MOSHE DAYAN

 

 

List of Publications 

 

  Articles

 

1. M. Dayan, J. Grinberg, Y. Oren and A. Seidman,

A Method for Measurements of x-y Coordinates by Employing Shock Waves. Nucl. Inst. Meth. vol. 100, 243 (1972).

 

2. M. Dayan, and G. Deutscher,

Tunneling Measurements on Granular and Clean Al Films. LT14, vol. 2, 421          (1975).

 

3. Z. Ovadyahu, M. Dayan, G. Deutscher, R. Rosenbaum and E. Grunbaum,

Cooper Limit Measurements on Pb/Cu Films, LT14, vol. 2, 265 (1975).

 

4. R. Buitrago, L. E. Toth, A. M. Goldman and M. Dayan,

Electron Tunneling in High Tc Nb3Ge Films, LT15, J. Physique, vol. C6, 419          (1978).

 

5. M. Dayan,

Tunneling Measurements on Crystalline and Granular Al. J. Low Temp. Phys. vol. 32 (#3/4), 643 (1978).

 

6.  T. Callaghan, J. Schwanebeck, L. E. Toth, M. Dayan, and A. M. Goldman,

A Simple Method for Growing V3Si  single crystals, J. Appl. Phys. vol. 49, 2523 (1978).

 

7.  R. H. Buitrago, L. E. Toth, A. M. Goldman, J. Schwanebeck, and M. Dayan,

Low Temperature Sputter Deposition of High Tc Superconductiong Ni/Ge Films. Appl. Phys. Lett., vol. 32 (5), 341 (1978).

 

8. C. C. Huang, A. M. Goldman, M. Dayan, M. C. Chiang, and L. E. Toth,

Double Superconducting Transitions in Single Crystal of V3Si, Bulletin of A.P.S. vol. 24, 425 (1979).

 

9.  M. Dayan, A. M. Goldman, C. C. Huang, M. C. Chiang, and L. E. Toth,

Double Superconducting Transitions in Single Crystal of V3Si . Phys. Rev. Lett., vol. 42, 335 (1979).

 

10.  M. Dayan, and J. Bar-Sagi,

A Derivation of a Tc Equation from the Strong-Coupling Theory of Superconductivity. J. Low Temp. Phys., vol. 37 (#5/6),

695 (1979). An erratum for this Paper was published in J. L. T. P. vol. 40 (5/5), 639 (1980).

 

11.  M. Dayan, N. Croitoru, and Y. Lereah,

Sputtered Hydrogenated a-Si Alloyed with Al. Phys. Lett., vol. 82A, 306 (1981).

 

12.  M. Dayan,

Non-Phononic Mechanisms of Superconductivity, Are They Possible ? J. Phys. F, vol. 11, L117 (1981).

 

13. M. Dayan, N. Croituro and Y. Lereah,

Sputtered Hydrogenated a-Si Alloyed With Al. Bulletin of A.P.S. vol. 265, 57 (1981).

 

14. M. H. Lt, J. Rodriguez, H. Nava, J. Kim, T. McLelland, W. Gordon, and M. Dayan,

Poly (N-acyl) ethyleimines with Polarizable Aromatic Side Chain Substituents and their Culbertson,

 Polymer Preprints, vol. 23, 106 (Plenum Press, 1983).

 

15.  M. Dayan, and D. H. Buckley,

Measurement of Rolling Friction by a Damped Oscillator, NASA Technical Paper 2257 (1983).

 

16.  M. Dayan, and S. V. Pepper,

Study of the Auger Line Shape of Polyethylene and Diamond, Surface Science, vol. 138, 549 (1984).

 

17. M. Dayan,

Auger, LEED and HREELS Studies on the (100) Surface of Cubic SiC, A Presentation at the national

meeting on SiC held at NCSU, Releigh (Nov.27, 1984).

 

18.  M. Dayan,

High Resolution EELS Study on the (100) Surface of Cubic SiC. Surface Science, vol. 149, L33 (1985).

 

19. M. Dayan,

AES and LEED Study of Zincblende SiC (100) Surface, J. Vac. Sci. Tech. vol. A3(2), 361 (1985).

 

20. M. Dayan,

The Cubic SiC (100) Surface, Studied by LEED, AES and EELS. J. Vac. Sci. Tech. vol. A4(1), 38 (1986).

 

21.  M. Dayan,

A Generalized Proof of the Ineffectiveness of Spin Independent Non-Phononic Mechanisms of Superconductivity.

 Solid St. Comm. vol. 67, 1073 (1988).

 

22. M. Dayan, and V. Volterra,

A Test for Consistency between Measured D and Tc of YBa2Cu3O7 and the Strong Coupling Theory of Superconductivity.

Physica C. vol. 159, 519 (1989).

 

23. M. Dayan,

Large Energy Gap Solutions of the Generalized Eliashberg Equation in High Temperature Superconductors.

Physica C. vol. 167, 228 (1990).

 

24. M. Dayan,

A Generalization of Isotropic Eliashberg Equations to High Temperature Superconductors. Sol. St. Comm. vol. 76, 1215 (1991).

 

25. M. Dayan,

Remarks on the Use Of Photoelectron Spectroscopy in High Temperature Superconductors. J. Vac. Sci. Tech. vol. A9(2),

355 (1991).

 

26. J. Y. Becker, J. Bernstein, M. Dayan, and L. Shahal,

Synthesis and X-ray Structure of a Novel Organoditelluride: Di(tetrathiafulvalence) ditelluride [(TTFTe)2] .

 J. Chem. Soc. Chem. Comm., 1048 (1992).

 

27. M. Dayan,

A Generalized Hartree-Fock Theory of Non-Magnetic High Temperature Superconductors. J. Supercon. vol. 6, 291 (1993).

 

28. J. Y. Becker, J. Bernstein, M. Dayan, A. Ellern, and L. Shahal,

 Charge Transfer Complexes of (TTFTe)2 ; Preparation, Structure, and Electrical Conductivity. Advanced Materials, vol. 6,

758 (1994).

 

29. M. Dayan,

The Coulomb Interaction in the Generalized Hartree-Fock Theory of Superconductivity.  J. Supercon. vol. 9, 503(1996).

 

30. M. Dayan,

Are the Densities of States in Simple Metals Renormalized by the Electron-Phonon Interaction? Physica B, vol 245/4, 344 (1998).

 

31. M. Dayan,

A Preliminary Analysis of the Superconductivity of BKBO by the Generalized Hartree-Fock Theory.  Journal of Superconductivity,

vol 11, 417 (1998).

 

32. M. Dayan,

The Effect of Electron Interactions in Disordered Metals on the Density of States at the Fermi Energy. Physica B, vol 254,

118 (1998).

 

33. M. Dayan,

The Breakdown of Migdal's Theorem and the Divergence of Electron Polarizations in HTSC, J. Supercon. 17/3, 353 (2004).

 

34. M. Dayan,

Correlation Pseudogaps in HTSC, arxiv e-prints, cond-mat/0407090, July 2004.

 

35. M. Dayan,

Pseudogaps in HTSC, J. Supercon. 17/4, 487 (2004).

 

36. M. Dayan,

Double Correlations in HTSC, J. Supercon. 17/6, 739 (2004).

 

37. M. Dayan,

Double Correlations in HTSC, arxiv e-prints, cond-mat/0502547, Mar. 2005.

 

38. M. Dayan,

Complementary Analysis of the Field Perturbation Theory of Superconductivity, J. Supercon. 19, 477 (2006).

 

39.  M. Dayan,

The Coherence Field in the Field Perturbation Theory of Superconductivity. Arxiv e-prints,  cond-mat/0607586, July 2006.

 

40. M. Dayan,

Further Establishment of the Field Perturbation Theory of the Pseudogaps in HTSC. J. Supercon. Nov. Mag. 20, 239 (2007).

See also erratum in J. Supercon. Nov. Mag. 20, 341 (2007).

 

41. M. Dayan,

The Field Perturbation Theory of Pseudogaps in HTSC. Arxiv e-prints, cond-mat./0701409v1 (2007).

 

42. M. Dayan,

The Field Perturbation Theory of the Double Correlated Phase in HTSC. J. Supercon. Nov. Mag.

21, 29 (2008).Also in Arxiv e-prints, cond-mat/0705.1829v2.

 

43. M. Dayan,

Sketching the Theory of Underdoped High Temperature Superconductors. J. of Supercon. & Nov. Mag. 22, 517 (2009).

Also in arXiv e-print, cond-mat/0901.3896.v-2.

 

44. M. Dayan,

The Origin of the Pseudogap in Underdoped HTSC. arXiv cond-mat./1011.3206v6 (2010). J. of Supercon. & Nov. Mag. 26, 2919 (2013).

 

45. M. Dayan,

Principles of the Field Theory of High Temperature Superconductivity in Underdoped Copper-Oxides. arXiv cond-matt/1201.6494v11 (2012).

 

46. M. Dayan,

The Superconductivity of the Double Correlated Linear Aggregations of Holes in the Cuprates. J. of Supercon. & Nov. Mag. 26, 575 (2013).

 

47. M. Dayan,

Pairing Symmetry, Spin-Gap and More in HTSC Cuprates. J. of Supercon. & Nov. Mag. 27, 1973 (2014). Also in arxiv: 1309.2861v2.

 

48. M. Dayan,

Direct Exchange Versus the Indirect Exchange of the t-J Hamiltonian in the HTSC Cuprates. Also in arXiv e-print, cond-mat/ 1502.05353v3.

 

49. M. Dayan,

The Inward Dispersion of the Neutron Scattering Experiments in HTSC Cuprates. J. of Supercon. & Nov. Mag. 29, 1987 (2016).

Also in arXiv e-print, cond-mat/1602.05089.v-3.

 

50. M. Dayan,

The Itinerancy and Interactions of the Linear Strings of Holes in Copper Oxide Superconductors. J. of Supercon, & Nov. Mag. 33, 981 (2020). Also in arXiv e-print, cond-mat/1912.11080.

 

           

 

  Invited Review Article in a Book.

 

 

51. Moshe Dayan,

in Models and Methods of High Tc Superconductivity, Vol. 2, Cpt. 4, pp. 151-190, ed. J. K. Srivastava and S. M. Rao

(Nova Scientific Publishers, Inc. 2003) .