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By Albert Overhauser, Gene Dresselhaus
Utilizing potassium for example, this paintings provides a special method of the anomalous results in metals, leading to wisdom that may be utilized to related fabrics.
such a lot theoretical predictions at the electrical, magnetic, optical, and thermal houses of an easy steel do ? unusually ? no longer accept as true with experimental habit present in alkali metals. the aim of this quantity is to rfile the numerous phenomena that experience violated expectancies. It collects in a single position the examine via Albert Overhauser, one of many pioneers of the sector. His and his collaborators paintings has ended in a unified synthesis of alkali steel peculiarities. the original number of sixty five reprint papers, commented the place essential to clarify the context and viewpoint, is preceded by means of an intensive and good paced introduction.
The e-book is intended to complex stable country physics and technological know-how historians.
it may well additionally function extra examining in complex reliable nation physics courses.
With a foreword by way of Mildred and Gene Dresselhaus
Read or Download Anomalous Effects in Simple Metals PDF
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Extra resources for Anomalous Effects in Simple Metals
Example text
One of the most unusual properties of copper–manganese alloys is the behavior of the remanent magnetization [4]. If a sample is cooled through the transition region in the absence of an applied field, little or no remanence occurs. A saturation remanence corresponding to about 1 atomic per cent alignment of the manganese spins can be induced by temporarily applying a field greater than 15 kOe. The remarkable feature is that the saturation remanence, once produced, can be reversed by fields of only a few kOe.
There are many small, higher-order gaps [R36] which create absorption bands in the far infrared [R43]. 1 with some exaggeration. This lemon-shaped anisotropy leads, as we now show, to a splitting of the conduction-electron spin resonance. Electron spin resonance was studied by Walsh, Jr. et al. [Ref. 2 mm thick), which had been squeezed under oil between parafilm sheets. 3 ı K in a field, H D 4200 G. 3 G shift of the resonance relative to that for a free electron. The theory for g shifts in metals is due to Yafet [Ref.
Without the anisotropic Fermi-surface distortion caused by the CDW broken symmetry, α D 0; and any splitting of the spin resonance would be impossible. Experiments by Dunifer and Phillips near H D 40 kG [Ref. 24, R64] showed that the resonance splitting is proportional to H, and that it can have as many as five well-resolved components. 17 18 9 Magnetoresistivity and the Induced Torque Technique Experimental studies of galvanomagnetic effects in the alkali metals have revealed many phenomena which prove that their Fermi surface intersects CDW energy-gap planes and becomes (thereby) multiply connected.