Prof. Gabby Sarusi Research Group Publications

Refereed articles and refereed letters in scientific journals

	41. Fengyu Zhang, Chen Klein, Elena Longhi, Stephen Barlow, Marder Seth; Sarusi, Gabby; Antoine Kahn, “Mulecular reductant-induced control of a graphene-organic interface for electron injection” Chemical Material, http://dx.doi.org/10.1021/acs.chemmater.9b00566
	40. Elad Hechster^S, Daniel Amgar^S, Neta Arad-Vosk^S, Tal Binyamin^S, Amir Sa'ar^C, Lioz Etgar^C and Gabby Sarusi^PI “Electrical and optical characterization of PbS/TiO2 quantum dots based heterojunctions for SWIR light detection and its feasibility for PbS/TiO2-PeLED based up-conversion device” 2019 Mater. Res. Express https://doi.org/10.1088/2053-1591/ab0fb5
	39. Assi Solodar^S, Hadar Manis Levi^S, Gabby Sarusi^PI and Ibrahim Abdulhalim^PI “A Highly Sensitive Liquid Crystal Optically Addressed Spatial Light Modulator for Infrared to Visible Image Up-Conversion" Optics letters44,5,1269 (March 2019) https://doi.org/10.1364/OL.44.001269
	38. Chen KleinS, Doron Cohen-Elias^C and Gabby Sarusi^PI “As and P doping of single layer graphene using MOCVD reactor" Heliyon, 4,12, Dec. 2018 https://doi.org/10.1016/j.heliyon.2018.e01030
	37. Maxim Khabad^S, Mordehai Bar-Tal^C, Yitzhak Yitzhaky^PI and Gabby Sarusi^PI, High precision point of gaze estimation system based on corneal and retinal retro-reflections, Accepted for publication, International Journal of Science and Technology
	36. Hadar Manis-Levi, Tzvi Tempelman, Nitzan Maman, Rafi Shikler, Iris Visoly Fisher Yuval Golan and Gabby Sarsui “Electrical and optical characterization of extended SWIR detectors based on thin films of nano-columnar PbSe" Infrared Physics and Technology https://doi.org/10.1016/j.infrared.2018.09.029
	35. Nitzan Maman^P, Tzvi Templeman^S, Hadar Manis-Levi^S, Vladimir Ezersky^S, Gabby Sarusi^PI, Yuval Golan^PI and Iris Visoly-Fisher^PI "Post growth control of the interfacial oxide thickness in semiconductor-insulator-semiconductor junctions" Advanced Materials Interfaces 2018 5 1800231, https://doi.org/10.1002/admi.201800231
	34. N. Arad-Vosk^S, R. Beach^S, A. Ron^S, T. Templeman^S, Y. Golan^PI, G. Sarusi^PI and A. Sa'ar^PI"Infrared photoconductivity and photovoltaic response from nanoscale domains of PbS alloyed with thorium and oxygen" Nanotechnology, https://doi.org/10.1088/1361-6528/aaa85b January 2018.
	33 Tzvi Templeman^S,Sucheta Sengupta^P, Nitzan Maman^P, Eyal Bar-Or^C,Michael Shandalov^C, Vladimir Ezersky^S, Eyal Yahel^S, Gabby Sarusi^PI,Iris Visoly-Fisher^PIand Yuval Golan^PI, "Oriented Attachment: a Path to Columnar Morphology in Chemical Bath Deposited PbSe Thin Films" Accepted for publication in ACS - Crystal Growth & Design January 2018.
	32. Itai Kadosh^S, Gabby Sarusi^PI, "Optimization of a miniature short-wavelength infrared objective optics of a short-wavelength infrared to visible upconversion layer attached to a mobile-devices visible camera," Opt. Eng. 56(10), 105102 (2017), doi: 10.1117/1.OE.56.10.105102.
	31. Elad Hechster^S and Gabby Sarusi^PI (2017) "Prediction of the PbS quantum dots dielectric function by adjusting its bulk parameter in Lorentz oscillator model" Journal of Applied Physics 122, 024302 DOI:10.1063/1.4993123
	30. Tzvi Templeman^S, Michael Shandalov^C, Michael Schmidt^C,Amir Tal^S, Gabby Sarusi^PI, Eyal Yahel^C, Itzhak Kelson^C and Yuval Golan^PI (2017) " A New Approach for the Incorporation of Dilute Self-Irradiating Defects in Thin Films" Scientific Report- Nature Group, 7: 2780 \| DOI:10.1038/s41598-017-03150-9
	29. Vladimir Wittenberg^S, Michael Rosenblit^C and Gabby Sarusi^PI, (2017) Surface Plasmon Enhanced SWIR Absorption at the Ultra n-Doped substrate/PbSe Nanostructure Layer Interface, Journal of Infrared Physics and Technology, Volume 84, August 2017, Pages 43-49, dx.doi.org/10.1016/j. infrared 02.011
	28. Nimrod Nissim^S, Michael Rosenblit^C, and Gabby Sarusi^PI (2017)"Feasibility study of SWIR light absorption enhancement in PbS and PbSe nanostructure layers using surface plasmon polariton" AIP Advances 7, 035001; doi: 10.1063/1.4977744
	27. Tzvi Tempelman^S, Michael Shandalov^C, Vladimir Ezersky^S, Eyal Yahel^S, Gabby Sarusi^PI and Yuval Golan^PI, (2016) "Enhanced SWIR Absorption in Chemical Bath Deposited PbS Thin Films Alloyed with Thorium and Oxygen". RSC Adv.6(91), 88077-88084 DOI: 10.1039/C6RA21188G
	26. Elad Hechster^S, Arthur Shapiro^S, Efrat Lifshitz^PI and Gabby Sarusi^PI (2016) "Optical and electrical characterizations of a single step ion beam milling mesa devices of chloride passivated PbS colloidal quantum dots based film"., AIP Advances 6, 075117; http://dx.doi.org/10.1063/1.4960013
	25. Asi Solodar^S, T. Arun Kumar^PD, Gabby Sarusi^PI, and Ibrahim Abdulhalim^PI (2016) "Infrared to Visible Image up-conversion using Optically Addressed Spatial Light Modulator utilizing Liquid Crystal and InGaAs Photodiodes" Applied Physics Letters 01/2016;108(2):021103. DOI: 10.1063/1.4939903
	24. Mattan Arbel^S, Elad Hechster^S and Gabby Sarusi^PI (2016) "Electrical conduction mechanisms in PbSe and PbS nano crystals 3D matrix layer". AIP Advances 6(2):025314, DOI: 10.1063/1.4942425
	23. Elad Hechster^S, and Gabby Sarusi^PI. (2015) "Design and measurements of the absorption section of an up-conversion device based on PbSe quantum-dots. Optical Materials 50, 188-192. http://dx.doi.org/10.1016/j.optmat.2015.10.020.
	22. Tsofnat Safrani^S, Arun Kumar^PD, Matvey Kalbanov^S, Neta Arad-Vosk^S, Rotem Beach^S, Amir Sa’ar^PI, Ibrahim Abdulhalim^PI, Gabby Sarusi^PI and Yuval Golan^PI (2014) "Chemically Deposited PbS Thin Film Photo-Absorbing Layers for Optically Addressed Spatial Light Modulators" J. Mater. Chem. C, ,2, 9132-9140 DOI:10.1039/C4TC01571A.
	21. Noam Cohen^S, Gabby Sarusi^PI and Amir Saar^PI (2007) "LWIR/SWIR switchable two color device based on InP/InGaAs integrated HBT/QWIP", Infrared Physics and Technology 50, 253-259.
	20. N. Cohen^S, G. Mizrahi^C, Gabby Sarusi^PI and A. Sa'ar^PI (2005) "Integrated HBT/QWIP Structure for dual color imaging", Infrared Physics and technology 47, 43-52.
	19. Gabby Sarusi^PI, (2003)"QWIP or other alternative for third generation infrared systems" Journal of Infrared Physics and Technology, 44, 439-444.
	18. N. Cohen^S, A. Zussman^C and Gabby Sarusi^PI (2001) “A monolithic LWIR/NIR multispectral QWIP for night vision and see spot” Infrared Physics and Technology 42,391-396.
	17. Boaz Brill^C and Gabby Sarusi^PI (1998) “System Consideration in the Design of QWIP Based Thermal Imager” Intersubband Transitions in Quantum Wells: Physics and Devices p.p. 199-206, Kluwer Academy Publishers.
	16. S. D. Gnapala, J.K. Liu, J.S. Park^C, M. Sundaram^C, C.A. Shott^T and T. Holter^C, T.L. Lin^C S.T. Massie^C P.D. Marker^T and Gabby Sarusi^PI (1997) “9 micron cutoff 256x256 GaAs/AIGaAs Quantum Well Infrared Photodetector Hand-Held Camera” IEEE Trans. Elect. Devices 44,52.
	15. S. D. Gunapala^PI, J.S. Park^C, Gabby Sarusi^PI, T.L. Lin^C J.K. Liu^T, P.D. Marker^T, R.E. Muller^C, C.A. Shott^T and T. Holter^C (1997) “15 micron 128x128 GaAs/AIGaAs Quantum Well Infrared Photodetector Focal Plane Array Camera” IEEE Trans. Elect. Devices 44, 45.
	14. B. F. Levine^PI, J.D. Wynn^C, F.P. Klements^T and Gabby Sarusi^PD (1995) “1Gb/s Si high quantum efficiency monolithically integrable 0.88mm detector” Appl. Phys. Lett. 66(22), 2984.
	13. Gabby Sarusi^PI, B.F. Levine^PI, S.D. Gunapala^PI T.l. Lin^C, W.T. Pike^T, and J.K. Liu^T (1994) “Design and performances of very long wavelength Quantum well infrared photodetectors” J. of Appl. Physics 76,6001 (1994).
	12. S. D. Gunapala^PI, K.M.S.V. Bandara^C, B.F. Levine^PI, Gabby Sarusi^PI, J.S. Park^C, T.L. Lin^C, W.T. Pike^T, and J.K. Liu^T (1994) “High Performance InGaAs/InGaAs Quantum Well Infrared Photodetectors” Appl. Phys. Lett. 64, 3431.
	11. S. D. Gunapala^PI, B.F. Levine^PI K.M.S.V. Bandara^C, Gabby Sarusi^PI, D.L.Sivco^C and A.Y.Cho^PI (1994) “Very Long Wavelength InGaAs/GaAs Quantum Well Infrared Photodetectors” Appl. Phys. Lett. 64, 2288.
	10. K.S.M.V. Banadara^PD, B.F. Levine^PI, Gabby Sarusi^PD, R.E, Libenguth^C (1994) “Physics of single quantum well infrared photodetectors”, NATO ASI Series - Intersubband transition in Quantum Well. Kluwer Academic Publishers. p.p. 111.
	9. Gabby Sarusi^PD, B.F. Levine^PI, K.M.S.V. Bandara^PD, S. J. Pearton^C and R.E. Liebenguth^C, (1994) “Random Scattering Optical Couples for Quantum Well Infrared Photodetectors” NATO ASI Series Intersubband in Quantum Well. Kluwer Academic Publishers.p.p.1-12,.
	8. Gabby Sarusi^PD, B.F. Levine^PI, S.J. Pearton^C S.V. Bandara^PD and R.E. Liebenguth^C (1994) “Improved Performance of Quantum Well Infrared Photodetectors Using Random Scattering Optical Coupling” Appl. Physics Lett. 64, 960 (1994).
	7. Gabby Sarusi^PD, J.Y. Andersson^PI, B.F. Levine^PI, S.J. Pearton^C S.V. Bandara^PD and R.E. Liebenguth^C (1994) “Optimization of Two Dimensional Grating for very long Wavelength Quantum Well Infrared Photodetectors” J. Appl. Phys. 76, 4989
	6. Gabby Sarusi^S, A. Zemel^C, Ariel Sher^C, D. Eger^PI (1994) “Forward tunneling current in HgCdTe Photodiodes made on epitaxial layers grown by MOCVD and LPE” J. Appl. Phys. 76, 4420.
	5. Gabby Sarusi^S, A. Zemel^C, D. Eger^PI, S. Ron^T and Yoram Shapira^PI (1992) “Investigation of the bulk and surface electronic properties of HgCdTe epitaxial layers using Photoelectomagnetic, Hall, and Photoconductivity Measurements” J. Appl. Phys. 72(6), 2312.
	4. Gabby Sarusi^S, G. Cinader^c, A. Zemel^c, D. Eger^PI and Y. Shapira^PI (1992) “Application of CdTe Epitaxial layers for passivation of p-type HgCdTe” J. Appl. Phys. 71(10) 5070.
	3. Gabby Sarusi^S, D. Eger^PI, A. Zemel^c, N. Mainzer^c, R. Goshen^c, and E. Weiss^c (1990) “Degradation mechanisms of Gamma Irradiated LWIR HgCdTe photovoltaic detectors” IEEE Trans. Nucl. Science, Vol. 37,2042.
	2. Gabby Sarusi^S, A. Zemel^PI, D. Eger^c and Yoram Shapira^PI (1989) “Electrical and optical properties of Cu and Ga doped HgCdTe layers grown by LPE” J. Appl. Phys. 65,672.
	1. Gabby Sarusi^S, Y. Gefen^PI and J. Baram^PI (1986) “Acoustic emission and microstructure of thermally cycled Gd-Cu,” Philosophical Magazine A, 53,582.

Editorship of collective volumes

Gabby Sarusi, Anna Carbone, Sarath Gunapala and H.C. Liu, 2002, QWIP-2002, Journal of Infrared physics and Technology - special issue, Elsevier, 545 pages.

Gabby Sarusi, Sarath Gunapala, 2017, QSIP2016, Journal of Infrared physics and Technology - special issue, Elsevier, 256 pages.

Editor’s requested articles in magazines

1. S. D. Gunapala^PI, Gabby Sarusi^PI and B.F. Levine^C (1994) “Very long wavelength quantum well infrared photodetectors" Invited paper by Physics World Vol. 7 No. 12 p.p. 35 December 1994.

2. Sarath D Gunapala^PI, John K Liu^T, Jin S Park^C, Mani Sundaram^C, Craig A Shott^T, Ted Hoelter^C, True-Lon Lin^C, S.T. Massie^C, Paul D Maker^T, Richard E Muller^C and Gabby Sarusi^PI (1995) “9-microns Cutoff 256 x 256 GaAs/Al (x) Ga (1-x) As Quantum; Well Infrared Photodetector Hand-Held Camera" NASA Tech 19980216754.

3. Gabby Sarusi^PI (2002) “Detectors move toward third generation IR-systems viability" Laser Focus world, 38, p.p. 107 September.

Refereed chapters in collective volumes and conference proceedings

1. Gabby Sarusi^PI, “TADIR - a Second Generation 480x4 TDI FLIR" SPIE Vol. 3061 p.p. 673 (1997).

2. Boaz Brill and Gabby Sarusi^PI “QWIP Research and Development of 320x256 QWIP Arrays in El-Op" SPIE Vol. 3061 p.p. 781 (1997).

3. Gabby Sarusi^PI, Natan Ziv, J. Gaber, M. Lerner, Mark Schechterman and Avraham Friedenberg “ TADIR - High Resolution 480x4 TDI Thermal Imager" SPIE Vol. 3436, p.p. 194(1998).

4. Gabby Sarusi^PI and Boaz Brill “Development Of 320x320 QWIP based thermal Imager in El-Op" SPIE Vol. 3436, p.p. 240(1998).

5. Boaz Brill and Gabby Sarusi^PI “ System Evaluation of QWIP based Thermal Imager" SPIE Vol. 3436, p.p. 270(1998).

6. Gabby Sarusi^PI, Natan Ziv, Ofer Zioni, Yaakov Gaber, Mark Schechterman and Menachem Lerner ““TADIR – Production Version" High Resolution 480x6 TDI Thermal Imaging System" SPIE Vol. 3698, p.p. 427(1999).

7. Noam Cohen and Gabby Sarusi^PI "A monolithic two color QWIP for thermal imaging and SEE- SPOT" SPIE Proceeding 4369 (2001).

8. Gabby Sarusi^PI “Choosing IR Detector for Third Gen. Infrared Systems" SPIE Vol. 4532(2002).

9. Noam Cohen And Gabby Sarusi^PI "QWIP - from monochrome device towards Multispectral System", SPIE Proceeding 4820 (2002).

10. Noam Cohen and Gabby Sarusi^PI "Bias Controlled NIR/LWIR Based Structure for Night Vision and See-Spot", SPIE Proceeding 5074 (2003).

11. Gabby Sarusi^PI, Tzvi Tempelman, Elad Hechster, Iris Visoly-Fisher and Yuval Golan. "Architecture, development and implementation of a SWIR to visible integrated up-conversion imaging device". April 2016, DOI: 10.1117/12.2231526 Conference: SPIE Photonics Europe.