Publications

2022

  • 1
    Kroupp E., Tata S., Wan Y. et_al. (2022) Matter and Radiation at Extremes. 7, 4, 044401.  

2021

  • 2
    Tesi A., Segre E., Leardini S., Breskin A., Kapishnikov S., Moleri L., Vartsky D. & Bressler S. (2021) Journal of Instrumentation. 16, 9, P09003.  

2019

  • 3
    Borgman O., Darwent T., Segre E., Goehring L. & Holtzman R. (2019) Advances in Water Resources. 128, p. 158-167  
  • 4
    Zhao B., Macminn C. W., Primkulov B. K. et_al. (2019) Proceedings of the National Academy of Sciences of the United States of America. 28, p. 13799-13806  
  • 5
    Segre E. (2019) La Rassegna Mensile di Israel. 85, 1, p. 79-97  

2018

  • 6
    Givon A., Steirer K. X., Segre E. & Cohen H. (2018) Applied Physics Letters. 113, 9, 091602.  

2017

  • 7
    Bluvshtein N., Flores J. M., He Q., Segre E., Segev L., Hong N., Donohue A., Hilfiker J. N. & Rudich Y. (2017) Atmospheric Measurement Techniques. 10, 3, p. 1203-1213  

2015

  • 8
    Lavi A., Segre E., Gomez-Hernandez M., Zhang R. & Rudich Y. (2015) Journal of Physical Chemistry A. 119, 19, p. 4336-4346  
  • 9
    Holtzman R. & Segre E. (2015) Physical Review Letters. 115, 16, 164501.  
  • 10
    Greenwald E., Segre E. & Feinerman O. (2015) Scientific Reports. 5, 12496.  

2014

  • 11
    Farhi A., Boyko V., Almagor J., Benenson I., Segre E., Rudich Y., Stern E. & Lerner-Geva L. (2014) Environmental Research. 135, p. 173-180  

2013

  • 12
    Lavi A., Bluvshtein N., Segre E., Segev L., Flores M. & Rudich Y. (2013) Journal of Physical Chemistry C. 117, 43, p. 22412-22421  
  • 13
    Lavi A., Farmer D. K., Segre E., Moise T., Rotenberg E., Jimenez J. L. & Rudich Y. (2013) Aerosol Science and Technology. 47, 8, p. 906-915  

2011

  • 14
    Zabusky N. J., Segre E., Deschamps J., Kantsler V. & Steinberg V. (2011) Physics of Fluids. 23, 4, 041905.  

2010

  • 15
    Burnishev Y., Segre E. & Steinberg V. (2010) Physics of Fluids. 22, 3, 35108.  
  • 16
    Lang Yona N., Abo-Riziq A., Erlick C., Segre E., Trainic M. & Rudich Y. (2010) Physical Chemistry Chemical Physics. 12, 1, p. 21-31  

2009

  • 17
    Lang-Yona M., Rudich Y., Segre E., Dinar E. & Abo-Riziq A. (2009) Analytical Chemistry. 81, 5, p. 1762-1769  
  • 18
    Deschamps J., Kantsler V., Segre E. & Steinberg V. (2009) Proceedings of the National Academy of Sciences of the United States of America. 106, 28, p. 11444-11447  

2008

  • 19
    Kantsler V., Segre E. & Steinberg V. (2008) EPL. 82, 5,  
  • 20
    Stern M., Garmider V., Segre E., Rappaport M., Umansky V. Y., Levinson Y. & Bar-Joseph I. (2008) Physical Review Letters. 101, 25,  
  • 21
    Riziq A. A., Trainic M., Erlick C., Segre E. & Rudich Y. (2008) Atmospheric Chemistry and Physics. 8, 6, p. 1823-1833  
  • 22
    Latz M. I., Bovard M., Vandelinder V., Segre E., Rohr J. & Groisman A. (2008) Journal of Experimental Biology. 211, 17, p. 2865-2875  
  • 23
    Kantsler V., Segre E. & Steinberg V. (2008) Physical Review Letters. 101, 4,  

2007

  • 24
    Burghelea T., Segre E. & Steinberg V. (2007) Physics of Fluids. 19, 5,  
  • 25
    Kantsler V., Segre E. & Steinberg V. (2007) Physical Review Letters. 99, 17,  

2006

  • 26
    Burghelea T., Segre E. & Steinberg V. (2006) Physical Review Letters. 96, 21,  

2005

  • 27
    Burghelea T., Segre E. & Steinberg V. (2005) Physics of Fluids. 17, 10,  

2004

  • 28
    Burghelea T., Segre E. & Steinberg V. (2004) Europhysics Letters. 68, 4, p. 529-535  
  • 29
    Burghelea T., Segre E. & Steinberg V. (2004) Physical Review Letters. 92, 16,  
  • 30
    Burghelea T., Segre E., Bar-Joseph I., Groisman A. & Steinberg V. (2004) Physical Review E. 69, 6,