Publications

Publications

  1. Kashiwagi K., Tassinari F., Haraguchi T., Banerjee-Gosh K., Akitsu T. &Amp; Naaman R. (2020) Electron Transfer Via Helical Oligopeptide to Laccase Including Chiral Schiff Base Copper Mediators. Symmetry, 12
  2. Naaman R. &Amp; Waldeck D. H. (2020) Comment on "Spin-Dependent Electron Transmission Model For Chiral Molecules in Mesoscopic Devices". Physical Review B, 101
  3. Kulkarni C., Mondal A. K., Das T. K., Grinbom G., Tassinari F., Mabesoone M. F., Meijer E. W. &Amp; Naaman R. (2020) Highly Efficient and Tunable Filtering of Electrons' Spin by Supramolecular Chirality of Nanofiber-Based Materials. Advanced Materials,
  4. Naaman R., Waldeck D. H. &Amp; Paltiel Y. (2019) Chiral Molecules-Ferromagnetic Interfaces, an Approach Towards Spin Controlled Interactions. Applied Physics Letters, 115
  5. Abendroth J. M., Stemer D. M., Bloom B. P., Roy P., Naaman R., Waldeck D. H., Weiss P. S. &Amp; Mondal P. C. (2019) Spin Selectivity in Photoinduced Charge-Transfer Mediated by Chiral Molecules. ACS Nano, 13:4928-4946
  6. Ghosh K. B., Zhang W., Tassinari F., Mastai Y., Lidor-Shaley O., Naaman R., Moellers P., Nuerenberg D., Zacharias H., Wei J., Wierzbinski E. &Amp; Waldeck D. H. (2019) Controlling Chemical Selectivity in Electrocatalysis With Chiral Cuo-Coated Electrodes. Journal of Physical Chemistry C, 123:3024-3031
  7. Koplovitz G., Leitus G., Ghosh S., Bloom B. P., Yochelis S., Rotem D., Vischio F., Striccoli M., Fanizza E., Naaman R., Waldeck D. H., Porath D. &Amp; Paltiel Y. (2019) Single Domain 10 nm Ferromagnetism Imprinted on Superparamagnetic Nanoparticles Using Chiral Molecules. Small, 15
  8. Smolinsky E. Z. B., Neubauer A., Kumar A., Yochelis S., Capua E., Carmieli R., Paltiel Y., Naaman R. &Amp; Michaeli K. (2019) Electric Field-Controlled Magnetization in Gaas/Algaas Heterostructures-Chiral Organic Molecules Hybrids. Journal of Physical Chemistry Letters, 10:1139-1145
  9. Metzger T. S., Mishra S., Bloom B. P., Goren N., Neubauer A., Shmul G., Wei J., Yochelis S., Tassinari F., Fontanesi C., Waldeck D. H., Paltiel Y. &Amp; Naaman R. (2019) The Electron Spin as a Chiral Reagent. Angewandte Chemie - International Edition, 58
  10. Tassinari F., Steidel J., Paltiel S., Fontanesi C., Lahav M., Paltiel Y. &Amp; Naaman R. (2019) Enantioseparation by Crystallization Using Magnetic Substrates. Chemical Science, 10:5246-5250
  11. Zhang W., Banerjee-Ghosh K., Tassinari F. &Amp; Naaman R. (2018) Enhanced Electrochemical Water Splitting With Chiral Molecule-Coated Fe3o4 Nanoparticles. Acs Energy Letters, 3:2308-2313
  12. Fontanesi C., Capua E., Paltiel Y., Waldeck D. H. &Amp; Naaman R. (2018) Spin-Dependent Processes Measured Without a Permanent Magnet. Advanced Materials, 30
  13. Naaman R., Paltiel Y. &Amp; Waldeck D. H. (2018) Chirality and Spin: a Different Perspective on Enantioselective Interactions. Chimia, 72:394-398
  14. Banerjee-Ghosh K., Ben Dor O., Tassinari F., Capua E., Yochelis S., Capua A., Yang S. H., Parkin S. S., Sarkar S., Kronik L., Baczewski L. T., Naaman R. &Amp; Paltiel Y. (2018) Separation of Enantiomers by their Enantiospecific Interaction With Achiral Magnetic Substrates. Science, 360:1331-1334
  15. Al-Bustami H., Koplovitz G., Primc D., Yochelis S., Capua E., Porath D., Naaman R. &Amp; Paltiel Y. (2018) Single Nanoparticle Magnetic Spin Memristor. Small, 14
  16. Tassinari F., Jayarathna D. R., Kantor-Uriel N., Davis K. L., Varade V., Achim C. &Amp; Naaman R. (2018) Chirality Dependent Charge Transfer Rate in Oligopeptides. Advanced Materials, 30
  17. Kumar A., Capua E., Fontanesi C., Carmieli R. &Amp; Naaman R. (2018) Injection of Spin-Polarized Electrons Into a Algan/Gan Device From an Electrochemical Cell: Evidence For an Extremely Long Spin Lifetime. ACS Nano, 12:3892-3897
  18. Naaman R. &Amp; Waldeck D. H. (2018) The Chiral Induced Spin Selectivity (Ciss) Effect. [DOI]
  19. Kiran V., Cohen S. R. &Amp; Naaman R. (2017) Structure Dependent Spin Selectivity in Electron Transport Through Oligopeptides. J. Chem. Phys., 146
  20. Ben Dor D. O., Yochelis S., Radko A., Vankayala K., Capua E., Capua A., Yang S., Baczewski L. T., Parkin S. S. P., Naaman R. &Amp; Paltiel Y. (2017) Magnetization Switching in Ferromagnets by Adsorbed Chiral Molecules Without Current or External Magnetic Field. Nature Communications, 8
  21. Di Nuzzo D., Kulkarni C., Zhao B., Smolinsky E., Tassinar F., Meskers S. C. J., Naaman R., Meijer E. W. &Amp; Friend R. H. (2017) High Circular Polarization of Electroluminescence Achieved Via Self-Assembly of a Light-Emitting Chiral Conjugated Polymer Into Multidomain Cholesteric Films. ACS Nano, 11:12713-12722
  22. Kolker Baravik I., Capua E., Ainbinder E. &Amp; Naaman R. (2017) Sensing Cellular Metabolic Activity Via a Molecular-Controlled Semiconductor Resistor. Acs Omega, 2:8550-8556
  23. Michaeli K., Kantor N., Naaman R. &Amp; Waldeck D. H. (2016) The Electron's Spin and Molecular Chirality - How Are they Related and How do they Affect Life Processes?. Chemical Society Reviews,
  24. Roy P., Kantor-Uriel N., Mishra D., Dutta S., Friedman N., Sheves M. &Amp; Naaman R. (2016) Spin Selective Charge Transport Through Cysteine Capped Cdse Quantum Dots. Nano Letters, 16:4583-4589
  25. Eckshtain-Levi M., Capua E., Refaely-Abramson S., Sarkar S., Gavrilov Y., Mathew S. P., Paltiel Y., Levy Y., Kronik L. &Amp; Naaman R. (2016) Cold Denaturation Induces Inversion of Dipole and Spin Transfer in Chiral Peptide Monolayers. Nature Communications, 7
  26. Eckshtain-Levi M., Capua E., Paltiel Y. &Amp; Naaman R. (2016) Hybrid Sensor Based on Aigan/Gan Molecular Controlled Device. Sensors, 1:185-189
  27. Carmeli I., Kumar K. S., Heifler O., Carmeli C. &Amp; Naaman R. (2016) Spin-Dependent Transport Through a Chiral Molecule in the Presence of Spin-Orbit Interaction and Nonunitary Effects. Physical Review B, 93
  28. Mondal P. C., Roy P., Kim D., Fullerton E. E., Cohen H. &Amp; Naaman R. (2016) Photospintronics: Magnetic Field-Controlled Photoemission and Light-Controlled Spin Transport in Hybrid Chiral Oligopeptide-Nanoparticle Structures.. Nano Letters, 16:2806-2811
  29. Roy P., Kantor-Uriel N., Mishra D., Dutta S., Friedman N., Sheves M. &Amp; Naaman R. (2016) Spin-Controlled Photoluminescence in Hybrid Nanoarticles Purple Membrane System. ACS Nano, 10:4525-4531
  30. Mondal P. C., Fontanesi C., Waldeck D. H. &Amp; Naaman R. (2015) Field and Chirality Effects on Electrochemical Charge Transfer Rates: Spin Dependent Electrochemistry. ACS Nano, 9:3377-3384
  31. Fontanesi C., Tassinari F., Parenti F., Cohen H., Mondal P. C., Kiran V., Giglia A., Pasquali L. &Amp; Naaman R. (2015) New One-Step Thiol Functionalization Procedure For ni by Self-Assembled Monolayers. LangmuIR, 31:3546-3552
  32. Kantor-Uriel N., Roy P., Saris S., Kiran V., Waldeck D. &Amp; Naaman R. (2015) Evidence For Enhanced Electron Transfer by Multiple Contacts Between Self-Assembled Organic Monolayers and Semiconductor Nanoparticles. Journal of Physical Chemistry C, 119:15839-15845
  33. Naaman R. &Amp; Waldeck D. H. (2015) Chiral Supramolecular Structures as Spin Filters. Rsc Smart Materials, 2015-January:203-225
  34. Einati H., Mishra D., Friedman N., Sheves M. &Amp; Naaman R. (2015) Light-Controlled Spin Filtering in Bacteriorhodopsin. Nano Letters, 15:1052-1056
  35. Mathew S. P., Mondal P. C., Moshe H., Mastai Y. &Amp; Naaman R. (2014) Non-Magnetic Organic/Inorganic Spin Injector at Room Temperature. Applied Physics Letters, 105
  36. Tassinari F., Mathew S. P., Fontanesi C., Schenetti L. &Amp; Naaman R. (2014) Electric-Field-Driven Alignment of Chiral Conductive Polymer Thin Films. LangmuIR, 30:4838-4843
  37. Rosenberg R. A., Symonds J. M., Kalyanaraman V., Markus T., Orlando T. M., Naaman R., Medina E. A., Lopez F. A. &Amp; Mujica V. (2013) Kinetic Energy Dependence of Spin Filtering of Electrons Transmitted Through Organized Layers of DNA. Journal of Physical Chemistry C, 117:22307-22313
  38. Van Der Molen D. M. S. J., Naaman R., Scheer E., Neaton J. B., Nitzan A., Natelson D., Tao N. J., Van Der Zant D. Z. H., Mayor M., Ruben M., Reed M. &Amp; Calame M. (2013) Visions For a Molecular Future. Nature Nanotechnology, 8:385-389
  39. Ben Dor D. O., Yochelis S., Mathew S. P., Naaman R. &Amp; Paltiel Y. (2013) A Chiral-Based Magnetic Memory Device Without a Permanent Magnet. Nature Communications, 4
  40. Kumar K. S. &Amp; Naaman R. (2012) Quantitative Analysis and Characterization of Self-Assembled Dna on a Silver Surface. LangmuIR, 28:14514-14517
  41. Katzir E., Yochelis S., Zeides F., Katz N., Kalcheim Y., Millo O., Leitus G., Myasodeyov Y., Shapiro B. Y., Naaman R. &Amp; Paltiel Y. (2012) Increased Superconducting Transition Temperature of a Niobium Thin Film Proximity Coupled to Gold Nanoparticles Using Linking Organic Molecules. Physical Review Letters, 108
  42. Bavli D., Tkachev M., Piwonski H., Capua E., De Albuquerque A. I., Bensimon D., Haran G. &Amp; Naaman R. (2012) Detection and Quantification Through a Lipid Membrane Using the Molecularly Controlled Semiconductor Resistor. LangmuIR, 28:1020-1028
  43. Gutierrez R., Diaz E., Naaman R. &Amp; Cuniberti G. (2012) Spin-Selective Transport Through Helical Molecular Systems. Physical Review B, 85
  44. Wang Y., Xie Z., Gotesman G., Wang L., Bloom B. P., Markus T. Z., Oron D., Naaman R. &Amp; Waldeck D. H. (2012) Determination of the Electronic Energetics of Cdte Nanoparticle Assemblies on au Electrodes by Photoemission, Electrochemical, and Photocurrent Studies. Journal of Physical Chemistry C, 116:17464-17472
  45. Xie Z., Markus T. Z., Cohen S., Vager Z., Gutierrez R. &Amp; Naaman R. (2011) Spin Specific Electron Conduction Through Dna Oligomers. Nano Letters, 11:4652-4655
  46. Xie Z., Markus T. Z., Gotesman G., Deutsch Z., Oron D. &Amp; Naaman R. (2011) How Isolated Are the Electronic States of the Core in Core/Shell Nanoparticles?. ACS Nano, 5:863-869
  47. Goehler B., Hamelbeck V., Markus T. Z., Kettner M., Hanne G. F., Vager Z., Naaman R. &Amp; Zacharias H. (2011) Spin Selectivity in Electron Transmission Through Self-Assembled Monolayers of Double-Stranded DNA. Science, 331:894-897
  48. Aqua T., Cohen H., Sinai O., Frydman V., Bendikov T., Krepel D., Hod O., Kronik L. &Amp; Naaman R. (2011) Role of Backbone Charge Rearrangement in the Bond-Dipole and Work Function of Molecular Monolayers. Journal of Physical Chemistry C, 115:24888-24892
  49. Bardea A., Burshtein N., Rudich Y., Salame T., Ziv C., Yarden O. &Amp; Naaman R. (2011) Sensitive Detection and Identification of Dna and Rna Using a Patterned Capillary Tube. Analytical Chemistry, 83:9418-9423
  50. Beratan D. N., Naaman R. &Amp; Waldeck D. H. (2011) Electronic and Magnetic Properties of Chiral Molecules and Supramolecular Architectures. [DOI]
  51. Naaman R. &Amp; Vager Z. (2011) Spin Selective Electron Transmission Through Monolayers of Chiral Molecules. [DOI]
  52. Naaman R. &Amp; Vager Z. (2010) Cooperative Electronic and Magnetic Properties of Self-Assembled Monolayers. Mrs Bulletin, 35:429-434
  53. Kumar T. A., Bardea A., Shai Y., Yoffe A. &Amp; Naaman R. (2010) Patterning Gradient Properties From Sub-Micrometers to Millimeters by Magnetolithography. Nano Letters, 10:2262-2267
  54. Paltiel Y., Jung G., Aqua T., Mocatta D., Banin U. &Amp; Naaman R. (2010) Collective Effects in Charge Transfer Within a Hybrid Organic-Inorganic System. Physical Review Letters, 104
  55. Kopnov G., Umansky V. Y., Cohen H., Shahar D. &Amp; Naaman R. (2010) Effect of the Surface on the Electronic Properties of a Two-Dimensional Electron Gas as Measured by the Quantum Hall Effect. Physical Review B, 81
  56. Bardea A. &Amp; Naaman R. (2010) Magnetolithography. From the Bottom-up Route to High Throughput. [DOI]
  57. Pachon L. D., Yosef I., Markus T. Z., Naaman R., Avnir D. &Amp; Rothenberg G. (2009) Chiral Imprinting of Palladium With Cinchona Alkaloids. Nature Chemistry, 1:160-164
  58. Bardea A. &Amp; Naaman R. (2009) Submicrometer Chemical Patterning With High Throughput Using Magnetolithography. LangmuIR, 25:5451-5454
  59. Grace P. J., Venkatesan M., Alaria J., Coey J. M. D., Kopnov G. &Amp; Naaman R. (2009) The Origin of the Magnetism of Etched Silicon. Advanced Materials, 21:71-74
  60. Bardea A. &Amp; Naaman R. (2009) Magnetolithography: From Bottom-up Route to High Throughput. Small, 5:316-319
  61. Markus T. Z., Wu M., Wang L., Waldeck D. H., Oron D. &Amp; Naaman R. (2009) Electronic Structure of Cdse Nanoparticles Adsorbed on au Electrodes by an Organic Linker: Fermi Level Pinning of the Homo. Journal of Physical Chemistry C, 113:14200-14206
  62. Peled D., Daube S. S. &Amp; Naaman R. (2008) Selective Enzymatic Labeling to Detect Packing-Induced Denaturation of Double-Stranded Dna at Interfaces. LangmuIR, 24:11842-11846
  63. Aqua T., Naaman R., Aharoni A., Banin U. &Amp; Paltiel Y. (2008) Hybrid Nanocrystals-Organic-Semiconductor Light Sensor. Applied Physics Letters, 92
  64. Diamant G., Halahmi E., Kronik L., Levy J., Naaman R. &Amp; Roulston J. (2008) Integrated Circuits Based on Nanoscale Vacuum Phototubes. Applied Physics Letters, 92
  65. Vilar M. R., Do Rego R. A. M. B., Ferraria A. M., Jugnet Y., Nogues C., Peled D. &Amp; Naaman R. (2008) Interaction of Self-Assembled Monolayers of Dna With Electrons: Hreels and Xps Studies. Journal of Physical Chemistry B, 112:6957-6964
  66. Gotesman G. &Amp; Naaman R. (2008) Selective Surface Patterning For the Coadsorption of Self-Assembled Gold and Semiconductor Nanoparticles. LangmuIR, 24:5981-5983
  67. Zakrassov A., Leitus G., Cohen S. &Amp; Naaman R. (2008) Adsorption-Induced Magnetization of Pbs Self-Assembled Nanoparticles on Gaas. Advanced Materials, 20:2552-+
  68. Kaufmann R., Averbukh I., Naaman R. &Amp; Daube S. S. (2008) Controlling the Reactivity of Adsorbed Dna on Template Surfaces. LangmuIR, 24:927-931
  69. Skourtis S. S., Beratan D. N., Naaman R., Nitzan A. &Amp; Waldeck D. H. (2008) Chiral Control of Electron Transmission Through Molecules. Physical Review Letters, 101
  70. Winkleman A., Gotesman G., Yoffe A. &Amp; Naaman R. (2008) Immobilizing a Drop of Water: Fabricating Highly Hydrophobic Surfaces That Pin Water Droplets. Nano Letters, 8:1241-1245
  71. Fradkin Z., Oron D. &Amp; Naaman R. (2007) The Effect of Self-Assembled Monolayers on Polarization-Dependent Two-Photon Photoemission and on the Angular Distribution of the Photoelectrons. Journal of Chemical Physics, 127
  72. Fragouli D., Kitsopoulos T. N., Chiodo L., Della Sala S. F., Cingolani R., Ray S. G. &Amp; Naaman R. (2007) Imaging Photoelectron Transmission Through Self-Assembled Monolayers: the Work-Function of Alkanethiols Coated Gold. LangmuIR, 23:6156-6162
  73. Carmeli I., Bloom F., Gwinn E. G., Kreutz T. C., Scoby C., Gossard A. C., Ray S. G. &Amp; Naaman R. (2006) Molecular Enhancement of Ferromagnetism in Gaas/Gamnas Heterostructures. Applied Physics Letters, 89
  74. Paltiel Y., Sher A., Raizman A., Majer D., Arbel A., Feingold A., Levy J. &Amp; Naaman R. (2006) Uncooled Infrared Detector Using a Thin Inassb Layer Acting as a Gate on a Gaas Field-Effect Transistor. Ieee Sensors Journal, 6:1195-1199
  75. Paltiel Y., Aharoni A., Banin U., Neuman O. &Amp; Naaman R. (2006) Self-Assembling of Inas Nanocrystals on Gaas: the Effect of Electronic Coupling and Embedded Gold Nanoparticles on the Photoluminescence. Applied Physics Letters, 89
  76. Ray S., Daube S., Leitus G., Vager Z. &Amp; Naaman R. (2006) Chirality-Induced Spin-Selective Properties of Self-Assembled Monolayers of Dna on Gold. Physical Review Letters, 96
  77. Vager Z. &Amp; Naaman R. (2006) Comment on "Bosons as the Origin For Giant Magnetic Properties of Organic Monolayers" - Reply. Physical Review Letters, 96
  78. Cohen H., Nogues C., Ullien D., Daube S., Naaman R. &Amp; Porath D. (2006) Electrical Characterization of Self-Assembled Single- and Double-Stranded Dna Monolayers Using Conductive Afm. Faraday Discussions, 131:367-376
  79. &Amp; Naaman R. (2006) Electrical Characterization of Self-Assembled Single- and Double-Stranded Dna Monolayers Using Conductive Afm: General Discussion. Faraday Discussions, 131:393-402
  80. Do Rego R. A., Ferraria A., El Beghdadi B. J., Debontridder F., Brogueira P., Naaman R. &Amp; Vilar M. (2005) Adsorption of Phenylphosphonic Acid on Gaas (100) Surfaces. LangmuIR, 21:8765-8773
  81. Shvarts D., Hazani M., Shapiro B., Leitus G., Sidorov V. &Amp; Naaman R. (2005) Molecular Induced Field Effect in Superconducting nb Films. Europhysics Letters, 72:465-471
  82. Hazani M., Hennrich F., Kappes M., Naaman R., Peled D., Sidorov V. &Amp; Shvarts D. (2004) Dna-Mediated Self-Assembly of Carbon Nanotube-Based Electronic Devices. Chemical Physics Letters, 391:389-392
  83. Do Rego A. M. B., Ferraria A. M., Vilar M. R., El Beghdadi J. &Amp; Naaman R. (2004) Molecular Adsorption on Gaas Studied by Hreels. 99-100:247-250
  84. Naaman R. (2004) Photoelectrons Spectroscopy of Organised Organic Thin Films. 165:69-82
  85. Artzi R., Daube S., Cohen H. &Amp; Naaman R. (2003) Adsorption of Organic Phosphate as a Means to Bind Biological Molecules to Gaas Surfaces. LangmuIR, 19:7392-7398
  86. Carmeli I., Gefen Z., Vager Z. &Amp; Naaman R. (2003) Alternation Between Modes of Electron Transmission Through Organized Organic Layers. Physical Review B, 68
  87. Hazani M., Naaman R., Hennrich F. &Amp; Kappes M. (2003) Confocal Fluorescence Imaging of Dna-Functionalized Carbon Nanotubes. Nano Letters, 3:153-155
  88. Berfeld M., Samokhvalov A., Naaman R. &Amp; Lahav M. (2001) Photoelectron Transmission Through "Cascade-Like" Langmuir-Blodgett Films Containing Cds Quantum Particles. Advanced Materials, 13:584-+
  89. Imura K., Ohoyama H., Naaman R., Che D., Hashinokuchi M. &Amp; Kasai T. (2000) Tunneling Motion in (Hcl)(2) Hydrogen-Bonded Dimer Probed by Electrostatic Hexapole and Doppler-Selected Tof Measurement For the Internal Energy Distribution of [Clhcl]. Journal of Molecular Structure, 552:137-145
  90. Dimitrov D., Trakhtenberg S., Naaman R., Smith D., Samartzis P. &Amp; Kitsopoulos T. (2000) Momentum Dependence of Electron Transmission Through Organized Organic Thin Films. Chemical Physics Letters, 322:587-591
  91. Guidoni A. G., Paladini A., Veneziani M., Naaman R. &Amp; Di Palma T. M. (2000) Laser Excited Charge Transfer Processes in Oxygen Organic Molecules Mixtures: o(p-3(j)) Formation. Applied Surface Science, 154-155:186-191
  92. Shvarts D., Benshafrut R., Cahen D., Haran A., Naaman R., Schneider B. &Amp; Shanzer A. (2000) Molecular Controlled Semiconductor Resistor as Sensor For Metal Ions. Sensors and Microsystems, :129-133
  93. Wu D. G., Ashkenasy G., Shvarts D., Ussyshkin R. V., Naaman R., Shanzer A. &Amp; Cahen D. (2000) Novel no Biosensor Based on the Surface Derivatization of Gaas by "Hinged" Iron Porphyrins. Angewandte Chemie, 112:4670-4674
  94. Imura K., Veneziani M., Kasai T. &Amp; Naaman R. (1999) The Reaction of o(d-1) With H2o, D2o Monomers and Clusters and the Intracomplex Reaction in N2o-X2o (x=h,d) Photo-Initiated at 193 and 212.8 nm. Journal of Chemical Physics, 111:4025-4031
  95. Ray K., Shanzer A., Waldeck D. &Amp; Naaman R. (1999) Resonances in Low-Energy Electron Transmission Through Organized Organic Films: Evidence For Molecular Quantum Wells. Physical Review B, 60:13347-13350
  96. Ray K., Ananthavel S., Waldeck D. &Amp; Naaman R. (1999) Asymmetric Scattering of Polarized Electrons by Organized Organic Films of Chiral Molecules. Science, 283:814-816
  97. Haran A., Naaman R., Ashkenasy G., Shanzer A., Quast T., Winter B. &Amp; Hertel I. (1999) Electron Transmission Through Organized Organic Thin Films Studied by Discrete Initial Electron Kinetic Energies. European Physical Journal b, 8:445-451
  98. Mccoy A., Lufaso M., Veneziani M., Atrill S. &Amp; Naaman R. (1998) Reactions of Oxygen Atoms With Van Der Waals Complexes: the Effect of Complex Formation on the Internal Energy Distribution in the Products. Journal of Chemical Physics, 108:9651-9657
  99. Gartsman K., Cahen D., Kadyshevitch A., Libman J., Moav T., Naaman R., Shanzer A., Umansky V. Y. &Amp; Vilan A. (1998) Molecular Control of a Gaas Transistor. Chemical Physics Letters, 283:301-306
  100. Kadyshevitch A., Ananthavel S. &Amp; Naaman R. (1998) The Effect of Molecular Structure and of Three-Dimensional Order on Electron Transmission Through Thin Organic Layers. Thin Solid Films, 327:357-359
  101. Trakhtenberg S. &Amp; Naaman R. (1998) The Effect of the Structure of Ice on the Aggregation State of co-Adsorbed Formic Acid. Thin Solid Films, 327:499-502
  102. Vilan A., Ussyshkin R., Gartsman K., Cahen D., Naaman R. &Amp; Shanzer A. (1998) Real-Time Electronic Monitoring of Adsorption Kinetics: Evidence For Two-Site Adsorption Mechanism of Dicarboxylic Acids on Gaas(100). Journal of Physical Chemistry B, 102:3307-3309
  103. Graber T., Kanter E., Levin J., Zajfman D., Vager Z. &Amp; Naaman R. (1997) Direct Measurement of Bending Conformations in Triatomic Dihydride Ions. Physical Review A, 56:2600-2613
  104. Kadyshevitch A., Naaman R., Cohen R., Cahen D., Libman J. &Amp; Shanzer A. (1997) Characterization of Molecular Modified Surface States by Wavelength- and Time-Dependent Two-Photon Photoemission Spectroscopy. Journal of Physical Chemistry B, 101:4085-4089
  105. Haran A., Kadyshevitch A., Cohen H., Naaman R., Evans D., Seideman T. &Amp; Nitzan A. (1997) Electron Transmission Through Band Structure in Organized Organic Thin Films. Chemical Physics Letters, 268:475-480
  106. Gartsman K., Cahen D., Kadyshevitch A., Libman J., Moav T., Naaman R., Shanzer A., Umansky V. Y. &Amp; Vilan A. (1997) Effect of Organic Molecules on a Gaas Transistor. Proceedings of the Symposium on Chemical and Biological Sensors and Analytical Electrochemical Methods, 97:704-710
  107. Imura K., Kasai T., Ohoyama H., Takahashi H. &Amp; Naaman R. (1996) Experimental Determination of the Dipole Moment of Hcl Dimer Using an Electrostatic Hexapole Field. Chemical Physics Letters, 259:356-360
  108. Kadyshevitch A. &Amp; Naaman R. (1996) The Interactions of Electrons With Organized Organic Films Studied by Photoelectron Transmission. Thin Solid Films, 288:139-146
  109. Haran A., Waldeck D., Naaman R., Moons E. &Amp; Cahen D. (1994) The Dependence of Electron-Transfer Efficiency on the Conformational Order in Organic Monolayers. Science, 263:948-950
  110. Hurwitz Y., Rudich Y. &Amp; Naaman R. (1993) Reactant Rotational Energy Effect on Energy-Distribution in Products - the Role of the Electronic Angular-Momentum. Chemical Physics Letters, 215:674-680
  111. Zajfman D., Feldman H., Heber O., Kella D., Majer D., Vager Z. &Amp; Naaman R. (1992) Electron Photodetachment Cross-Sections of Small Carbon Clusters - Evidence For Nonlinear Isomers. Science, 258:1129-1131
  112. Jarrold M., Kaldor A., Berry R., Castleman A., Lifshitz C., Kroto H., Whetten R., Langridgesmith P., Simons J., Meiwesbroer K., Naaman R., Murrell J., Haberland H., Miller J., Benfield R., Martin T., Echt O., Michl J. &Amp; Mark T. (1990) Proceedings of Faraday Symposium-25, on Large Gas-Phase Clusters - General Discussion. Journal of the Chemical Society-Faraday Transactions, 86:2495-2502
  113. Mestdagh M., Visticot J., Mark T., Michl J., Donovan R., Lifshitz C., Stace A., Whitaker B., Murrell J., Echt O., Whetten R., Castleman A., Haberland H., Naaman R., Magnera T., Miller J. &Amp; Phillips L. (1990) Proceedings of Faraday Symposium-25, on Large Gas-Phase Clusters - General Discussion. Journal of the Chemical Society-Faraday Transactions, 86:2447-2457
  114. Berry R., Blaistenbarojas E., Echt O., Murrell J., Brown W., Scoles G., Gebbie H., Haberland H., Castleman A., Landridgesmith R., Levy D., Naaman R., Whetten R., Stace A., Mark T. &Amp; Meiwesbroer K. (1990) Proceedings of Faraday Symposium-25, on Large Gas-Phase Clusters - General Discussion. Journal of the Chemical Society-Faraday Transactions, 86:2387-2394
  115. Algranati M., Feldman H., Kella D., Malkin E., Miklazky E., Naaman R., Vager Z. &Amp; Zajfman J. (1990) Structure and Photochemistry of c4 as Studied by the Coulomb Explosion Imaging Method. Israel Journal of Chemistry, 30:79-83
  116. Cohen S., Naaman R. &Amp; Balintkurti G. (1989) Investigation of no Scattering From Organic Monolayers - Spin-Orbit State and Vibrational-State Population-Distributions. Chemical Physics, 134:119-126
  117. Vager Z., Naaman R. &Amp; Kanter E. (1989) Coulomb Explosion Imaging of Small Molecules. Science, 244:426-431
  118. Donaldson D., Vaida V. &Amp; Naaman R. (1987) Ultraviolet-Absorption Spectroscopy of Dissociating Molecules - Effects of Cluster Formation on the Photodissociation of Ch3i. Journal of Chemical Physics, 87:2522-2530
  119. Naaman R., Parmenter C., Baer T., Leach S., Troe J., Castellucci E., Braitbart O., Lifshitz C., Laramee J., Carlsen L., Jasinski J., Bowers M., Quack M., Pilling M. &Amp; Rabinovitch B. (1983) Intramolecular Kinetics - General Discussion. Faraday Discussions, 75:89-102
  120. Zare R., Brucat P., Zewail A., Watanabe H., Koda S., Tsuchiya S., Naaman R., Lee E., Ashfold M., Bayley J., Dixon R., Nakane H., Oconnor D., Leach S., Troe J., Callomon J., Varma C., Riedle E. &Amp; Neusser H. (1983) Intramolecular Kinetics - General Discussion. Faraday Discussions, 75:407-427
  121. Yamazaki I., Rice S., Haas Y., Goodall D., Rettschnick R., Balintkurti G., Kidd I., Stephenson T., Naaman R., Zewail A., Heller E., Dehemptinne X., Hancock G., Macrobert A., Mcalpine R., Evans D., Vonputtkamer K., Dubal H., Quack M. &Amp; Cohen S. R. (1983) [Intramolecular Kinetics] General Discussion. Faraday Discussions, 75:251-287

Patents

  1. R. Naaman and Z. Vager,  "Amorphous electron multiplier", Israeli patent number 87341 (1992).
  2. V. Shenkar, R. Naaman and Z. Vager, "Flat panel display", Israeli patent number 95736 (1994).
  3. V. Shenkar, R. Naaman and Z. Vager, "Flat panel display", European patent EP 0 476 975 B1 (1996).
  4. R. Naaman and Z. Vager, “Spectrometer for low vacuum”, Israeli patent number 115984 (1998). US patent 5939613 (1999), European  Patent  No. 0888633 granted on 5/7/2000.
  5. D. Cahen, K. Gartsman, A. Kadyshevitch, R. Naaman, A. Shanzer, “Hybrid organic-inorganic semiconductor structures and sensors based thereon”, US patent 6,433,356 (2002). European Patent No. 0935748.
  6. Ron Naaman and Zeev Vager “Near field optical inspection apparatus”, US patent 6,507,017 (2002).
  7. Ron Naaman and Erez Halahmi  "DISPLAY DEVICE" WO 2005/008715 A2.
  8. Ron Naaman and Erez Halahmi, "ELECTRON EMISSION DEVICE"  WO 2005/008711 A2.
  9. Ron Naaman, Reit Artzi, David Cahen, "DNA sensor based on molecular controlled semiconductor resistor" US Patent No. 7,118,861 (2006).
  10. Ron Naaman, Itai Carmeli, Zeev Vager, Gregory Leitus,"NANOSCOPIC Structure And Devices Using The Same",  WO 2004/076344 European Patent (2008).
  11. G. Diamant, D. Shvarts, E. Halahmi, R. Naaman, L. Kronik, "Electronic Device and Method for Performing Logic Function",  USA Patent #: 7,545,179 B2  (2009).
  12. R. Naaman, B. Golan, Z. Fradkin, A. Winkelman, D. Oron, "Method for fabrication of nano-scale patterned surfaces". WO 2009/113063 A8.
  13. R. Naaman, E. Capua, R. Cao, "Semiconductor Detector For Peroxide-Based Explosives",  28 January 2010, WO 2010/010547.
  14. R. Naaman, A. Bardea, A. Yoffe, "Magnetic patterning method and system", WO 2010/061378
  15. R. Naaman and Erez Halahmi, "Electronic switching Device", US patent US 7,646,149B2 (2010).
  16. R. Naaman, E. Capua, D. Bavli, M. Tkachev, "Protein Detector Based on Molecular Controlled Semiconductor Resistor", WO 2012/168932