An electronic (metal-to-insulator) phase transition of the first order, which can be caused by
an external magnetic field, was discovered in Nd1/2Sr1/2MnO3. A clear hysteresis was …

The first edition of this book provided an introduction to the many static and dynamic features
of magnetic flux structures in what are now called classical or low-temperature …

A review of cryogenic particle detectors is presented. A major motivation for develo** this
type of particle detector is their superior sensitivity to weakly ionizing particle interactions …

Intermediate-state magnetic flux patterns have been observed in thin superconducting films
of tin, lead, and indium in perpendicular applied fields of 0.1–100 Oe. The spatial variation in …

We have measured the thermal conductivity of superconducting films of indium-bismuth
alloys in a perpendicular magnetic field. The films were condensed onto glass substrates …

In this paper we present the experimental results and analysis of the critical-field
determination of aluminum films and foils. We studied the thermodynamic parallel and …

We have calculated near the transition temperature T c the upper experimental magnetic
field H u at which the metastable, superheated Meissner state becomes unstable against …

We report the zero-resistivity transition and the details of the magnetic transition of a layered
silver oxide Ag 5 Pb 2 O 6 single crystal, which provide definitive evidence of …

We have observed a temperature-dependent enhanced diamagnetism above the critical
temperature in pure bulk indium which we attribute to the effects of thermal fluctuations. The …

Os B 2 crystallizes in an orthorhombic structure (P mmn) which contains alternate boron and
osmium layers stacked along the c axis. The boron layers consist of puckered hexagons as …