HR job title
- Retired Senior Professor
- Contact Info
- 1 979 845 7441
Eknoyan, Ohannes Professor
Positions
My research focuses on integrated optics/solid state.
- Overview
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Overview
Publications
selected publications
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academic article
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Sung, W. J., Kim, J., Madsen, C. K., & Eknoyan, O.
(2015).
Investigation of a polarization controller in Ti:LiNbO3 near 1530nm wavelength. Optics Communications.
335, 199-204.
-
Kim, J., Sung, W. J., Eknoyan, O., & Madsen, C. K.
(2013).
Linear photonic frequency discriminator on As₂S₃-ring-on-Ti:LiNbO₃ hybrid platform. Optics Express.
21(21), 24566-24573.
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Shin, Y., Sung, W. J., Eknoyan, O., Madsen, C. K., & Taylor, H. F.
(2012).
Polarization-independent rapidly tunable optical add-drop multiplexer utilizing non-polarizing beam splitters in Ti:LiNbO3. Optics Communications.
285(8), 2061-2066.
-
Rabelo, R. C., Eknoyan, O., & Taylor, H. F.
(2011).
Polarization-independent tunable spectral slicing filter in Ti:LiNbO3. 50(4), 562-570.
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Salas-Montiel, R., Solmaz, M. E., Eknoyan, O., & Madsen, C. K.
(2010).
Er-Doped Optical Waveguide Amplifiers in X-Cut Lithium Niobate by Selective Codiffusion. IEEE Photonics Technology Letters.
22(6), 362-364.
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Solmaz, M. E., Adams, D. B., Grover, S., Tan, W., Xia, X., Eknoyan, O., & Madsen, C. K.
(2009).
Compact Bends for Achieving Higher Integration Densities for LiNbO3 Waveguides. 21(9-12), 557-559.
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Shin, Y., Eknoyan, O., Madsen, C. K., & Taylor, H. F.
(2007).
Rapidly tunable optical add-drop multiplexer utilising relaxed beam splitters. Electronics Letters.
43(25), 1428-1430.
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Ping, Y., Eknoyan, O., Madsen, C. K., & Taylor, H. F.
(2007).
Programmable polarization-independent electrooptic matched bandpass filter utilizing symmetric branch beam splitters in Ti : LiNbO3. Journal of Lightwave Technology.
25(8), 2198-2205.
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Ping, Y., Eknoyan, O., & Taylor, H. F.
(2007).
Electro-optic polarization converter with programmable spectral output in lithium niobate. Optics Communications.
278(2), 307-311.
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Kim, R., Zhang, J., Eknoyan, O., Taylor, H. F., & Smith, T. L.
(2006).
Narrowband Bragg reflectors in Ti:LiNbO3 optical waveguides. Applied Optics.
45(20), 4927-4932.
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Kim, R., Zhang, J., Eknoyan, O., Taylor, H. F., & Smith, T. L.
(2005).
Fabry-Perot intensity modulator with integrated Bragg reflectors in Ti : LiNbO3. Electronics Letters.
41(22), 1220-1222.
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Kim, R., Zhang, J., Eknoyan, O., Taylor, H. F., & Smith, T. L.
(2005).
Distributed Bragg feedback intensity modulator in Ti : LiNbO3. Electronics Letters.
41(18), 1028-1030.
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Shin, Y., Eknoyan, O., & Taylor, H. F.
(2005).
Polarization dependence of the coupling ratio in LiTaO3 directional couplers. Applied Optics.
44(7), 1156-1159.
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Ping, Y., Eknoyan, O., & Taylor, H. F.
(2004).
Polarisation-independent tunable handpass filter utilising symmetric branch beam splitters. 40(15), 960-962.
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Taylor, H. F., & Eknoyan, O.
(2004).
Guided wave electrooptic and acoustooptic tunable filter apparatus and method. Journal of the Acoustical Society of America.
116(3), 1317-1317.
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Tang, P. S., Eknoyan, O., & Taylor, H. F.
(2003).
Rapidly tunable optical add-drop multiplexer (OADM) using a static-strain-induced grating in LiNbO3. 21(1), 236-245.
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Tang, P. H., Eknoyan, O., & Taylor, H. F.
(2002).
Rapidly tunable polarisation independent optical add drop multiplexer in Ti : LiNbO3. 38(5), 242-244.
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Gu, D., Eknoyan, O., & Taylor, H. F.
(2002).
Polarization dependence in Ti-diffused LiNbO3 directional couplers. Applied Optics.
41(1), 74-77.
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Jung, H. S., Eknoyan, O., & Taylor, H. F.
(2001).
Electro-optic intensity modulators at lambda=1.55 mu m utilizing strain-optic effects in LiNbO3. Optical Engineering.
40(8), 1499-1501.
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Taylor, H. F., & Eknoyan, O.
(2000).
Guided wave acousto-optic and electro-optic tunable filter designs with relaxed beam-splitter requirements. Applied Optics.
39(1), 124-128.
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Jung, H. S., Eknoyan, O., & Taylor, H. F.
(1999).
Wavelength tunable polarization mode converter utilizing strain-optic effects in Ti:LiNbO 3. Japanese Journal of Applied Physics.
38(12 A),
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Jung, H. S., Eknoyan, O., & Taylor, H. F.
(1999).
Wavelength tunable polarization rode converter utilizing strain-optic effects in Ti : LiNbO3. Japanese Journal of Applied Physics.
38(12A), L1406-L1408.
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Kwon, O., Eknoyan, O., Taylor, H. F., & Neurgaonkar, R. R.
(1999).
Low-voltage electro-optic modulator in SBN : 60. 35(3), 219-220.
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Eknoyan, O., Taylor, H. F., Marx, J. M., Tang, Z., & Neurgaonkar, R. R.
(1998).
Guided-wave electrooptic devices utilizing static strain induced effects in ferroelectrics. Ferroelectrics.
205(1-4), 147-158.
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Eknoyan, O., Taylor, H. F., Matous, W., Ottinger, T., & Neurgaonkar, R. R.
(1997).
Comparison of photorefractive damage effects in LiNbO3, LiTaO3, and Ba1-xSrxTiyNb2-yO6 optical waveguides at 488 nm wavelength. Applied Physics Letters.
71(21), 3051-3053.
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Marx, J. M., Eknoyan, O., Taylor, H. F., & Neurgaonkar, R. R.
(1996).
GHz-bandwidth optical intensity modulation in self-poled waveguides in strontium barium niobate (SBN). IEEE Photonics Technology Letters.
8(8), 1024-1025.
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Marx, J. M., Tang, Z., Eknoyan, O., Taylor, H. F., & Neurgaonkar, R. R.
(1995).
Low-loss strain induced optical waveguides in strontium barium niobate (Sr
0.6 Ba0.4 Nb2 O6 ) at 1.3 m wavelength. Applied Physics Letters. 274.
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MARX, J. M., EKNOYAN, O., TAYLOR, H. F., TANG, Z., & NEURGAONKAR, R. R.
(1995).
ELECTROOPTIC MODULATION AND SELF-POLING IN STRAIN-INDUCED WAVE-GUIDES IN BARIUM STRONTIUM-TITANATE NIOBATE. Applied Physics Letters.
67(10), 1381-1383.
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MARX, J. M., TANG, Z., EKNOYAN, O., TAYLOR, H. F., & NEURGAONKAR, R. R.
(1995).
LOW-LOSS STRAIN-INDUCED OPTICAL WAVE-GUIDES IN STRONTIUM BARIUM NIOBATE (SR0.6BA0.4NB2O6) AT 1.3-MU-M WAVELENGTH. Applied Physics Letters.
66(3), 274-276.
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Suzuki, T., Marx, J. M., Swenson, V. P., & Eknoyan, O.
(1994).
Optical waveguide Fabry-Perot modulators in LiNbO(3). 33(6), 1044-1046.
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TANG, Z., EKNOYAN, O., & TAYLOR, H. F.
(1994).
POLARIZATION-INDEPENDENT ELECTROOPTICALLY TUNABLE WAVELENGTH FILTER IN LITAO3. Electronics Letters.
30(21), 1758-1759.
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Suzuki, T., & Eknoyan, O.
(1993).
Characterization of the poling process in zinc diffused lithium tantalate optical waveguides. Ferroelectrics.
145(1), 119-123.
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SUZUKI, T., EKNOYAN, O., & TAYLOR, H. F.
(1993).
ELECTROOPTIC COEFFICIENT MEASUREMENTS IN LITAO3 AND LINBO3 WAVE-GUIDES. Journal of Lightwave Technology.
11(2), 285-289.
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TANG, Z., EKNOYAN, O., TAYLOR, H. F., & SWENSON, V. P.
(1993).
TUNABLE GUIDED-WAVE OPTICAL POLARIZATION CONVERTERS IN LITHIUM TANTALATE. Applied Physics Letters.
62(10), 1059-1061.
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TANG, Z., EKNOYAN, O., TAYLOR, H. F., & SWENSON, V. P.
(1992).
ELECTROOPTICALLY TUNABLE WAVELENGTH SELECTIVE POLARIZATION CONVERTER IN ZN LITAO3. Electronics Letters.
28(24), 2248-2250.
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EKNOYAN, O., TAYLOR, H. F., TANG, Z., SWENSON, V. P., & MARX, J. M.
(1992).
STRAIN INDUCED OPTICAL WAVE-GUIDES IN LITHIUM-NIOBATE, LITHIUM TANTALATE, AND BARIUM-TITANATE. Applied Physics Letters.
60(4), 407-409.
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EKNOYAN, O.
(1992).
Strain induced optical waveguides in lithium niobate, lithium tantalate, and barium titanate. 60, 407-409.
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EKNOYAN, O., SWENSON, V. P., QUINN, J. D., & NEURGAONKAR, R. R.
(1991).
LOW-VOLTAGE INTERFEROMETRIC MODULATOR IN ZINC-DIFFUSED STRONTIUM BARIUM NIOBATE (SBN-60). Applied Physics Letters.
59(1), 28-30.
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Eknoyan, O., & Taylor, H. F.
(1990).
Advanced Guided Wave Electro-Optical Switches
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JUNG, H. S., TAYLOR, H. F., & EKNOYAN, O.
(1990).
INTERFEROMETRIC POLARIZATION-INDEPENDENT MODULATOR IN LITAO3. Journal of Lightwave Technology.
8(10), 1452-1455.
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YOON, D. W., EKNOYAN, O., & TAYLOR, H. F.
(1990).
POLARIZATION-INDEPENDENT LITAO3 GUIDED-WAVE ELECTROOPTIC SWITCHES. Journal of Lightwave Technology.
8(2), 160-163.
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JUNG, H. S., EKNOYAN, O., & TAYLOR, H. F.
(1989).
ENHANCEMENT OF REFRACTIVE-INDEX IN TI-LITAO3 OPTICAL WAVE-GUIDES BY ZN VAPOR DIFFUSION. Journal of Lightwave Technology.
7(2), 390-392.
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YOON, D. W., & EKNOYAN, O.
(1988).
CHARACTERIZATION OF VAPOR DIFFUSED ZN-LITAO3 OPTICAL WAVE-GUIDES. Journal of Lightwave Technology.
6(6), 877-880.
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Eknoyan, O., Burns, W. K., Moeller, R. P., & Frigo, N. J.
(1988).
Broadband LiTaO(3) guided-wave TE-TM mode converter. 27(1), 114-117.
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Bulmer, C. H., Eknoyan, O., Taylor, H. F., Greenblatt, A. S., Beach, L. A., & Neurgaonkar, R. R.
(1987).
Formation And Properties Of Optical Waveguides In Strontium Barium Niobate (Sbn:60). 0704, 208-213.
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EKNOYAN, O., YOON, D. W., & TAYLOR, H. F.
(1987).
LOW-LOSS OPTICAL WAVE-GUIDES IN LITHIUM TANTALATE BY VAPOR DIFFUSION. Applied Physics Letters.
51(6), 384-386.
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EKNOYAN, O., BULMER, C. H., MOELLER, R. P., BURNS, W. K., & LEVIN, K. H.
(1986).
GUIDED-WAVE ELECTROOPTIC MODULATOR IN TI-LINBO3 AT LAMBDA=2.6 MU-M. Journal of Applied Physics.
59(8), 2993-2995.
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EKNOYAN, O., MOELLER, R. P., BURNS, W. K., TRAN, D. C., & LEVIN, K. H.
(1986).
TRANSMISSION PROPERTIES OF 2.55 MU-M FLUORIDE GLASS-FIBER. Electronics Letters.
22(14), 752-753.
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EKNOYAN, O., BULMER, C. H., TAYLOR, H. F., BURNS, W. K., GREENBLATT, A. S., BEACH, L. A., & NEURGAONKAR, R. R.
(1986).
VAPOR DIFFUSED OPTICAL WAVE-GUIDES IN STRONTIUM BARIUM NIOBATE (SBN-60). Applied Physics Letters.
48(1), 13-15.
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JOHNSON, R. H., & EKNOYAN, O.
(1985).
HIGH-FIELD ELECTRON-DRIFT VELOCITY-MEASUREMENTS IN GALLIUM-PHOSPHIDE. Journal of Applied Physics.
58(3), 1402-1403.
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KAO, Y. C., & EKNOYAN, O.
(1983).
RESISTIVITY AND MOBILITY OF GAP AT 300-K. 30(7), 855-857.
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KAO, Y. C., & EKNOYAN, O.
(1983).
ELECTRON AND HOLE CARRIER MOBILITIES FOR LIQUID-PHASE EPITAXIALLY GROWN GAP IN THE TEMPERATURE-RANGE 200-K-550-K. Journal of Applied Physics.
54(5), 2468-2471.
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KAO, Y. C., & EKNOYAN, O.
(1983).
THICKNESS OF GAP LIQUID-PHASE EPITAXIAL LAYERS GROWN BY STEP-COOLING, EQUILIBRIUM-COOLING, AND RAMP-COOLING METHODS. Journal of Applied Physics.
54(4), 1865-1867.
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WEICHOLD, M. H., EKNOYAN, O., & KAO, Y. C.
(1982).
A GAP MESFET FOR HIGH-TEMPERATURE APPLICATIONS. IEEE Transactions on Components, Hybrids and Manufacturing Technology.
5(4), 342-344.
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WEICHOLD, M. H., EKNOYAN, O., & KAO, Y. C.
(1982).
A HIGH-TEMPERATURE GAP MESFET. Electron Device Letters.
3(11), 344-346.
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WEICHOLD, M. H., EKNOYAN, O., & KAO, Y. C.
(1982).
HIGH TEMPERATURE GAP MESFET. Electron Device Letters.
V EDL-3(N 11), 344-346.
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Weichold, M. H., Eknoyan, O., & Coquat, J. A.
(1981).
GaP SCHOTTKY DIODES FOR HIGH TEMPERATURE APPLICATIONS. Electronic Components and Technology Conference.
323-327.
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Simpson, D., & Eknoyan, O.
(1981).
VERTICAL V-GROOVE JUNCTION FIELD EFFECT TRANSISTORS FOR POWER APPLICATIONS. Electronic Components and Technology Conference.
320-322.
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Coquat, J. A., Palmer, D. W., Eknoyan, O., & Van der Hoeven, W. B.
(1980).
GaAs OHMIC CONTACTS FOR HIGH TEMPERATURE DEVICES. Electronic Components and Technology Conference.
55-60.
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EKNOYAN, O., KEMERLEY, R. T., & HOURANI, S. M.
(1979).
ADMITTANCE BEHAVIOR OF LOW-HIGH-LOW GAAS SCHOTTKY IMPATT DIODES. 2(2), 254-257.
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Eknoyan, O.
(1979).
Admittance Behavior in GaAs Schottky IMPATT Diodes. Electronic Components and Technology Conference.
28 th, 433-434.
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EKNOYAN, O., SZE, S. M., & YANG, E. S.
(1977).
MICROWAVE BARITT DIODE WITH RETARDING-FIELD - INVESTIGATION. Solid-State Electronics.
20(4), 285-289.
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EKNOYAN, O., YANG, E. S., & SZE, S. M.
(1977).
MULTILAYERED ION-IMPLANTED BARITT DIODES WITH IMPROVED EFFICIENCY. Solid-State Electronics.
20(4), 291-295.
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EKNOYAN, O.
(1977).
GENERALIZED SMALL-SIGNAL IMPEDANCE FOR MICROWAVE BARITT DIODES. Proceedings of the IEEE.
65(3), 490-491.
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EKNOYAN, O., SZE, S. M., YANG, E. S., & RYDER, R. M.
(1975).
IMPROVED EFFICIENCY MICROWAVE BARITT OSCILLATORS BY DELAYED INJECTION. Proceedings of the IEEE.
63(11), 1620-1621.
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Eknoyan, O., Greenblatt, A. S., Burns, W. K., & Bulmer, C. H.
Characterization of Ti:LiNbO3 deep waveguides diffused in dry and wet oxygen ambient. Applied Optics.
25(5), 737-739.
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Sung, W. J., Kim, J., Madsen, C. K., & Eknoyan, O.
(2015).
Investigation of a polarization controller in Ti:LiNbO3 near 1530nm wavelength. Optics Communications.
335, 199-204.
-
chapter
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Kirschman, R.
(2009).
A GaP MESFET for High Temperature Applications. High-Temperature Electronics.
(pp. 430-432).
Institute of Electrical and Electronics Engineers (IEEE).
-
Kirschman, R.
(2009).
Gallium Phosphide DevicesThis work was sponsored by Sandia Laboratory for the division of Geothermal Energy, U.S. Department of Energy. High-Temperature Electronics.
(pp. 582-585).
Institute of Electrical and Electronics Engineers (IEEE).
-
Kirschman, R.
(2009).
A GaP MESFET for High Temperature Applications. High-Temperature Electronics.
(pp. 430-432).
Institute of Electrical and Electronics Engineers (IEEE).
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conference paper
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Ali, J., & Eknoyan, O.
(2017).
Electro-Absorption plasmonic modulator in lithium niobate. 89-90.
-
Solmaz, M. E., Adams, D. B., Grover, S., Tan, W., Xia, X., Eknoyan, O., & Madsen, C. K.
(2009).
First Demonstration of an As(2)S(3)-on-LiNbO(3) Ring Resonator. 2927-2929.
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Solmaz, M. E., Adams, D. B., Grover, S., Tan, W., Xia, X., Eknoyan, O., & Madsen, C. K.
(2009).
First Demonstration of an As2S3-on-LiNbO3 Ring Resonator. owv7.
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Rabelo, R. C., Eknoyan, O., & Taylor, H. F.
(2009).
Tunable spectral slicing filter utilizing sparse grating in Ti:LiNbO3. Proceedings of SPIE.
72180f-72180f-11.
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Solmaz, M. E., Adams, D. B., Grover, S., Tan, W. C., Xia, X., Eknoyan, O., & Madsen, C. K.
(2009).
First demonstration of an As
2 S3 -on-LiNbO3 ring resonator
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Shin, Y., Eknoyan, O., Madsen, C. K., & Taylor, H. F.
(2008).
Rapidly tunable optical add drop multiplexer in Ti : LiNbO3 utilizing non-polarizing beam splitters. 2750-2752.
-
Ping, Y., Eknoyan, O., Madsen, C. K., & Taylor, H. F.
(2007).
Programmable Polarization-Independent Electrooptically Matched Bandpass Filter in Ti: LiNbO3. Optics InfoBase Conference Papers.
1-3.
-
Ping, Y., Eknoyan, O., Madsen, C. K., & Taylor, H. F.
(2007).
Programmable Polarization-Independent Electrooptically Matched Bandpass Filter in Ti:LiNbO
3
-
Kim, R., Zhang, J., Eknoyan, O., Taylor, H. F., & Smith, T. L.
(2007).
Narrowband Bragg reflectors in Ti : LiNbO3 optical waveguides and implantation to optical modulators. Proceedings of SPIE.
64750e-64750e-10.
-
Xie, Z., Ragsdale, J., Atkins, R., Taylor, H. F., & Eknoyan, O.
(2006).
Feasibility investigation of Fabry-Perot Interferometer as Weigh-in-Motion Sensor. Optics InfoBase Conference Papers.
tue58.
-
Ping, Y., Eknoyan, O., & Taylor, H. F.
(2004).
Polarization-independent tunable bandpass filter in Ti:LiNb0 3 utilizing symmetric branch beam splitters. 188-190.
-
Ping, Y., Eknoyan, O., & Taylor, H. F.
(2004).
Polarization-independent tunable bandpass filter in Ti:LiNbO3 utilizing symmetric branch beam splitters. OSA Trends in Optics and Photonics Series.
188-190.
-
Eknoyan, O., Tang, P. S., & Taylor, H. F.
(2003).
Guided-wave electro-optic tunable add drop multiplexer in Ti : LiNbO3. Proceedings of SPIE.
169-177.
-
Tang, P., Eknoyan, O., & Taylor, H. E.
(2002).
Low Loss Rapidly Tunable Optical Add Drop Multiplexer in Ti: Linb03. 190-192.
-
EKNOYAN, O., & TAYLOR, H. F.
(1995).
Electrooptic tunable filters for WDM networks. 17-24.
-
Tang, Z., Taylor, H. F., Eknoyan, O., & Swenson, V. P.
(1993).
Tunable guided-wave optical polarization converters using static strain-induced mode coupling in lithium tantalate. fb2.
-
Eknoyan, O., Taylor, H. F., Tang, Z., Swenson, V. P., & Marx, J. M.
(1992).
STRAIN INDUCED OPTICAL WAVEGUIDING AND POLARIZATION CONVERSION IN FERROELECTRIC SUBSTRATES. mb2.
-
Taylor, H. F., Eknoyan, O., Park, C. S., Choi, K. N., & Chang, K.
(1990).
Traveling-wave photodetectors. Proceedings of SPIE.
59-63.
-
Eknoyan, O., Burns, W. K., & Moeller, R. P.
(1985).
BROADBAND LiTaO//3 GUIDED-WAVE MODE CONVERTOR/FREQUENCY SHIFTER. 851-854.
-
Eknoyan, O., Moeller, R. P., Bulmer, C. H., Burns, W. K., Levin, K. H., Tran, D. C., & Sigel, G. H.
(1985).
DATA TRANSMISSION IN FLUORIDE-GLASS FIBER AT X equals 2. 6 mu m. 743-746.
-
Eknoyan, O., Van Der Hoeven, W., Richardson, T., & Porter, W. A.
(1980).
Laser-Annealed Gap Ohmic Contacts for High-Temperature Devices*. MRS Advances.
289-294.
-
EKNOYAN, O., YANG, E. S., & SZE, S. M.
(1975).
EFFICIENT MICROWAVE OSCILLATION IN A MULTILAYERED BARITT DIODE STRUCTURE. IEEE Transactions on Electron Devices.
1066-1066.
-
Ali, J., & Eknoyan, O.
(2017).
Electro-Absorption plasmonic modulator in lithium niobate. 89-90.
-
patent
-
Taylor, H., & Eknoyan, O.
(2004).
Tunable electrooptic add-drop filter apparatus and method
-
Taylor, H., & Eknoyan, O.
(2004).
Guided wave electrooptic and acoustooptic tunable filter apparatus and method
-
Taylor, H., & Eknoyan, O.
(2004).
Tunable electrooptic add-drop filter apparatus and method
Teaching
teaching activities
- ECEN370 Elec Props Of Matls Instructor
- ECEN462 Optical Comm Systems Instructor
- ECEN675 Integrated Optoelectrncs Instructor
- ECEN684 Professional Internship Instructor
- ECEN691 Research Instructor
Works By Students
chaired theses and dissertations
-
Ali, Javed (2017-07). Electro-Absorption Modulator in Lithium Niobate.
-
Bae, Taehan (2006-10). Fiber optic sensing technology for measuring in-cylinder pressure in automotive engines.
-
Kim, Jae Hyun (2013-04). Novel Birefringent Frequency Discriminator for Microwave Photonic Links.
-
Kim, Ryoung-Han (2006-04). Design and fabrication of highly efficient electrooptic modulators using bragg grating reflectors.
-
Liu, Chao (2006-10). Optical modeling and resist metrology for deep-UV photolithography.
-
Park, Kyongtae (2005-11). Fiber optic compass development.
-
Ping, Yang (2004-09). Two-port polarization independent electro-optically tunable wavelength filter in lithium niobate.
-
Ping, Yang (2009-05). Programmable two-port polarization independent electro-optically tunable wavelength filter in lithium niobate.
-
Rabelo, Renato Cunha (2009-05). Spectral slicing filters in titanium diffused lithium niobate (ti:linbo3).
-
Shin, Yong-Wook (2009-05). Electro-optically tunable polarization independent add drop filter with relaxed beam splitter in linbo3.
-
Suh, Jae Woo (2011-02). Selectively Erbium Doped Titanium Diffused Optical Waveguide Amplifiers in Lithium Niobate.
-
Sung, Won Ju (2013-12). Investigation of a Polarization Controller in Titanium Diffused Lithium Niobate Waveguide near 1530 nm Wavelength.
-
Vandrasi, Vivek (2011-10). Optical Filter Design: Gain Analysis and Tolerance Analysis.
-
Wan, Xiaoke (2004-09). The monitoring and multiplexing of fiber optic sensors using chirped laser sources.
-
Webb, Jacob Douglas (2011-08). Fabrication of Annealed Proton-Exchanged Waveguides for Vertical Integration.
-
Xie, Zhaoxia (2009-05). Two applications of the Fabry-Perot interferometric sensor.
Background
education and training
Contact
first name
- Ohannes
has last name
- Eknoyan
mailing address
-
Texas A&M University
Electrical Engineering
3128 TAMU
College Station, TX 77843-3128
USA
Other
- eknoyan@tamu.edu