Instruments and Measurements: Automatic Control documents the proceedings of the I&M Special Section on Automatic Control (I & MAC) held in Stockholm, Sweden on September 17-18, 1964.
This book discusses the method determining process dynamics; identification of stationary time series; and optimum nuclear rocket start-up to develop full power at exact time with consideration of noise. The principle of servo-pendulum of long natural period and its application; autopilot system for hydrofoil seacraft; and temperature gradient control in thermal conductivity determinations are also deliberated. This text likewise covers the instrumentation problems involved in the measurement of the transient response of a hydraulic servomechanism; modified cartesian manostat for precise differential pressure control; and oscilloscope sweep circuit.
This publication is beneficial to engineering students and researchers intending to acquire knowledge of automatic control.
Sprache
Verlagsort
Verlagsgruppe
Elsevier Science & Techn.
Dateigröße
ISBN-13
978-0-323-16042-1 (9780323160421)
Schweitzer Klassifikation
PrefaceA Method Determining Process DynamicsNumerical Identification of Stationary Time SeriesOn the Measurements of Parameter Variations in Automatic Control SystemsOptimum Nuclear Rocket Start-Up to Develop Full Power at Exact Time with Consideration of NoisePrinciple of Servo-Pendulum of Long Natural Period and its ApplicationStudies on Two Methods for Pulse Rebalancing of Pendulous AccelerometersKleinrechner nach dem Baukastenprinzip als Bestandteil moderner RegelsystemeAn Autopilot System for Hydrofoil SeacraftTemperature Gradient Control in Thermal Conductivity DeterminationsInstrumentation Problems Involved in the Measurement of the Transient Response of an Hydraulic ServomechanismRegelung und Eichung von Magnetfeldern mittels Kernresonanz bis auf Abweichungen kleiner als 10-5Modified Cartesian Manostat for Precise Differential Pressure ControlA Low Drift Transistor d-c Differential Amplifier for Industrial Process ControlOscilloscope Sweep Circuit