Instruments and Measurements

Author： Qvarnstrom Birger

Publisher： Elsevier Science‎

Publication year： 2012

E-ISBN: 9780323160421

P-ISBN(Paperback): 9780123956071

P-ISBN(Hardback): 9780123956071

Subject： TH74 optical instrument

Language： ENG

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Description

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.

Chapter

Front Cover

pp.： 1 – 2

Instruments and Measurements: Automatic Control

pp.： 2 – 3

pp.： 3 – 4

Table of Contents

pp.： 4 – 6

Preface

pp.： 6 – 8

CHAPTER 1. A METHOD OF DETERMINING PROCESS DYNAMICS

pp.： 8 – 20

CHAPTER 2. NUMERICAL IDENTIFICATION OF SATIONARY TIME SERIES

pp.： 20 – 42

CHAPTER 3. ON THE MEASUREMENT OF PARAMETER VARIATIONS IN AUTOMATIC CONTROL SYSTEMS

pp.： 42 – 53

CHAPTER 4. OPTIMUM NUCLEAR ROCKET START-UP TO DEVELOP FULL POWER AT EXACT TIME WITH CONSIDERATION OF NOISE

pp.： 53 – 67

CHAPTER 5. PRINCIPLE OF SERVO-PENDULUM OF LONG NATURAL PERIOD AND ITS APPLICATION

pp.： 67 – 83

CHAPTER 6. STUDIES OF TWO METHODS FOR PULSE REBALANCING OF PENDULOUS ACCELEROMETERS

pp.： 83 – 115

CHAPTER 7. KLEINRECHNE RNA DEM BAUKASTENPRINZIP ALS BESTANDTEI L MODERNE R REGELSYSTEM E

pp.： 115 – 135

CHAPTER 8. AN AUTOPILOT SYSTEM FOR HYDROFOIL SEACRAFT

pp.： 135 – 148

CHAPTER 9. TEMPERATURE GRADIENT CONTROL IN THERMAL CONDUCTIVITY DETERMINATIONS

pp.： 148 – 158

CHAPTER 10. INSTRUMENTATION PROBLEMS INVOLVED IN THE MEASUREMENT OF THE TRANSIENT RESPONSE OF AN HYDRAULIC SERVOMECHANISM

pp.： 158 – 167

CHAPTER 11. REGELUNG UND EICHUNGVON MAGNETFELDERN MITTELS KERNRESONANZ BIS AUF ABWEICHUNGEN KLEINER ALS

pp.： 167 – 177

CHAPTER 12. MODIFIED CARTESIAN MANOSTAT FOR PRECISE DIFFERENTIAL PRESSURE CONTROL *

pp.： 177 – 180

CHAPTER 13. A LOW DRIFT TRANSISTOR D-C DIFFERENTIAL AMPLIFIER FOR INDUSTRIAL PROCESS CONTROL

pp.： 180 – 188

CHAPTER 14. OSCILLOSCOPE SWEEP CIRCUIT

pp.： 188 – 193

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