21. A course of simple experiments in magnetism & electricity / by A. E. Munby. - Munby, Alan E. (Alan Edward), b. 1870.
xvi, 90 p. :

22. Magnetism, by Edwin J. Houston, PH. D., and A. E. Kennelly, SC. D. - Houston, Edwin J. (Edwin James), 1847-1914.
v p., 1 L., 294 p.

23. A treatise on magnetism designed for the use of students in the university. - Airy, George Biddell, Sir, 1801-1892.
3 p.l., [v]-xv, [1], 220 p.

24. Magnetism and electricity and the principles of electrical measurement / by S. S. Richardson. - Richardson, Samuel Sumner.
viii, 596 p. :

25. Electricity and magnetism. An elementary text-book, theoretical and practical. By R. T. Glazebrook ... - Glazebrook, Richard, 1854-1935.
viii, 440 p.

26. Magnetic fields of force. an exposition of the phenomena of magnetism, electro-magnetism, and induction based on the conception of lines of force, by H. Ebert. Translated by C. V. Burton. - Ebert, H. (Hermann), 1861-1913.
xviii, 297 p.

27. Elementary electricity and magnetism; a text-book for colleges and technical schools, by William S. Franklin and Barry Macnutt. - Franklin, William S. (William Suddards), 1863-1930.
viii, 174 p.

28. Elementary magnetism and electricity : prepared in the Extension division of the University of Wisconsin / by Cyril M. Jansky. - Jansky, Cyril Methodius, 1870-
1st ed.

29. A new theory of terrestrial magnetism. (Read before the New-York Lyceum of Natural History.) By Samuel L. Metcalf. - Metcalfe, Samuel L. (Samuel Lytler), 1798-1856.
158 p.

30. Rudimentary magnetism: being a concise exposition of the general principles of magnetical science and the purposes to which it has been applied ... By Sir W. Snow Harris ... - Harris, W. Snow (William Snow), Sir, 1791-1867.
3 pts in 1 v.

31. Rudimentary magnetism; being a concise exposition of the general principles of magnetical science and the purposes to which it has been applied. - Harris, W. Snow (William Snow), Sir, 1791-1867.
3d ed., rev. and enl.

32. Conference on magnetism and magnetic materials; papers presented, Pittsburgh, Pa., June 14-16, 1955. Sponsored by the Magnetics Subcommittee of the AIEE Committee on Basic Sciences. Co-operating societies: American Physical Society [and] American Institute of Mining and Metallurgical Engineers. - American Institute of Electrical Engineers. Committee on Basic Sciences.
370 p.

33. Physico-physiological researches in the dynamics of magnetism, electricity, heat, light, crystallization, & chemism, in their relations to vital force ... from the 2d German ed. with ... a preface & critical notes by John Ashburner. - Reichenbach, Karl, Freiherr von, 1788-1869.
2d American ed.

34. Conference on magnetism and magnetic material papers presented at the [second] conference ... Boston, Mass., Oct. 16-18, 1956. Sponsored by the Magnetics Subcommittee of the AIEE Committee on Basic Sciences. Co-operating societies: American Physical Society, American Institute of Mining, Metallurgical, and Petroleum Engineers [and] Institute of Radio Engineers. - American Institute of Electrical Engineers. Committee on Basic Sciences.
681 p.

35. Bagg on magnetism, or the doctrine of equilibrium: being an attempt to prove that not only the health of vegetables and animals, but all systems and principles in nature, depend upon an equilibrium of action between two extremes, and that the impulse or force by which they are produced, as well as destroyed, is owing to the magnetic fluids which operate both at the same time, on the same object or principle ... - Bagg, Joseph H.
x, 312 p.

36. COMPUTATIONAL STUDIES OF GADOLINIUM IN NITRIDES : BULK GDN AND GD-DOPED GAN - Mitra, Chandrima
The thesis presented here deals electronic and magnetic properties of Gd doped GaN and Gadolinium pnictides. GdN is a ferromagnetic semiconductor while the other Gd-pnicitides GdX with X=P,As,Sb,Bi are all antiferromagnetic and semimetallic. Gd-doped GaN is ferromagnetic above room temperatures even in very dilute concentrations of Gd and has been claimed to have colossal magnetic moments. The main question we address in this thesis is: what are the origins of magnetism in terms of the electronic structure of the materials? We begin our study with bulk GdN. Our main contribution on the electronic structure, is a study of the optical interband transitions, which...

37. Investigations Of Spin-Dynamics And Steady-States Under Coherent And Relaxation Processes In Nuclear Magnetic Resonance Spectroscopy - Karthik, G
The existence of bulk magnetism in matter can be attributed to the magnetic properties of the sub-atomic particles that constitute the former. The fact that the origin of these microscopic magnetic moments cannot be related to the existence of microscopic currents became apparent when this assumption predicted completely featureless bulk magnetic properties in contradiction to the observation of various bulk magnetic properties [1]. This microscopic magnetic moment, independent of other motions, hints at the existence of a hitherto unknown degree of freedom that a particle can possess. This property has come to be known as the "spin" of the particle....

38. Qué es el magnetismo? - Encyclopaedia Britannica Educational Corporation; Schola Video (Barcelona)
Explicación del magnetismo a través de la utilización de los imanes y de la explicación del porqué de su funcionamiento. Muestra también los diferentes usos del imán que han ido evolucionando en el electromagnetismo o en los generadores de electricidad

39. Qué es el magnetismo? - Encyclopaedia Britannica Educational Corporation; Schola Video (Barcelona)
Explicación del magnetismo a través de la utilización de los imanes y de la explicación del porqué de su funcionamiento. Muestra también los diferentes usos del imán que han ido evolucionando en el electromagnetismo o en los generadores de electricidad

40. Magnetismo de rocas en sedimentos cenozoicos tardíos en San Antonio de Areco, provincia de Buenos Aires - Walther,A.M.; Orgeira,M.J.; Lippai,H.F.
Se realizó un estudio geológico y geofísico en sedimentos fluviales postpampeanos, en la margen derecha del río Areco. La secuencia estudiada está compuesta por el Miembro Guerrero y el Miembro Río Salado de la Formación Luján, donde hay desarrolladas tres unidades pedogenéticas. de los estudios efectuados surge que los procesos pedogenéticos afectaron al material parental empobreciéndolo en los minerales ferrimagnéticos detríticos (magnetita y/o titanomagnetitas) y generando neominerales de dos tipos: antiferromagnéticos y ferrimagnéticos. En el caso de los minerales ferrimagnéticos se trata de partículas de magnetita ultrafina (estado de dominio magnético superparamagnético, tamaño de grano aproximado en 0,01 mm) formados...

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