J.W. Gardner – författare

Radical Theory of Rings distills the most noteworthy present-day theoretical topics, gives a unified account of the classical structure theorems for rings, and deepens understanding of key aspects of ring theory via ring and radical constructions. Assimilating radical theory's evolution in the decades since the last major work on rings and radicals was published, the authors deal with some distinctive features of the radical theory of nonassociative rings, associative rings with involution, and near-rings. Written in clear algebraic terms by globally acknowledged authorities, the presentation includes more than 500 landmark and up-to-date references providing direction for further research.

Radical Theory of Rings distills the most noteworthy present-day theoretical topics, gives a unified account of the classical structure theorems for rings, and deepens understanding of key aspects of ring theory via ring and radical constructions. Assimilating radical theory's evolution in the decades since the last major work on rings and radicals was published, the authors deal with some distinctive features of the radical theory of nonassociative rings, associative rings with involution, and near-rings. Written in clear algebraic terms by globally acknowledged authorities, the presentation includes more than 500 landmark and up-to-date references providing direction for further research.

Addressed to physical and chemical scientists and engineers, this book provides information on the design, manufacture, and assessment of components with critical dimensions or critical tolerances in the 0.1-100 nanometer range. Such tiny parts are now used in automobile engines, cassette players, and other common products. The 16 lectures presented are from an advanced vacation school on instrumentation and nanotechnology in Warwick, England, September 1990. Among the topics are signal processing, ultrasonic sensors, and nanoactuators for controlled displacements..

Addressed to physical and chemical scientists and engineers, this book provides information on the design, manufacture, and assessment of components with critical dimensions or critical tolerances in the 0.1-100 nanometer range. Such tiny parts are now used in automobile engines, cassette players, and other common products. The 16 lectures presented are from an advanced vacation school on instrumentation and nanotechnology in Warwick, England, September 1990. Among the topics are signal processing, ultrasonic sensors, and nanoactuators for controlled displacements..