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Moshe Einat
Moshe Einat
Dep. Electrical Engineering, Ariel University
Verified email at ariel.ac.il - Homepage
Title
Cited by
Cited by
Year
HAND-HELD DEVICE AND METHOD FOR DETECTING CONCEALED WEAPONS AND HIDDEN OBJECTS
B KAPILEVICH, M EINAT
US Patent US20090195435 A1, 2009
642009
Demonstration of microwave generation by a ferroelectric-cathode tube
R Drori, M Einat, D Shur, E Jerby, G Rosenman, R Advani, RJ Temkin, ...
Applied physics letters 74 (3), 335-337, 1999
421999
Non-imaging MM-wave FMCW sensor for pedestrian detection
A Etinger, N Balal, B Litvak, M Einat, B Kapilevich, Y Pinhasi
IEEE Sensors Journal 14 (4), 1232-1237, 2013
392013
95 GHz gyrotron with ferroelectric cathode
M Einat, M Pilossof, R Ben-Moshe, H Hirshbein, D Borodin
Physical Review Letters 109 (18), 185101, 2012
372012
Normal and anomalous Doppler effects in a dielectric-loaded stripline cyclotron-resonance maser oscillator
M Einat, E Jerby
Physical Review E 56 (5), 5996, 1997
361997
Novel smart holster
B Kisreman, M Einat
US Patent App. US20010033228 A1, 2001
352001
Microboiling measurements of thermal-inkjet heaters
M Einat, M Grajower
Journal of Microelectromechanical Systems 19 (2), 391-395, 2010
342010
Lifetime of ferroelectric ceramic cathodes with high current density
M Einat, D Shur, E Jerby, G Rosenman
Journal of Applied Physics 89 (1), 548-552, 2001
332001
Detecting hidden objects on human body using active millimeter wave sensor
B Kapilevich, M Einat
IEEE Sensors journal 10 (11), 1746-1752, 2010
322010
Radiation measurements in the new tandem accelerator FEL
A Gover, A Faingersh, A Eliran, M Volshonok, H Kleinman, S Wolowelsky, ...
Nuclear Instruments and Methods in Physics Research Section A: Accelerators …, 2004
312004
Portable passive millimeter-wave sensor for detecting concealed weapons and explosives hidden on a human body
B Kapilevich, B Litvak, A Shulzinger, M Einat
IEEE Sensors Journal 13 (11), 4224-4228, 2013
292013
Characterization of a Schottky diode rectenna for millimeter wave power beaming using high power radiation sources
A Etinger, M Pilossof, B Litvak, D Hardon, M Einat, B Kapilevich, Y Pinhasi
Acta Physica Polonica A 131 (5), 1280-1284, 2017
272017
Design of 95 GHz gyrotron based on continuous operation copper solenoid with water cooling
D Borodin, R Ben-Moshe, M Einat
Review of scientific instruments 85 (7), 2014
272014
Reluctance launcher coil-gun simulations and experiment
Y Orbach, M Oren, A Golan, M Einat
IEEE Transactions on Plasma Science 47 (2), 1358-1363, 2018
242018
Two-dimension full array high-speed ink-jet print head
M Einat, N Einat
Applied physics letters 89 (7), 2006
242006
A ferroelectric electron gun in a free-electron maser experiment
M Einat, E Jerby, G Rosenman
Nuclear Instruments and Methods in Physics Research Section A: Accelerators …, 2002
242002
Copper Solenoid Design for the Continuous Operation of a Second Harmonic 95-GHz Gyrotron
D Borodin, M Einat
IEEE TRANSACTIONS ON ELECTRON DEVICES 61, 3309 - 3316, 2014
232014
Induced static magnetic field by a cellular phone
M Einat, A Yahalom
Applied Physics Letters 99 (9), 2011
232011
High-repetition-rate ferroelectric-cathode gyrotron
M Einat, E Jerby, G Rosenman
Applied Physics Letters 79 (25), 4097-4099, 2001
232001
Note: A 95 GHz mid-power gyrotron for medical applications measurements
M Pilossof, M Einat
Review of Scientific Instruments 86 (1), 2015
222015
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