Dessouki, A. M., Y. Badr, A. H. Zahran, A. Mousa, and M. Abo-Zeid,
"SOME SPECTROSCOPIC STUDIES OF COTTON-G-STYRENE PREPARED BY gamma IRRADIATION.",
Radiation Physics and Chemistry, vol. 27, no. 5, pp. 347-351, 1986.
Abstractn/a
Dessouki, A. M., Y. Badr, A. H. Zahran, A. Mousa, and M. Abo-Zeid,
"Some spectroscopic studies of cotton-G-styrene prepared by λ irradiation",
International Journal of Radiation Applications and Instrumentation. Part, vol. 27, no. 5, pp. 347-351, 1986.
Abstractn/a
Ward, P. T., and S. J. Mellor,
Structured {Development} for {Real}-{Time} {Systems},
, vol. 2, Essential modelling techniques, New York, N.Y., Yourdon Press, 1986.
Abstractn/a
El‐Kabbany, F., Y. Badr, G. Said, S. Taha, and S. Mahrous,
"A study of the thermal hysteresis in AgNO3",
physica status solidi (a), vol. 95, no. 1, pp. 127-134, 1986.
Abstractn/a
Ismail, M., A. Faessler, and M. Trefz,
"Test of proximity theorem for the nucleus-nucleus potential derived from a realistic NN force",
Journal of Physics G: Nuclear Physics, vol. 12, no. 7, pp. L157-L159, 1986.
AbstractThe authors investigate the proximity scaling for the nuclear part of the nucleus-nucleus potential derived from the collision of two infinite nuclear matters flowing through each other. It is found that the proximity theorem is satisfied to a good extent at each value of the projectile energy per nucleon. They simplify the interaction potential between different pairs of nuclei by the product of a geometrical factor, dependent on the radii of the interacting nuclei, and a gaussian distribution whose parameters depend on the projectile energy per nucleon.
Ahmed, M.A., E. - D. R. M. M. F. A.,
"Thermal studies on the dielectric constant of some (CnH2n)(NH3)2FeCl4 compounds (n = 2, 7 and 10)",
Thermochimica Acta, vol. 105, no. C, pp. 295-301, 1986.
AbstractThe dielectric constant of the compounds (CH22(NH3)2FeCl4, (CH2)7(NH3)2FeCl4 and (CH2)210 (NH3)2 FeCl4 is measured at temperatures from liquid nitrogen temperature up to near the melting point of each sample. The phase transitions obtained are confirmed by the DTA thermograph. © 1986.