- Non Alkali Metal Behaviour for Lithium.
M. Danino, M. Kaveh, and N. Wiser.
Journal de Physique, v. 39 C6-1046 (1978). - Thermopower of Alkali Metals at High Temperatures.
Meir Danino.
Phys. Rev. B.23, p.2620, (1981) - Anomalous Electron - Electron Scattering Contribution to the Resistivity of Lithium.
M. Sinvani, A.J. Greenfield, M. Danino, M. Kaveh and N. Wiser.
J. Phys. F.11, p.L73, (1981) - Evidence for the Anisotropic Limit for Electron - Electron Scattering in Potassium. M. Danino, M. Kaveh and N. Wiser.
J. Phys. F.11, p.L107, (1981) - Electrical Resistivity of Highly Strained Sample of Potassium.
M. Danino, M. Kaveh and N. Wiser.
Physica, 108B, p.907, (1981) - Phonon Dislocation Scattering in Alkali Metals.
M. Danino, M. Kaveh and N. Wiser.
J. Phys. F.11, p.2563, (1981) - Electrical Resistivity of Lithium at High Temperatures.
M. Danino.
J. Phys. F.12, p.1743, (1982) - Enhancement of the Phonon Heat Capacity of Metals at Low Temperatures
M. Danino and A.W. Overhouser.
Phys. Rev. B.26, p.1569, (1982) - Electronic Properties in NbSe
Meir Danino and Meir Weger.
Phys. Rev. B.26, p.7035, (1982) - New Mechanism for the Quenching of Phonon Drag in the Alkali Metals.
M. Danino, M. Kaveh and N. Wiser.
J. Phys. F.12, p.L259, (1982) - Electronic Stracture for Sliding Charge Density Waves.
Meir Danino and Meir Weger.
J. Phys. Chem. Solids, 44, p.691 (1983) - Anisotropic Electron Scattering and the Quenching of Phonon Drag.
M. Danino, M. Kaveh and N. Wiser.
J. Phys. F.13, p.1665, (1983) - Ising Lattices with Four-Spin Interactions.
Meir Danino.
Solid State Comm. 52, p.885, (1984) - Correlated Effective Field Method in the Location of the Ising
Model Tricritical Point.
Barry Frank and Meir Danino,
Solid State Communications, v.56, p.643, (1985). - The Tricritical Point in Ising Models with Pair and Quartet Interactions.
Barry Frank and Meir Danino,
J. Phys. C: Solid State Phys. v.19, p.2529, (1986). - Evaluation of Automatic Track Formation with Cascaded Logic.
Meir Danino,
IEEE International Conference on Control and Applications. Proceedings ICCON 89, RA-1-1, (1989). - Ising Model Critical n from a Critically Equation.
Barry Frank, Luc Macot, K.V. Bassias and Meir Danino,
Canadian J. of Physics, v.67, p.946, (1989). - Transport in Networks with a Power-Law Distribution of Conductance:
The Ladder and the Sierpinski Gasket.
Haim Taitelbaum, Meir Danino, Shlomo Havlin and I. Webman. Physical Review B, v.41, p.2445, (1990). - The Average Number of Kinks of a Short Polyelectrolyte Chain:
A Monte Carlo Study.
Chava Brender and Meir Danino.
Journal of Chemical Physics, v.97 (3), p2119, (1992). - Internal Distances in Short Polyelectrolytes: A Monte Carlo Study.
Chava Brender and Meir Danino.
Physical Review E, v.48 (5), p.3717, (1993). - Screening in Short Polyelectrolytes: A Monte Carlo Study.
Chava Brender and Meir Danino.
The Journal of Physical Chemistry, v.100 (44) p.17563, (1996) - Fractal in Monte Carlo Simulations of a Short Polyelectrolytes.
Chava Brender, Meir Danino and Smadar Shatz.
The Journal of Physics A, v.32 p. 235 (1999) - 23. Size Effects in Short Polyelectrolyte Chains: A Monte Carlo Study.
Chava Brender and Meir Danino.
The Journal of Physical Chemistry, (2000) - The Missile Warning Challenge
Meir Danino
Journal of Electronic defense (1999) - IRST Tests Standarization for Panoramic IR Sensors
Gil Tidhar, Shavit Nadav and Meir Danino
In Infrared Imaging Systems: Design, Analysis, Modeling, and Testing Xl, Gerald C. Hoist, Editor,
Proceedings of SPIE Vol. 4030 (2000), pages 86 – 95 - SWAD: small arms fire warning and direction finding system: a passive IR concept,
M. Zahler, M. Danino, Elisra Electronic Systems Ltd. (Israel) . ..[6542-107]
Infrared Technology and Applications XXXIII (2007) - IR (Infra-Red) – A Force Multiplier for Fixed and Rotary Wing Aircraft
Tsvi Rosen, Shavit Nadav, Meir Danino, Elisra Electronic Systems, Israel
First International Conference on Electronic Warfare – EWCI 2010
9-12 Feb 2010, Bangalore, India - Uncooled infrared sensor technology for hostile fire indication systems
Shavit Nadav, Guy Brodetzki, Meir Danino, Moti Zahler
Optical Engineering 50(6), 061012 (June 2011)