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                                                  List of Publications

1.                 

1.   1.  M.M.El-Khishin and A. H. Phillips, “ Investigation of internal fields acting on 57Fe –Nuclei in magnetic compounds using Moss Bauer effect”, Proc. Math. & Phys. Soc. Of Egypt, 38 (1974) 19.

 2.M.M. El-Khishin, S.H.Allam, and A.H. Phillips, “ Neutrino-Pair Bremsstrahlung from a hot plasma in the presence of a strong magnetic field”, Annalen Der Physik 7 Folge Bd. 35 (1978) 1.

 3. V.V. Kosinetz, V. I. Khotkevich, and A.H. Phillips, “ Defects appearing in copper deformed at low temperatures”, Fizika Nizkikh Temperature, T.3, No.12 (1977) 1531.

 4. V.P. Lebedev, V.I. Khotkevich, V.S. Kr’lovski, and A. H. Phillips, “ Deformation of Nickel in static magnetic field”, Fizika Met. & Metallovedenia. T.48, No.5 (1979) 1108.

 5. V.V.Kosinetz, A.H.Phillips, and M.L.Goden, “ Electrical resistivity recovery of Silver after quenching and plastic deformation at 4.2K”, Metallofizika, T.2, No.4 (1980) 59.

 6. V.P.Lebedev, V.I.Khotkevich, V.S. Kr’lovski, and A.H.Phillips, “ Temperature dependence of mechanical, activation, and structural characteristics for Nickel in the temperature range 1.5-300K”, Ukrainskii Fiz. J., T.26, No.3 (1981)439.

 7.V.I.Khotkevich, V.P. Lebedev, V.S.Kr’lovski, and A.H.Phillips, “ Structural state in Aluminum after plastic deformation of it at low temperatures”, Metalloifizika, T.3, No.6 (1981) 87.

 8.A.H.Phillips, and M.A.Adawi, “ The study of the localized and resonance modes of vibration in a real crystal by using its physical property parameters”, Egyptian J Sol. 4 (1982) 7.

 9.A.H.Phillips, and A.M. Khalaf, “ Green’s technique in formulating Debye-Waller Factor”, Egyptian J. Sol. 5 (1984) 43.

 10.A.H.Phillips, and A.M.Khalaf, “ Theoretical interpretation of aging effect of the anomalous behavior of the Yield stress of the quenched silver”, Egyptian J. Sol. 5 (1984) 63.

 11. Adel H. Phillips, “ The temperature dependence of the Yield point of Nickel in the presence of static and alternating magnetic fields”, Materials Science and Engineering, 64 (1984), L23.

 12.A.A.Aly, H.M.Ellabany, A.M.Abdeen, and Adel H.Phillips, “ Stress relaxation in polycrystalline Copper and Aluminum” Delta J. Sci. 7(2) (1983) 304.

 13.M.F.Attia, H.F.Ragaie, and A.H.Phillips, “Broad-band antireflection for Silicon solar cells”, 9th International Congress for Statistics, Computer Science, Social and Demographic Research, 31 March-10April (1984), P.169, Ain-Shams University.

 14.A.H.Phillips, “ Modeling of relaxation processes in metallic glasses using Fractal Approach” Egypt. J. Sol. 5(1984) 66.

 15.A.H.Phillips, N.K.Gobran, and R.Kamel, “ Structural analysis of the metallic glass Fe40Ni40B20 using the tangent lattice model”, Phys. Stat. Sol. (a) 88 (1985) 463.

 16.V.N. Samoylov, A.H. Phillips, “ Study of phase transition processes of ferromagnetic materials by ion bombardment. Simulation approach”, Proc. Of Sov.Un. Seminar in Ushgorod state university, USSR, 17-22 June (1985) on: Surface diagnosis by ion beams, P.198.

 17.V.N. Samoylov, A.H.Phillips, and V.A. Eltekov, “ The variation of potential barrier of ferromagnetics around phase transition”, Proc. Of Sov. Un. Seminar in Ushgorod State University, USSR, June, 17-22 (1985) on: Surface diagnosis by ion beams, P.191.

 18.A.H.Phillips, and N.K.Gobran, “ Computation of the stress exponent of Cobalt in its HCP and FCC phases”, Phys. Stat. Sol. (a) 101 (1987) K115.

 19.V.N.Samoylov, A.H.Phillips, V.A.Eltekov, and V.E.Yurasova, “ Simulation of ion transmission and sputtering for HCP and FCC Cobalt crystals”, Nucl. Instr. And Methods in Phys. Research, B18 (1987) 143.

 20.  V.N.Samoylov, and A.H.Phillips, “ Monte-Carlo simulation of sputtering of Ni”, Academy of Science, USSR Physico-technical Institute (A.I.Ioffe). Simulation of Structural Defects in Crystals. Selected Scientific papers (Leningrad) (1987) 202.

 21.A.H.Phillips, V.N.Samoylov, and V.A.Eltekov, “ Monte-Carlo method for sputtering process of (a, b) Cobalt polycrystals”. In: Ion Beam Modification of Materials. Abstracts of 6th Int. Conf., Tokyo, Japan (1988) P.AP-9.

 22.V.N.Samoylov, V.A.Eltekov, A.H.Phillips, and V.E.Yurasova, “ Forward sputtering of monocrystalline Cobalt at the polymorphic phase transition”, Academy of Science USSR Physico-technical Institute ( A. F. Ioffe). Simulation of Structural Defects in Crystals. Selected Scientific Papers (Leningrad) (1987) 194.

 23. Adel H.Phillips, “ Simulation of phonon-grain boundary interaction”, Proc. Of the first International Conference on Eng.Math. and Phys. Dept of Eng. Math. And Phys., Faculty of Engineering, Cairo University, Cairo, Egypt, Feb.26-28, (1991), Vol.3, P.1330.

 24.Adel H. Phillips, “ Sputtering of Cobalt polycrystals- A simulation approach”, Arab J. Appl. Phys. & Edu. 2 (1991) 67.

25.A.H.Phillips, N.K.Gobran, and R.Kamel, “ Calculation of relaxation spectrum function based on the quantum void model in the amorphous alloy Fe40Ni40B20”, Phys. Stat. Sol.(b) 164 (1991) 77.

 26.A.H.Phillips, N.K.Gobran, and R.Kamel, “ Atomic model for the thermal activation of the relaxational mode for metals with dilute solute atoms”, Phys. Stat. Sol. (a) 125 (1991) K59.

 27.Adel H. Phillips, Moheb H. Youssef, and N.K.Gobran, “ A two state model for the calculation of ultrasonic attenuation in pure metals”, Modeling and Simulation in Materials Science and Engineering 1 (1993) 449-454.

 28.A.H.Phillips, “ Percolation technique to grain growth of dilute metallic alloys” 1st Nat. Conf. Of Math. & Phys. Sciences and Applications, Faculty of Education, Ain-Shams University, Nov.27-30 (1995) 367.

 29.A.H.Phillips, M.H.Youssef, and N.K.Gobran, “ Grain growth simulation for dilute metallic alloys”, Egypt. J. Sol. 21, No.1 (1998) 1.

 30.A.H.Phillips, M.H.Youssef, and N.K.Gobran, “ Relaxation mechanisms due to the reorientation of grains under alternating stress field” Egypt. J. Sol. 22, No.2 (1999) 293.

 31.A.H.Aly, A.H.Phillips, and R.Kamel, “ Quantum transport in 2DEG semiconductor- based heterostructure coupled with superconducting contacts”, Egypt. J. Phys. 30, (1999) 343.

 32.A.A.Awadalla, A.M.Hegazy, A.H.Phillips, and R. Kamel Wassef, “ Quantum transport characteristics of quantum dot encountered by a superconductor point contact”, Egypt. J. Phys. 31, No.3 (2000) 289.

 33.A.A.Awadalla, A.M.Hegazy, A.H.Phillips, R.Kamel Wassef, “ Resonance tunneling through quantum dot coupled with two superconducting reservoirs “, Proceedings of the 5th National Conference on Physics, Role of in Industry, Academy of Scientific Research and Technology, March 14-16, (1999) P.109.

 34.A.A.Awadalla, A.M.Hegazy, A.H.Phillips, R.Kamel Wassef, “The effect of Coulomb blockade and Magnetic field on the quantum conductance of quantum dot coupled with superconducting quantum point contact” Proc. Of 3rd International Conference, Al-Azhar University, Faculty of Science, March 22-25, (1999) P.14.

 35.A.H.Aly and A.H.Phillips, “ Peltier effect of superconductor- semiconductor mesoscopic device” Preprint of ICTP, Trieste, Italy (2001) P.163.

 36.A.A.Awadalla, A.M.Hegazy, A.H.Phillips, R.Kamel Wassef, "Transport Properties of Quantum Interference Devices, The Role of the Andreev Bound States". Egypt. J. Sol. 25, No.1(2002) 1.

37. A.N.Mina, A.H.Phillips, F.M.Shaheen, and N.S.Abdel-Gawad “ Quantum chaos in the conductance of a mesoscopic system. Theory and Simulation Approach. Physica C 341-348 (2000) 301.

 38.A.N.Mina, A.H.Phillips, and N.S.Abdel-Gawad “ Resonant tunneling through a quantum dot coupled to superconducting leads driven by an electric field” Egypt. J. Phys., 33, No.1 (2002) 179.

 39.A.H.Phillips, “ Mesoscopic superconductor- semiconductor quantum devices”, As invited speaker: 2nd International spring School on Current Activities of Materials Science” Sponsor Tohoku University and Assiut University, April 22-26, (2000) P.87, Assiut, Egypt.

 40.A.H.Phillips, “ Stochastic process in physics “, Regional Conference on Computer in Physics Education, Cairo University, Feb. 26 (2000) Diamond Jubilee , Faculty of Science (1925-2000).

41.A.S.Atallah, A.H.Phillips, “Quantum size effect of two coupled quantum dots”, Proc. Of the International Conference on Materials Science and Technology, Faculty of Science, Cairo University, Beni-Suef Branch, April 2-4,(2001) p.140, Beni-Suef,Egypt.

1.   42..A.H.Aly, and A.H.Phillips, "Quantum Transport in a Superconductor-Semiconductor Mesoscopic System" Phys. Stat. Sol.(b) 232, No.2 (2002) 283.

2.                   

       43.A.N.Mina, A.H.Phillips, Frequency Resolved Detection over a Large Frequency Range of the Fluctuations in an Array of Quantum Dots”. (Abstract) Applied Superconductivity Conference, George R. Brown Convention Center- Houston TX, U.S.A., Aug. 4-9, 2002.

3.                 

      44. A.H.Aly, and A.H.Phillips, Transport Properties of a Chaotic Mesoscopic Devices”., Nonlinear Phenomena in Complex Systems, 6:3 (2003) 787.

4.                   

      45.A.A.Awad Alla, and A.H.Phillips, “Multiple Andreev Reflection in Quantum Dot Coupled Weakly to Superconducting Reservoirs.” Accepted for Publication in Egypt. J. Phys. (2003).

5.                   

   46.A.H.Phillips, A.N.Mina, M.S.Sobhy, E.A.Fouad, “Responsivity of Quantum Dot Photodetector at TeraHertz Detection Frequencies” . International Conference on the Physics, Chemistry and Engineering of Solar Cells (SCELL-2004), (Abstract ) May 13-14 (2004), Badajoz, Spain.

                                      Papers prepared for submission

1.        47.A.Zein, A.H.Phillips, and O.A.Omar, “ Quantum conductance oscillation of the mesoscopic double quantum dots under the effect of magnetic field”.

 48.W.A.Zein, A.H.Phillips, and O.A.Omar, “ Quantum noise spectrum of the double quantum dots induced by a microwave field”.

 49.A.S.Atallah, A.H.Phillips, A.F.Amin, M.El-Semary, “ Photon-assisted transport characteristics through quantum dot coupled to superconducting reservoirs”.

50.A . H. Aly, A. A. Awad Alla, and A. H. Phillips, "Mesoscopic Fluctuations in Transport Through Ballistic Double Quantum Dots".

 51.A.S.Atallah, A.H.Phillips, A.F.Amin, M.A.Semary, “Frequency Dependent Shot Noise Power for a Mesoscopic Quantum Dot”.

 52.A.H.Phillips, A.N.Mina, M.S.Sobhy, E.A.Fouad, “Electron Dynamics Properties of a Quantum Dot Turnstile Coupled to Two Superconducting Reservoirs”.

 53.A.H.Phillips, A.N.Mina, M.S.Sobhy, E.A.Fouad, “Aharonov-Bohm Interferometry with Quantum Dot Turnstile”.

 54.A.H.Phillips, N.A.I.Aly, K.Kirah, and H.E.El-Sayes, “Time-dependent Single-Electron Tunneling in Quantum dot Coupled to Superconducting Reservoirs”.

 55.A.H.Phillips, N.A.I.Aly, K.Kirah, and H.E.El-Sayes,”Phase Sensitive and Coherence Characteristics in Quantum Dot under effect of ac-field.”