This best-selling book removes the mystery in building scientific apparatus. It shows how the practicing scientist can capitalize on new and unfamiliar technologies without first acquiring an engineering education in each field. The mechanical, electronic, and optical aspects of most apparatus are reviewed in the construction, selection, specification, and procurement of many important components and are described in a clear, simple manner, making use of hundreds of illustrations. The second edition expands on the first by describing new devices, updating specifications of devices formerly described, and listing many new supplies and manufacturers of components. New topics include turbomolecular pumps, fiber-optics, piezoelectric positioners, position-sensitive detectors, magnetic shielding, new logic families, and new integrated circuits. A chapter on temperature measurement and control and a new, larger index have been added in second edition. Each chapter is followed by Cited and General References, Manufacturers and Suppliers. Building Scientific Apparatus : *Is a unique, single-volume reference for the practicing scientist.
*Is a source of tricks of the trade not found anywhere in print. *Is the ideal introduction for graduate students beginning research in the physical, engineering, biological, or even social sciences where apparatus is required..
Auflage
Sprache
Verlagsort
Verlagsgruppe
INGRAM PUBLISHER SERVICES US
Zielgruppe
Für höhere Schule und Studium
Für Beruf und Forschung
Editions-Typ
ISBN-13
978-0-201-13189-5 (9780201131895)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Klassifikation
Mechanical Design; Tools and Shop Presses; Materials; Joining Materials; Mechanical Drawing; Physical Principles of Mechanical Design; Constrained Motion; Working With Glass; Properties of Glasses; Laboratory Components Available in Glass; Laboratory Glassblowing Skills; Vacuum Technology; Gases; Gas Flow; Pressure Measurement; Vacuum Pumps; Vacuum Hardware; Vacuum-System Design and Construction; Optics; Optical Terminology; Analysis of Optical Systems; Optical Components; Optical Materials; Optical Sources; Lasers; Optical Dispersing Instruments; Detectors; Charged-Particle Optics; Basic Concepts of Charged-Particle Optics; Electrostat Lenses; Charged Particle-Sources; Energy Analyzers; Mass Analyzers; Electron- and Ion-Beam Devices: Construction; Electronics; Preliminaries; Passive Components; Active Components; Amplifiers and Pulse Electronics; Power-Supplies; Digital Electronics; Data Acquisition; Extraction of Signal from Noise; Grounds and Grounding; Hardware and Construction; Troubleshooting; Measurement and Control of Temperature; The Measurement of Temperature; The Control of Temperature.