Publications

2021

  1. Zhu Q., Danowski W., Mondal A. K. et_al. (2021) Advanced Science. e2101773.  Abstract
  2. Santra K., Bhowmick D., Zhu Q., Bendikov T. & Naaman R. (2021) Journal of physical chemistry C.  Abstract
  3. Bhowmick D., Sang Y., Santra K., Halbauer M., Capua E., Paltiel Y., Naaman R. & Tassinari F. (2021) Crystal Growth & Design. 21, 5, p. 2925-2931  Abstract
  4. Sang Y., Mishra S., Tassinari F. et_al. (2021) Journal of physical chemistry. C. 125, 18, p. 9875-9883  Abstract
  5. Mondal A. K., Preuss M. D., Ślęczkowski M. L., Das T. K., Vantomme G., Meijer E. W. & Naaman R. (2021) Journal of the American Chemical Society. 143, 18, p. 7189-7195  Abstract
  6. Waldeck D. H., Naaman R. & Paltiel Y. (2021) APL Materials. 9, 4, 040902.  Abstract
  7. Yang S., Naaman R., Paltiel Y. & Parkin S. S. P. (2021) Nature Reviews Physics. 3, 5, p. 328-343  Abstract
  8. Ghosh S., Banerjee-ghosh K., Levy D., Riven I., Naaman R. & Haran G. (2021) Journal of Physical Chemistry Letters. 12, 11, p. 2805-2808  Abstract
  9. Möllers P. V., Ulku S., Jayarathna D., Tassinari F., Nürenberg D., Naaman R., Achim C. & Zacharias H. (2021) Chirality. 2, p. 93-102  Abstract
  10. Rösch A. T., Zhu Q., Robben J., Tassinari F., Meskers S. C., Naaman R., Palmans A. R. & Meijer E. W. (2021) Chemistry - A European Journal. 27, 1, p. 298-306  Abstract

2020

  1. Al-Bustami H., Bloom B. P., Ziv A., Goldring S., Yochelis S., Naaman R., Waldeck D. H. & Paltiel Y. (2020) Nano Letters. 20, 12, p. 8675-8681  Abstract
  2. Banerjee-Ghosh K., Ghosh S., Mazal H., Riven I., Haran G. & Naaman R. (2020) Journal of the American Chemical Society. 142, 48, p. 20456-20462  Abstract
  3. Bloom B. P., Lu Y., Metzger T. et_al. (2020) Physical Chemistry Chemical Physics. 22, 38, p. 21570-21582  Abstract
  4. Naaman R., Paltiel Y. & Waldeck D. H. (2020) Accounts of Chemical Research. 11, p. 2659-2667  Abstract
  5. Mondal A. K., Brown N., Mishra S. et_al. (2020) ACS Nano. 12, p. 16624-16633  Abstract
  6. Tassinari F., Amsallem D., Bloom B. P., Lu Y., Bedi A., Waldeck D. H., Gidron O. & Naaman R. (2020) Journal of Physical Chemistry C. 124, 38, p. 20974-20980  Abstract
  7. Naaman R., Mishra S., Mondal A. K. et_al. (2020) Angewandte Chemie - International Edition. 59, 34, p. 2-8  Abstract
  8. Kashiwagi K., Tassinari F., Haraguchi T., Banerjee-Gosh K., Akitsu T. & Naaman R. (2020) Symmetry. 12, 5, 808.  Abstract
  9. Mishra S., Mondal A. K., Pal S., Das T. K., Smolinsky E. Z. B., Siligardi G. & Naaman R. (2020) Journal of Physical Chemistry C. 124, 19, p. 10776-10782  Abstract
  10. Naaman R., Paltiel Y. & Waldeck D. H. (2020) Journal of Physical Chemistry Letters. 11, 9, p. 3660-3666  Abstract
  11. Ghosh S., Mishra S., Avigad E., Bloom B. P., Baczewski L. T., Yochelis S., Paltiel Y., Naaman R. & Waldeck D. H. (2020) Journal of Physical Chemistry Letters. 11, 4, p. 1550-1557  Abstract
  12. Kulkarni C., Mondal A. K., Das T. K., Grinbom G., Tassinari F., Mabesoone M. F., Meijer E. W. & Naaman R. (2020) Advanced Materials. 7, 1904965.  Abstract
  13. Naaman R. & Waldeck D. H. (2020) Physical Review B. 101, 2, 026403.  Abstract
  14. Blumenschein F., Tamski M., Roussel C., Smolinsky E. Z. B., Tassinari F., Naaman R. & Ansermet J. (2020) Physical Chemistry Chemical Physics. 22, 3, p. 997-1002  Abstract

2019

  1. Metzger T. S., Mishra S., Bloom B. P. et_al. (2019) Angewandte Chemie - International Edition. 58, 4, p. 1653-1658  Abstract
  2. Mishra S., Pirbadian S., Mondal A. K., El-Naggar M. Y. & Naaman R. (2019) Journal of the American Chemical Society. 141, 49, p. 19198-19202  Abstract
  3. Santra K., Zhang Q., Tassinari F. & Naaman R. (2019) Journal Of Physical Chemistry B. 123, 44, p. 9443-9448  Abstract
  4. Bullard G., Tassinari F., Ko C., Mondal A. K., Wang R., Mishra S., Naaman R. & Therien M. J. (2019) Journal of the American Chemical Society. 141, 37, p. 14707-14711  Abstract
  5. Naaman R., Waldeck D. H. & Paltiel Y. (2019) Applied Physics Letters. 115, 13, 133701.  Abstract
  6. Michaeli K. & Naaman R. (2019) Journal of Physical Chemistry C. 123, 27, p. 17043-17048  Abstract
  7. Abendroth J. M., Stemer D. M., Bloom B. P., Roy P., Naaman R., Waldeck D. H., Weiss P. S. & Mondal P. C. (2019) ACS Nano. 13, 5, p. 4928-4946  Abstract
  8. Tassinari F., Steidel J., Paltiel S., Fontanesi C., Lahav M., Paltiel Y. & Naaman R. (2019) Chemical Science. 10, 20, p. 5246-5250  Abstract
  9. Naaman R., Fontanesi C. & Waldeck D. H. (2019) Current Opinion in Electrochemistry. 14, p. 138-142  Abstract
  10. Naaman R., Paltiel Y. & Waldeck D. H. (2019) Nature Reviews Chemistry. 3, 4, p. 250-260  Abstract
  11. Michaeli K., Beratan D. N., Waldeck D. H. & Naaman R. (2019) Proceedings Of The National Academy Of Sciences Of The United States Of America-Physical Sciences. 116, 13, p. 5931-5936  Abstract
  12. Smolinsky E. Z. B., Neubauer A., Kumar A., Yochelis S., Capua E., Carmieli R., Paltiel Y., Naaman R. & Michaeli K. (2019) Journal of Physical Chemistry Letters. 10, 5, p. 1139-1145  Abstract
  13. Ghosh K. B., Zhang W., Tassinari F. et_al. (2019) Journal of Physical Chemistry C. 123, 5, p. 3024-3031  Abstract
  14. Koplovitz G., Leitus G., Ghosh S. et_al. (2019) Small. 15, 1, 1804557.  Abstract
  15. Mishra S., Poonia V. S., Fontanesi C., Naaman R., Fleming A. M. & Burrows C. J. (2019) Journal of the American Chemical Society. 141, 1, p. 123-126  Abstract

2018

  1. Zhang W., Banerjee-Ghosh K., Tassinari F. & Naaman R. (2018) ACS Energy Letters. 3, 10, p. 2308-2313  Abstract
  2. Fontanesi C., Capua E., Paltiel Y., Waldeck D. H. & Naaman R. (2018) Advanced Materials. 30, 41, 1707390.  Abstract
  3. Bloom B. P., Liu R., Zhang P., Ghosh S., Naaman R., Beratan D. N. & Waldeck D. H. (2018) Accounts of Chemical Research. 51, 10, p. 2565-2573  Abstract
  4. Al-Bustami H., Koplovitz G., Primc D., Yochelis S., Capua E., Porath D., Naaman R. & Paltiel Y. (2018) Small. 14, 30, 1801249.  Abstract
  5. Naaman R., Paltiel Y. & Waldeck D. H. (2018) Chimia. 72, 6, p. 394-398  Abstract
  6. Banerjee-Ghosh K., Ben Dor O., Tassinari F. et_al. (2018) Science. 360, 6395, p. 1331-1334  Abstract
  7. Tassinari F., Jayarathna D. R., Kantor-Uriel N., Davis K. L., Varade V., Achim C. & Naaman R. (2018) Advanced Materials. 30, 21, 1706423.  Abstract
  8. Kumar A., Capua E., Fontanesi C., Carmieli R. & Naaman R. (2018) ACS Nano. 12, 4, p. 3892-3897  Abstract
  9. Naaman R. & Waldeck D. H. (2018) World Scientific Reference on Spin in Organics. p. 235-270 (1Materials and Energy).  Abstract
  10. Varade V., Markus T., Vankayala K., Friedman N., Sheves M., Waldeck D. H. & Naaman R. (2018) Physical Chemistry Chemical Physics. 20, 2, p. 1091-1097  Abstract

2017

  1. Di Nuzzo D., Kulkarni C., Zhao B., Smolinsky E., Tassinar F., Meskers S. C. J., Naaman R., Meijer E. W. & Friend R. H. (2017) ACS Nano. 11, 12, p. 12713-12722  Abstract
  2. Kolker Baravik I., Capua E., Ainbinder E. & Naaman R. (2017) ACS Omega. 2, 12, p. 8550-8556  Abstract
  3. Neubauer A., Shapiro A., Yochelis S., Capua E., Namman R., Lifshitz E. & Paltiel Y. (2017) Sensors And Actuators A-Physical. 267, p. 1-7  Abstract
  4. Kumar A., Capua E., Vankayala K., Fontanesi C. & Naaman R. (2017) Angewandte Chemie - International Edition. 56, 46, p. 14587-14590  Abstract
  5. Beratan D. N., Naaman R. & Waldeck D. H. (2017) Current Opinion in Electrochemistry. 4, 1, p. 175-181  Abstract
  6. Tassinari F., Banerjee-Ghosh K., Parenti F., Kiran V., Mucci A. & Naaman R. (2017) Journal of Physical Chemistry C. 121, 29, p. 15777-15783  Abstract
  7. Michaeli K., Varade V., Naaman R. & Waldeck D. H. (2017) Journal Of Physics-Condensed Matter. 29, 10, 103002.  Abstract
  8. Kiran V., Cohen S. R. & Naaman R. (2017) J. Chem. Phys.. 146, 9, 092302.  Abstract
  9. Kumar A., Capua E., Kesharwani M. K., Martin J. M. L., Sitbon E., Waldeck D. H. & Naaman R. (2017) Proceedings Of The National Academy Of Sciences Of The United States Of America-Physical Sciences. 114, 10, p. 2474-2478  Abstract
  10. Mtangi W., Tassinari F., Vankayala K., Jentzsch A. V., Adelizzi B., Palmans A. R. A., Fontanesi C., Meijer E. W. & Naaman R. (2017) Journal of the American Chemical Society. 139, 7, p. 2794-2798  Abstract
  11. Yen Y., Capua E. & Naaman R. (2017) IEEE Sensors Journal. 17, 3, p. 660-666  Abstract
  12. Ben Dor D. O., Yochelis S., Radko A. et_al. (2017) Nature Communications. 8, 14567.  Abstract

2016

  1. Mondal P. C., Fontanesi C., Waldeck D. H. & Naaman R. (2016) Accounts of Chemical Research. 49, 11, p. 2560-2568  Abstract
  2. Michaeli K., Kantor N., Naaman R. & Waldeck D. H. (2016) Chemical Society Reviews.  Abstract
  3. Naaman R. (2016) Israel Journal of Chemistry.  Abstract
  4. Roy P., Kantor-Uriel N., Mishra D., Dutta S., Friedman N., Sheves M. & Naaman R. (2016) Nano Letters. 16, 7, p. 4583-4589  Abstract
  5. Mondal P. C., Roy P., Kim D., Fullerton E. E., Cohen H. & Naaman R. (2016) Nano Letters. 16, 4, p. 2806-2811  Abstract
  6. Roy P., Kantor-Uriel N., Mishra D., Dutta S., Friedman N., Sheves M. & Naaman R. (2016) ACS Nano. 10, 4, p. 4525-4531  Abstract
  7. Kiran V., Mathew S., Cohen S., Delgado I., Lacour J. & Naaman R. (2016) Advanced Materials. 28, 10, p. 1957-1962  Abstract
  8. Eckshtain-Levi M., Capua E., Refaely-Abramson S. et_al. (2016) Nature Communications. 7, 10744.  Abstract
  9. Carmeli I., Kumar K. S., Heifler O., Carmeli C. & Naaman R. (2016) Physical Review B. 93, 7, 75407.  Abstract
  10. Eckshtain-Levi M., Capua E., Paltiel Y. & Naaman R. (2016) Sensors. 1, 2, p. 185-189  Abstract

2015

  1. Mtangi W., Kiran V., Fontanesi C. & Naaman R. (2015) The journal of physical chemistry letters. 6, 24, p. 4916-22 26615833.  Abstract
  2. Kantor-Uriel N., Roy P., Saris S., Kiran V., Waldeck D. & Naaman R. (2015) Journal of Physical Chemistry C. 119, 28, p. 15839-15845  Abstract
  3. Rosenberg R., Mishra D. & Naaman R. (2015) ANGEWANDTE CHEMIE-INTERNATIONAL EDITION. 54, 25, p. 7295-7298  Abstract
  4. Migliore A., Naaman R. & Beratan D. N. (2015) Proceedings of the National Academy of Sciences of the United States of America. 112, 25, p. E3310-E3310  Abstract
  5. Migliore A., Naaman R. & Beratan D. N. (2015) Proceedings of the National Academy of Sciences of the United States of America. 112, 19, p. E2419-E2428  Abstract
  6. Naaman R. & Waldeck D. H. (2015) Annual Review of Physical Chemistry. 66, 1, p. 263-281  Abstract
  7. Fontanesi C., Tassinari F., Parenti F., Cohen H., Mondal P. C., Kiran V., Giglia A., Pasquali L. & Naaman R. (2015) Langmuir. 31, 11, p. 3546-3552  Abstract
  8. Mondal P. C., Fontanesi C., Waldeck D. H. & Naaman R. (2015) ACS Nano. 9, 3, p. 3377-3384  Abstract
  9. Einati H., Mishra D., Friedman N., Sheves M. & Naaman R. (2015) Nano Letters. 15, 2, p. 1052-1056  Abstract
  10. Kettner M., Goehler B., Zacharias H. et_al. (2015) The Journal of Physical Chemistry C. 119, 26, p. 14542–14547  Abstract
  11. Chiral supramolecular structures as spin filters
    Naaman R. & Waldeck D. H. (2015) RSC Smart Materials. 2015-January, 12, p. 203-225  Abstract
  12. Guliamov R., Mathew S. P., Vankayala K., Moshe H., Mastai Y. & Naaman R. (2015)  Abstract
  13. Mondal P. C., Kantor Uriel N., Mathew S. P., Tassinari F., Fontanesi C. & Naaman R. (2015) Advanced Materials. 27, 11, p. 1924-1927  Abstract

2014

  1. Mathew S. P., Mondal P. C., Moshe H., Mastai Y. & Naaman R. (2014) Applied Physics Letters. 105, 24,  Abstract
  2. Kumar T. A., Capua E., Tkachev M., Adler S. N. & Naaman R. (2014) Advanced Functional Materials. 24, 37, p. 5833-5840  Abstract
  3. Carmeli I., Kumar K. S., Heifler O., Carmeli C. & Naaman R. (2014) ANGEWANDTE CHEMIE-INTERNATIONAL EDITION. 53, 34, p. 8953-8958  Abstract
  4. Capua E., Kumar T. A., Tkachev M. & Naaman R. (2014) Israel Journal of Chemistry. 54, 6-May, p. 586-594  Abstract
  5. Tassinari F., Mathew S. P., Fontanesi C., Schenetti L. & Naaman R. (2014) Langmuir. 30, 16, p. 4838-4843  Abstract
  6. Rosenberg R., Symonds J., Vijayalakshmi K., Mishra D., Orlando T. & Naaman R. (2014) Physical Chemistry Chemical Physics. 16, 29, p. 15319-15325  Abstract

2013

  1. Rosenberg R. A., Symonds J. M., Kalyanaraman V., Markus T., Orlando T. M., Naaman R., Medina E. A., Lopez F. A. & Mujica V. (2013) Journal of Physical Chemistry C. 117, 43, p. 22307-22313  Abstract
  2. Markus T. Z., de Leon L. A. R., Reid D., Achim C. & Naaman R. (2013) Journal of Physical Chemistry Letters. 4, 19, p. 3298-3302  Abstract
  3. Mishra D., Markus T. Z., Naaman R., Kettner M., Goehler B., Zacharias H., Friedman N., Sheves M. & Fontanesi C. (2013) Proceedings of the National Academy of Sciences of the United States of America. 110, 37, p. 14872-14876  Abstract
  4. Tkachev M., Anand Kumar T., Bitler A., Guliamov R. & Naaman R. (2013) Engineering. 5, 9A, p. 1-12  Abstract
  5. Ben Dor D. O., Yochelis S., Mathew S. P., Naaman R. & Paltiel Y. (2013) Nature Communications. 4,  Abstract
  6. Tatikonda A. K., Tkachev M. & Naaman R. (2013) Biosensors & Bioelectronics. 45, p. 201-205  Abstract
  7. Kober S., Gotesman G. & Naaman R. (2013) Journal of Physical Chemistry Letters. 4, 12, p. 2041-2045  Abstract
  8. van der Molen d. M. S. J., Naaman R., Scheer E. et_al. (2013) Nature Nanotechnology. 8, 6, p. 385-389  Abstract
  9. Kumar K. S., Kantor-Uriel N., Mathew S. P., Guliamov R. & Naaman R. (2013) Physical Chemistry Chemical Physics. 15, 42, p. 18357-18362  Abstract

2012

  1. Kumar K. S. & Naaman R. (2012) Langmuir. 28, 41, p. 14514-14517  Abstract
  2. Gotesman G., Guliamov R. & Naaman R. (2012) Beilstein Journal of Nanotechnology. 3, p. 629-636  Abstract
  3. Wang Y., Xie Z., Gotesman G., Wang L., Bloom B. P., Markus T. Z., Oron D., Naaman R. & Waldeck D. H. (2012) Journal of Physical Chemistry C. 116, 33, p. 17464-17472  Abstract
  4. Naaman R. & Waldeck D. H. (2012) Journal of Physical Chemistry Letters. 3, 16, p. 2178-2187  Abstract
  5. Naaman R. (2012) Israel Journal of Chemistry. 52, 5, p. 383-383  Abstract
  6. Katzir E., Yochelis S., Zeides F. et_al. (2012) Physical Review Letters. 108, 10,  Abstract
  7. Gutierrez R., Diaz E., Naaman R. & Cuniberti G. (2012) Physical Review B. 85, 8,  Abstract
  8. Bavli D., Tkachev M., Piwonski H., Capua E., de Albuquerque A. I., Bensimon D., Haran G. & Naaman R. (2012) Langmuir. 28, 1, p. 1020-1028  Abstract

2011

  1. Aqua T., Cohen H., Sinai O., Frydman V., Bendikov T., Krepel D., Hod O., Kronik L. & Naaman R. (2011) Journal of Physical Chemistry C. 115, 50, p. 24888-24892  Abstract
  2. Bardea A., Burshtein N., Rudich Y., Salame T., Ziv C., Yarden O. & Naaman R. (2011) Analytical Chemistry. 83, 24, p. 9418-9423  Abstract
  3. Xie Z., Markus T. Z., Cohen S., Vager Z., Gutierrez R. & Naaman R. (2011) Nano Letters. 11, 11, p. 4652-4655  Abstract
  4. Markus T. Z., Itzhakov S., Akotzer Y. I., Cahen D., Hodes G., Oron D. & Naaman R. (2011) Journal of Physical Chemistry C. 115, 27, p. 13236-13241  Abstract
  5. Xie Z., Markus T. Z., Gotesman G., Deutsch Z., Oron D. & Naaman R. (2011) ACS Nano. 5, 2, p. 863-869  Abstract
  6. Goehler B., Hamelbeck V., Markus T. Z., Kettner M., Hanne G. F., Vager Z., Naaman R. & Zacharias H. (2011) Science. 331, 6019, p. 894-897  Abstract
  7. Naaman R. & Vager Z. (2011) Electronic And Magnetic Properties Of Chiral Molecules And Supramolecular Architectures. p. 237-257 (1Topics in Current Chemistry).  Abstract
  8. Beratan D. N., Naaman R. & Waldeck D. H. (2011) Berlin: . (1Topics in Current Chemistry).  Abstract
  9. Naaman R. (2011) Physical Chemistry Chemical Physics. 13, 29, p. 13153-13161  Abstract

2010

  1. Markus T. Z., Daube S. S. & Naaman R. (2010) Journal of Physical Chemistry B. 114, 43, p. 13897-13903  Abstract
  2. Peled D., Naaman R. & Daube S. S. (2010) Journal of Physical Chemistry B. 114, 25, p. 8581-8584  Abstract
  3. Kumar T. A., Bardea A., Shai Y., Yoffe A. & Naaman R. (2010) Nano Letters. 10, 6, p. 2262-2267  Abstract
  4. Naaman R. & Vager Z. (2010) MRS Bulletin. 35, 6, p. 429-434  Abstract
  5. Gotesman G. & Naaman R. (2010) Journal of Physical Chemistry Letters. 1, 3, p. 594-598  Abstract
  6. Kopnov G., Umansky V. Y., Cohen H., Shahar D. & Naaman R. (2010) Physical Review B. 81, 4, 045316.  Abstract
  7. Bardea A. & Naaman R. (2010) Advances In Imaging And Electron Physics, Vol 164. p. 1-27 (1Advances in Imaging and Electron Physics).  Abstract
  8. Paltiel Y., Jung G., Aqua T., Mocatta D., Banin U. & Naaman R. (2010) Physical Review Letters. 104, 1,  Abstract

2009

  1. Bardea A., Baram A., Tatikonda A. K. & Naaman R. (2009) Journal of the American Chemical Society. 131, 51, p. 18260-+  Abstract
  2. Capua E., Natan A., Kronik L. & Naaman R. (2009) ACS applied materials & interfaces. 1, 11, p. 2679-2683  Abstract
  3. Kaufmann R., Peled D., Naaman R. & Daube S. S. (2009) ACS applied materials & interfaces. 1, 10, p. 2320-2324  Abstract
  4. Markus T. Z., Wu M., Wang L., Waldeck D. H., Oron D. & Naaman R. (2009) Journal of Physical Chemistry C. 113, 32, p. 14200-14206  Abstract
  5. Gotesman G., Waldeck D. H. & Naaman R. (2009) Journal of Physical Chemistry A. 113, 26, p. 7213-7217  Abstract
  6. Capua E., Cao R., Sukenik C. N. & Naaman R. (2009) Sensors And Actuators B-Chemical. 140, 1, p. 122-127  Abstract
  7. Pachon L. D., Yosef I., Markus T. Z., Naaman R., Avnir D. & Rothenberg G. (2009) Nature Chemistry. 1, 2, p. 160-164  Abstract
  8. Bardea A. & Naaman R. (2009) Langmuir. 25, 10, p. 5451-5454  Abstract
  9. Bardea A. & Naaman R. (2009) Small. 5, 3, p. 316-319  Abstract
  10. Golan B., Fradkin Z., Kopnov G., Oron D. & Naaman R. (2009) Journal of Chemical Physics. 130, 6,  Abstract
  11. Zakrassov A., Bitler A., Etgar L., Leitus G., Lifshitz E. & Naaman R. (2009) Physical Chemistry Chemical Physics. 11, 35, p. 7549-7552  Abstract
  12. Markus T. Z., Daube S. S., Naaman R., Fleming A. M., Muller J. G. & Burrows C. J. (2009) Journal of the American Chemical Society. 131, 1, p. 89-95  Abstract
  13. Grace P. J., Venkatesan M., Alaria J., Coey J. M. D., Kopnov G. & Naaman R. (2009) Advanced Materials. 21, 1, p. 71-74  Abstract

2008

  1. Skourtis S. S., Beratan D. N., Naaman R., Nitzan A. & Waldeck D. H. (2008) Physical Review Letters. 101, 23,  Abstract
  2. Peled D., Daube S. S. & Naaman R. (2008) Langmuir. 24, 20, p. 11842-11846  Abstract
  3. Zakrassov A., Leitus G., Cohen S. & Naaman R. (2008) Advanced Materials. 20, 13, p. 2552-+  Abstract
  4. Diamant G., Halahmi E., Kronik L., Levy J., Naaman R. & Roulston J. (2008) Applied Physics Letters. 92, 26, 262903.  Abstract
  5. Gotesman G. & Naaman R. (2008) Langmuir. 24, 12, p. 5981-5983  Abstract
  6. Vilar M. R., do Rego R. A. M. B., Ferraria A. M., Jugnet Y., Nogues C., Peled D. & Naaman R. (2008) Journal of Physical Chemistry B. 112, 23, p. 6957-6964  Abstract
  7. Aqua T., Naaman R., Aharoni A., Banin U. & Paltiel Y. (2008) Applied Physics Letters. 92, 22,  Abstract
  8. Gotliv B. A., Daube S. S. & Naaman R. (2008) Journal of Physical Chemistry B. 112, 13, p. 3948-3954  Abstract
  9. Winkleman A., Gotesman G., Yoffe A. & Naaman R. (2008) Nano Letters. 8, 4, p. 1241-1245  Abstract
  10. Kaufmann R., Averbukh I., Naaman R. & Daube S. S. (2008) Langmuir. 24, 3, p. 927-931  Abstract
  11. Capua E., Cao R., Eraso C. A. A., Levy I. & Naaman R. (2008) 2008 2Nd Ieee International Nanoelectronics Conference, Vols 1-3. p. 170-175  Abstract

2007

  1. Aqua T., Cohen H., Vilan A. & Naaman R. (2007) Journal of Physical Chemistry C. 111, 44, p. 16313-16318  Abstract
  2. Fradkin Z., Oron D. & Naaman R. (2007) Journal of Chemical Physics. 127, 12,  Abstract
  3. Behar-Levy H., Neumann O., Naaman R. & Avnir D. (2007) Advanced Materials. 19, 9, p. 1207-+  Abstract
  4. Naaman R. & Sanche L. (2007) Chemical Reviews. 107, 5, p. 1553-1579  Abstract
  5. Fragouli D., Kitsopoulos T. N., Chiodo L., Della Sala S. F., Cingolani R., Ray S. G. & Naaman R. (2007) Langmuir. 23, 11, p. 6156-6162  Abstract
  6. Kopnov G., Vager Z. & Naaman R. (2007) Advanced Materials. 19, 7, p. 925-+  Abstract
  7. Ray S. G., Daube S. S., Cohen H. & Naaman R. (2007) Israel Journal of Chemistry. 47, 2, p. 149-159  Abstract

2006

  1. Paltiel Y., Sher A., Raizman A., Majer D., Arbel A., Feingold A., Levy J. & Naaman R. (2006) IEEE Sensors Journal. 6, 5, p. 1195-1199  Abstract
  2. Carmeli I., Bloom F., Gwinn E. G., Kreutz T. C., Scoby C., Gossard A. C., Ray S. G. & Naaman R. (2006) Applied Physics Letters. 89, 11,  Abstract
  3. Paltiel Y., Aharoni A., Banin U., Neuman O. & Naaman R. (2006) Applied Physics Letters. 89, 3,  Abstract
  4. Nogues C., Cohen S., Daube S., Apter N. & Naaman R. (2006) Journal of Physical Chemistry B. 110, 18, p. 8910-8913  Abstract
  5. Neuman O. & Naaman R. (2006) Journal of Physical Chemistry B. 110, 11, p. 5163-5165  Abstract
  6. Vilar M., El-Beghdadi J., Debontridder F., Naaman R., Arbel A., Ferraria A. & Do Rego R. A. (2006) Materials Science & Engineering C-Biomimetic And Supramolecular Systems. 26, 3-Feb, p. 253-259  Abstract
  7. Cohen H., Nogues C., Ullien D., Daube S., Naaman R. & Porath D. (2006) Faraday Discussions. 131, p. 367-376  Abstract
  8. Naaman R. & (2006) Faraday Discussions. 131, p. 393-402  Abstract
  9. Naaman R. & Vager Z. (2006) Physical Chemistry Chemical Physics. 8, 19, p. 2217-2224  Abstract
  10. Hazani M., Shvarts D., Peled D., Sidorov V. & Naaman R. (2006) Faraday Discussions. 131, p. 325-335  Abstract
  11. Ray S., Daube S., Leitus G., Vager Z. & Naaman R. (2006) Physical Review Letters. 96, 3,  Abstract
  12. & Naaman R. (2006) Faraday Discussions. 131, p. 307-324  Abstract
  13. Goldsmith M., George C., Zuber G., Naaman R., Waldeck D., Wipf P. & Beratan D. (2006) Physical Chemistry Chemical Physics. 8, 1, p. 63-67  Abstract
  14. Wei J., Schafmeister C., Bird G., Paul A., Naaman R. & Waldeck D. (2006) Journal of Physical Chemistry B. 110, 3, p. 1301-1308  Abstract

2005

  1. Ray S., Cohen H., Naaman R. & Rabin Y. (2005) Journal of the American Chemical Society. 127, 49, p. 17138-17139  Abstract
  2. Shvarts D., Hazani M., Shapiro B., Leitus G., Sidorov V. & Naaman R. (2005) Europhysics Letters. 72, 3, p. 465-471  Abstract
  3. Cahen D., Naaman R. & Vager Z. (2005) Advanced Functional Materials. 15, 10, p. 1571-1578  Abstract
  4. do Rego R. A., Ferraria A., El Beghdadi B. J., Debontridder F., Brogueira P., Naaman R. & Vilar M. (2005) Langmuir. 21, 19, p. 8765-8773  Abstract
  5. Cohen H., Nogues C., Naaman R. & Porath D. (2005) Proceedings of the National Academy of Sciences of the United States of America. 102, 33, p. 11589-11593  Abstract
  6. Vilar M., El Beghdadi B. J., Debontridder F., Artzi R., Naaman R., Ferraria A. & do Rego R. A. (2005) Surface and Interface Analysis. 37, 8, p. 673-682  Abstract
  7. Ray S., Cohen H., Naaman R., Liu H. & Waldeck D. (2005) Journal of Physical Chemistry B. 109, 29, p. 14064-14073  Abstract
  8. Ruthstein S., Artzi R., Goldfarb D. & Naaman R. (2005) Physical Chemistry Chemical Physics. 7, 3, p. 524-529  Abstract
  9. Ray S., Daube S. & Naaman R. (2005) Proceedings of the National Academy of Sciences of the United States of America. 102, 1, p. 15-19  Abstract

2004

  1. Hazani M., Shvarts D., Peled D., Sidorov V. & Naaman R. (2004) Applied Physics Letters. 85, 21, p. 5025-5027  Abstract
  2. Hazani M., Hennrich F., Kappes M., Naaman R., Peled D., Sidorov V. & Shvarts D. (2004) Chemical Physics Letters. 391, 6-Apr, p. 389-392  Abstract
  3. Vager Z., Carmeli I., Leitus G., Reich S. & Naaman R. (2004) Journal of Physics and Chemistry of Solids. 65, 4, p. 713-717  Abstract
  4. Vager Z. & Naaman R. (2004) Physical Review Letters. 92, 8,  Abstract
  5. Naaman R. (2004) Spectroscopy Of Emerging Materials. Dordrecht: . Vol. 165. p. 69-82 (1NATO Science Series II: Mathematics, Physics and Chemistry).  Abstract
  6. do Rego A. M. B., Ferraria A. M., Vilar M. R., El Beghdadi J. & Naaman R. (2004) Functional Nanomaterials For Optoelectronics And Other Applications. Vol. 99-100. p. 247-250 (1Solid State Phenomena).  Abstract
  7. Nogues C., Cohen S., Daube S. & Naaman R. (2004) Physical Chemistry Chemical Physics. 6, 18, p. 4459-4466  Abstract

2003

  1. Aqua T., Naaman R. & Daube S. (2003) Langmuir. 19, 25, p. 10573-10580  Abstract
  2. Kreutz T., Gwinn E., Artzi R., Naaman R., Pizem H. & Sukenik C. (2003) Applied Physics Letters. 83, 20, p. 4211-4213  Abstract
  3. Lvov V., Naaman R., Tiberkevich V. & Vager Z. (2003) Chemical Physics Letters. 381, 6-May, p. 650-653  Abstract
  4. Walling H., Artzi R., Gwinn E., Naaman R., Maranowski K. & Gossard A. (2003) Solid State Communications. 127, 11, p. 707-711  Abstract
  5. Carmeli I., Gefen Z., Vager Z. & Naaman R. (2003) Physical Review B. 68, 11,  Abstract
  6. Artzi R., Daube S., Cohen H. & Naaman R. (2003) Langmuir. 19, 18, p. 7392-7398  Abstract
  7. Carmeli I., Leitus G., Naaman R., Reich S. & Vager Z. (2003) Journal of Chemical Physics. 118, 23, p. 10372-10375  Abstract
  8. Naaman R. & Vager Z. (2003) Accounts of Chemical Research. 36, 5, p. 291-299  Abstract
  9. Samokhvalov A., Gurney R., Lahav M., Cohen S. R., Cohen H. & Naaman R. (2003) Journal of Physical Chemistry B. 107, 18, p. 4245-4252  Abstract
  10. Hazani M., Naaman R., Hennrich F. & Kappes M. (2003) Nano Letters. 3, 2, p. 153-155  Abstract
  11. Carmeli I., Leitus G., Naaman R., Reich S. & Vager Z. (2003) Israel Journal of Chemistry. 43, 4-Mar, p. 399-405  Abstract

2002

  1. Carmeli I., Skakalova V., Naaman R. & Vager Z. (2002) AIP Conference Proceedings. 633, p. 458-463  Abstract
  2. Samokhvalov A., Gurney R., Lahav M. & Naaman R. (2002) Journal of Physical Chemistry B. 106, 35, p. 9070-9078  Abstract
  3. Vager Z. & Naaman R. (2002) Chemical Physics. 281, 3-Feb, p. 305-309  Abstract
  4. Shvarts D., Haran A., Benshafrut R., Cahen D. & Naaman R. (2002) Chemical Physics Letters. 354, 4-Mar, p. 349-353  Abstract
  5. Carmeli I., Skakalova V., Naaman R. & Vager Z. (2002) Biophysical Chemistry: Membranes And Proteins. 283, p. 136-146  Abstract
  6. Carmeli I., Skakalova V., Naaman R. & Vager Z. (2002) ANGEWANDTE CHEMIE-INTERNATIONAL EDITION. 41, 5, p. 761-+  Abstract

2001

  1. Havdala R., Langof L., Lifshitz E. & Naaman R. (2001) Journal of Chemical Physics. 115, 8, p. 3834-3839  Abstract
  2. Ray S. & Naaman R. (2001) Chemical Physics Letters. 341, 2-Jan, p. 51-55  Abstract
  3. Wu D., Cahen D., Graf P., Naaman R., Nitzan A. & Shvarts D. (2001) Chemistry-A European Journal. 7, 8, p. 1743-1749  Abstract
  4. Hutchison G., Ratner M., Marks T. & Naaman R. (2001) Journal Of Physical Chemistry B. 105, 15, p. 2881-2884  Abstract
  5. Berfeld M., Samokhvalov A., Naaman R. & Lahav M. (2001) Advanced Materials. 13, 8, p. 584-+  Abstract

2000

  1. Wu D. G., Ashkenasy G., Shvarts D., Ussyshkin R. V., Naaman R., Shanzer A. & Cahen D. (2000) Angewandte Chemie - International Edition. 39, 24, p. 4496-4500  Abstract
  2. Haran A., Dimitrov D., Trakhtenberg S. & Naaman R. (2000) Journal of Chemical Physics. 113, 17, p. 7571-7577  Abstract
  3. Samokhvalov A. & Naaman R. (2000) Journal Of Physical Chemistry B. 104, 47, p. 11248-11252  Abstract
  4. Haran A., Cohen H. & Naaman R. (2000) Superlattices and Microstructures. 28, 4, p. 279-288  Abstract
  5. Samokhvalov A., Berfeld M., Lahav M., Naaman R. & Rabani E. (2000) Journal Of Physical Chemistry B. 104, 36, p. 8631-8634  Abstract
  6. Imura K., Ohoyama H., Naaman R., Che D., Hashinokuchi M. & Kasai T. (2000) Journal of Molecular Structure. 552, p. 137-145  Abstract
  7. Dimitrov D., Trakhtenberg S., Naaman R., Smith D., Samartzis P. & Kitsopoulos T. (2000) Chemical Physics Letters. 322, 6, p. 587-591  Abstract
  8. Rudich Y., Benjamin I., Naaman R., Thomas E., Trakhtenberg S. & Ussyshkin R. (2000) Journal of Physical Chemistry A. 104, 22, p. 5238-5245  Abstract
  9. Guidoni A. G., Paladini A., Veneziani M., Naaman R. & Di Palma T. M. (2000) Applied Surface Science. 154-155, p. 186-191  Abstract
  10. Shvarts D., Benshafrut R., Cahen D., Haran A., Naaman R., Schneider B. & Shanzer A. (2000) Sensors And Microsystems. p. 129-133  Abstract
  11. Wu D. G., Ashkenasy G., Shvarts D., Ussyshkin R. V., Naaman R., Shanzer A. & Cahen D. (2000) Angewandte Chemie. 112, 24, p. 4670-4674  Abstract

1999

  1. Ray K., Shanzer A., Waldeck D. & Naaman R. (1999) Physical Review B. 60, 19, p. 13347-13350  Abstract
  2. McCoy A. & Naaman R. (1999) International Reviews in Physical Chemistry. 18, 4, p. 459-484  Abstract
  3. Imura K., Veneziani M., Kasai T. & Naaman R. (1999) Journal of Chemical Physics. 111, 9, p. 4025-4031  Abstract
  4. Haran A., Naaman R., Ashkenasy G., Shanzer A., Quast T., Winter B. & Hertel I. (1999) European Physical Journal B. 8, 3, p. 445-451  Abstract
  5. Ring S., Naaman R. & Rudich Y. (1999) Analytical Chemistry. 71, 3, p. 648-651  Abstract
  6. Ray K., Ananthavel S., Waldeck D. & Naaman R. (1999) Science. 283, 5403, p. 814-816  Abstract
  7. Imura K., Kasai T., Ohoyama H. & Naaman R. (1999) Journal of Chemical Physics. 110, 1, p. 355-358  Abstract
  8. Naaman R. & Vager Z. (1999) Journal of Chemical Physics. 110, 1, p. 359-362  Abstract

1998

  1. Trakhtenberg S. & Naaman R. (1998) Thin Solid Films. 327, p. 499-502  Abstract
  2. Kadyshevitch A., Ananthavel S. & Naaman R. (1998) Thin Solid Films. 327, p. 357-359  Abstract
  3. McCoy A., Lufaso M., Veneziani M., Atrill S. & Naaman R. (1998) Journal of Chemical Physics. 108, 23, p. 9651-9657  Abstract
  4. Naaman R., Haran A., Nitzan A., Evans D. & Galperin M. (1998) Journal Of Physical Chemistry B. 102, 19, p. 3658-3668  Abstract
  5. Vilan A., Ussyshkin R., Gartsman K., Cahen D., Naaman R. & Shanzer A. (1998) Journal Of Physical Chemistry B. 102, 18, p. 3307-3309  Abstract
  6. Gartsman K., Cahen D., Kadyshevitch A., Libman J., Moav T., Naaman R., Shanzer A., Umansky V. Y. & Vilan A. (1998) Chemical Physics Letters. 283, 6-May, p. 301-306  Abstract

1997

  1. Graber T., Kanter E., Levin J., Zajfman D., Vager Z. & Naaman R. (1997) Physical Review A. 56, 4, p. 2600-2613  Abstract
  2. Kadyshevitch A., Ananthavel S. & Naaman R. (1997) Journal of Chemical Physics. 107, 4, p. 1288-1290  Abstract
  3. Trakhtenberg S., Naaman R., Cohen S. & Benjamin I. (1997) Journal Of Physical Chemistry B. 101, 26, p. 5172-5176  Abstract
  4. Kadyshevitch A., Naaman R., Cohen R., Cahen D., Libman J. & Shanzer A. (1997) Journal Of Physical Chemistry B. 101, 20, p. 4085-4089  Abstract
  5. Haran A., Kadyshevitch A., Cohen H., Naaman R., Evans D., Seideman T. & Nitzan A. (1997) Chemical Physics Letters. 268, 5-6, p. 475-480  Abstract
  6. Hurwitz Y., Stern P., Naaman R. & McCoy A. (1997) Journal of Chemical Physics. 106, 7, p. 2627-2633  Abstract
  7. Kadyshevitch A. & Naaman R. (1997) Surface and Interface Analysis. 25, 2, p. 71-75  Abstract
  8. Cheshnovsky O. & Naaman R. (1997) Israel Journal of Chemistry. 37, 4, p. iii-iii  Abstract
  9. Effect of organic molecules on a GaAs transistor
    Gartsman K., Cahen D., Kadyshevitch A., Libman J., Moav T., Naaman R., Shanzer A., Umansky V. Y. & Vilan A. (1997) Proceedings Of The Symposium On Chemical And Biological Sensors And Analytical Electrochemical Methods. 97, 19, p. 704-710  Abstract

1996

  1. Kadyshevitch A. & Naaman R. (1996) Thin Solid Films. 288, 2-Jan, p. 139-146  Abstract
  2. Imura K., Kasai T., Ohoyama H., Takahashi H. & Naaman R. (1996) Chemical Physics Letters. 259, 4-Mar, p. 356-360  Abstract
  3. Naaman R. & Vager Z. (1996) Review of Scientific Instruments. 67, 9, p. 3332-3333  Abstract

1995

  1. KADYSHEVITCH A. & Naaman R. (1995) Physical Review Letters. 75, 15, p. 2905-2905  Abstract
  2. KADYSHEVITCH A. & Naaman R. (1995) Physical Review Letters. 74, 17, p. 3443-3446  Abstract
  3. Vaida V., Frost G. J., Brown L. A., Naaman R. & Hurwitz Y. (1995) Berichte Der Bunsen-Gesellschaft-Physical Chemistry Chemical Physics. 99, 3, p. 371-377  Abstract

1994

  1. PAZ Y., TRAKHTENBERG S. & Naaman R. (1994) Journal of Physical Chemistry. 98, 51, p. 13517-13523  Abstract
  2. PAZ Y., TRAKHTENBERG S. & Naaman R. (1994) Journal of the American Chemical Society. 116, 22, p. 10344-10345  Abstract
  3. HARAN A., WALDECK D., Naaman R., MOONS E. & Cahen D. (1994) Science. 263, 5149, p. 948-950  Abstract
  4. Rudich Y., Hurwitz Y. & Naaman R. (1994) Ultrafast Reaction Dynamics And Solvent Effects. 298, 1, p. 551-561  Abstract