Library Services / All Locations

2

QC 753.2 J7 : Experiments on simple magnetic model systems : a survey of their experimental status in the light of current theories / by L.J. de Jongh and A.R. Miedema.; BJL

1974

1

QC 753.2 M1 : Magnetism : molecules to materials / edited by Joel S. Miller and Marc Drillon.; Departmental Locations

2002

1

QC 753.2 S7 : Oxide magnetic material.; BJL

1972

1

QC 754.2 M3 S9 : Strong and ultrastrong magnetic fields and their applications.; BJL

1985

1

QC 754.2 M36 D8 : Magnetostriction : theory and applications of magnetoelasticity.; BJL

1993

1

QC 754.52 C7 : Concise encyclopedia of magnetic & superconducting materials / editor, J.E. Evetts.; BJL

1992

1

QC 755 E9 : Experimental magnetism / edited by G.M. Kalvius and R.S. Tebble.; BJL

1979

1

QC 757 H1 : Permanent magnets and magnetism : theory, materials design, manufacture and applications.; BJL

1962

1

QC 757 M1

2

QC 757 P2 : Permanent magnets and their application.; BJL

1962

1

QC 757 W9 / q : Permanent magnets.; BJL

1977

1

QC 760 B2 : Light and matter : electromagnetism, optics, spectroscopy and lasers / Yehuda B. Band.; BJL

c2006

1

QC 760 C3 : Electromagnetism for electronic engineers.; BJL

1986

1

QC 760 C5 : Electromagnetism.; BJL

1989

1

QC 760 C7 : Basic electromagnetism and its applications.; BJL

1986

1

QC 760 D6 : Basic electromagnetism.; BJL

1993

1

QC 760 G7

2

QC 760 L3 : Electromagnetics.; BJL

1983

1

QC 760 S1 : Numerical techniques in electromagnetics with MATLAB / Matthew N.O. Sadiku.; BJL

c2009

1

QC 760 S5 : Introduction to electromagnetism.; BJL

1996

1

QC 760 T1 : Computational electrodynamics : the finite-difference time-domain method / Allen Taflove, Susan C. Hagness; BJL

2005

1

QC 760.4 M33 A8 : The geometry and dynamics of magnetic monopoles / Michael Atiyah and Nigel Hitchin.; BJL

1988

1

QC 760.54 A7 / q : Shims for the EPIC prototype dipole magnet (calculations).; BJL

1975

1

QC 760.7 W7 : Superconducting magnets.; BJL

1983

1

QC 761 / q : The measurement and calculation of pulse magnetization characteristics of nickel irons from 0.1 to 5 microseconds.; BJL

1

QC 761 A3 : Spin waves / by A.I. Akhiezer, V.G. Bar Yakhtar and S.V. PeletminsikiiDoniach, S.; BJL

1968

1

QC 761 A8 : Industrial magnetic testing.; BJL

1952

1

QC 761 B4 : Magnetic resonance at high pressure.; BJL

1963

1

QC 761 B5 : Magnetism and metallurgy.; BJL

1969

1

QC 761 B7 : Ferromagnetism.; BJL

1951

1

QC 761 B8 : Micromagnetics.; BJL

1963

1

QC 761 C2 : Magnetic domains and techniques for their observation / edited by R. Carey and E.D. Isaac.; BJL

1966

1

QC 761 E7 : Magnetic bubble technology.; BJL

1980

1

QC 761 E9 : Magnetic induction in iron and other metals.; BJL

1900

1

QC 761 I6 : Amorphous magnetism.; BJL

1973

1

QC 761 K7 : Pulsed high magnetic fields : physical effects and generation methods concerning pulsed fields up to the megaoersted level.; BJL

1970

1

QC 761 L4 : Microwave ferrites and ferrimagnetics / by B.Lax and K.J.Button.; BJL

1962

1

QC 761 M9 : Magnetic susceptibility.; BJL

1963

1

QC 761 O2 : Magnetic bubbles.; BJL

1974

1

QC 761 P2 : The generation of high magnetic fields / by D.H. Parkinson and B.E. Mulhall.; BJL

1967

1

QC 761 P9 / q : Progress in the development of an interacting computer program for magnetic field design and analysis in two and three dimensions.; BJL

1973

1

QC 761 R5 : The magnetic circuit.; BJL

1978

1

QC 761 S7 : Magnetic thin films.; BJL

1965

1

QC 761 T9 / q : Direct calculation of magnetic fields in the presence of iron.; BJL

1973

1

QC 761 V9 : Handbook of microwave ferrite material...; BJL

1965

1

QC 761.4 C5 : Physics of ferromagnetism / English edition prepared with the assistance of C.D. Graham, Jr.; BJL

1997

1

QC 761.5 C8 : Light scattering in magnetic solids.; BJL

1986

1

QC 761.5 F3 : Ferromagnetic materials ...; BJL

1980

1