
`Tanuj Trivedi Anupam Roy Hema C P Movva Emily S Walker Seth R Bank Dean P
`Neikirk and Sanjay K Banerjee Versatile Large Area Custom Feature van der Waals
`Insulators reference number NM17041099
`Epitaxy of Topological
`Nature Materials for review April 4 2017
`
`submitted to
`
`Jong Yeon Park Praveen Pasupathy and Dean P Neikirk Wavelength Selective
`Microbolometers with Low Deformation Membranes Using a Planar Selfaligned
`Process in preparation
`
`Y Chen P Pasupathy and D P Neikirk Time frequency analysis of magneto inductive
`waves using WignerVille distribution in preparation
`
`Sheng Zhang Praveen Pasupathy Dean Neikirk Extension of Interdigitated Capacitor
`Sensor Model
`for Conductive Material Measurement
`in preparation
`
`Sheng Zhang Praveen Pasupathy Dean Neikirk Circuit model for estimating resonant
`frequency of inductively coupled self resonant sensor in preparation
`
`JooYun Jung and Dean Neikirk Wavelength selective infrared metasurface absorber for
`
`15
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`BioRad Exhibit 2002
`IPR201700054
`Page 15 of 47
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`multispectral thermal detection in preparation
`
`B Refereed Conference Proceedings
`1 D P Neikirk D B Rutledge MS Muha H Park and CX Yu Progress in
`MillimeterWa