3,988 results
Search Results
2. Some Remarks on the Paper 'Zur Theorie des Ferromagnetismus dünner Schichten'.
3. On the Strengthening Mechanism in Neutron Irradiated Copper Single Crystals. II. Analysis of the Thermally Activated Processes Critical Comments on the Preceding Paper of T. J. Koppenaal and R. J. Arsenault.
4. Comments on the Paper 'On the Interpretation of Electron Diffraction Patterns from 'Amorphous' Boron'.
5. On the Strengthening Mechanism in Neutron Irradiated Copper Single Crystals. I. On Experiments Concerning Strain Rate Changes Critical Comments on the Preceding Paper of T. J. Koppenaal and R. J. Arsenault.
6. Comments on the Paper Titled 'Fine Structure Measurements in the Energy Angular Distribution of Secondary Electrons from a (110) Face of Copper' by G. Appelt.
7. Some Remarks on a Paper of G. Kohlstrung.
8. Further Comments on the Paper 'On the Interpretation of Electron Diffraction Patterns from 'Amorphous' Boron'.
9. Nonlinear Magnetooptical Phenomena in Semiconductors (I).
10. The Electron Effective Mass in CdS xSe1− x Crystals.
11. Mössbauer Effect Study of Iron Impurity States in AgCl and NaCl.
12. On the Experimental Observation of Small Polarons in Rutile (TiO2).
13. Magnetic Resonance in Higher Harmonics Generated by Free Carriers in Semiconductors.
14. Effect of Strong Electric Fields on Magneto-Resistivity and Hall Coefficient in Semiconductors.
15. Thermal Expansion and Compressibility of Solid Neon and Xenon.
16. Adiabatic, Isothermal, and Intermediate Pressure Derivatives of the Elastic Constants for Cubic Symmetry. I. Basic Formulae.
17. The Theory of the Stability of the Solid-Liquid Interface under Constitutional Supercooling (II).
18. Theory of CdS-Type Superlinear Photoconductivity Due to Simultaneous Excitation from Localized Levels and the Valence Band.
19. The Debye-Waller Factors of Aluminium, Silver, and Sodium by de Launay's Method.
20. Thermal Broadening and Shift of the Zero-Phonon Lines in Optical Spectra of Impurity Organic Crystals.
21. Exciton-Magnon Optical Absorption in Antiferrodielectrics at Strong Magnetic Fields.
22. Important Announcement.
23. On the Investigation of Electric Field Distribution in ZnS Crystals by the Help of Electroabsorption.
24. Computer Modelling of the Order-Disorder Transformation in Cu3Au and Ni3Fe.
25. Lattice Dynamics and Anharmonic Effects in AgCl.
26. Piezo-Electric Interaction in Tellurium.
27. Calculation of Projected Ranges of Implanted Ions.
28. Theory of Coupled Nuclear and Electronic Spin-Wave Modes I. The Linear Approximation.
29. Effects of anisotropic spin-orbit interaction on the splitting of d2 configuration orbital cubic triplets in a trigonal field.
30. Photoelectric Properties of Mg2Si, Mg2Ge, and Mg2Sn II. UV Excitation.
31. The Conduction Electron Spin Resonance Saturation in Thin Metal Samples.
32. Quasi-free rotation of the ammonium ion in crystalline NH4ClO4.
33. The atomic configuration of screw dislocations in the b.c.c. lattice.
34. Dislocations at and near Planar Interfaces.
35. Some features of radiation hardening of NaCl single crystals.
36. On the criteria for antiferromagnetism and the mott transition in narrow energy bands.
37. Wannier Functions in OPW Approximation for Diamond Structure.
38. On the Theory of the Low-Temperature Galvanomagnetic Effects in Semiconductors in Strong Electric Fields.
39. The Heat Capacity of Solid CF4.
40. On the Theory of Excitons in High Magnetic Fields.
41. On the Theory of Surface States in Three-Dimensional Crystals.
42. Electric Properties of Dislocations in p-Type Germanium.
43. Investigation of Dynamic Characteristics of Ferromagnetics at Low Temperatures.
44. On the Change of Mössbauer Spectra at the Low-Temperature Phase Transition in Magnetite.
45. Dispersion of the Refractive Indices and Birefringence of CdS xSe1− x Single Crystals.
46. Diffraction of Neutrons on a Vibrating Quartz Crystal.
47. On a New Type of Stripe Domains.
48. Elastic Constants and Tensile Strength of NaCl-Type Alkali Halides.
49. On the Theory of Hydrogen-Bonded Ferroelectrics.
50. A Method of Measuring Effective Electron Mass in Thin Insulating Films.
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.