Page 6 - Instrumentation Reference Book 3E

vi Contents

experience with microprocessor-based and intelligent indicating instruments. Digital voltmeters and digital
transmitters. Fieldbus function and benefits. References. multimeters. Power measurement. Measurement of
electrical energy. Power-factor measurement. The
Part 2: Measurement of measurement of resistance, capacitance, and inductance.
Digital frequency and periodhie-interval
Temperature and Chemical measurement. Frequency and phase measurement using
Composition an oscilloscope. References. Further reading.
21 Optical measurements 492
14 Temperature measurement 239
Introduction. Light sources. Detectors. Detector
Temperature and heat. Temperature scales. techniques. Intensity measurement. Wavelength and
Measurement techniques: direct effects. Measurement color. Measurement of optical properties. Thermal
techniques: electrical. Measurement techniques: imaging techniques. References.
thermocouples. Measurement techniques: radiation
thermometers. Temperature measurement 22 Nuclear instrumentation
considerations. References. Further reading. technology 517
Introduction. Detectors. Electronics. References.
15 Chemical analysis: Further reading.
introduction 303
Introduction to chemical analysis. Chromatography, 23 Measurements employing
Polarography and anodic stripping voltammetry. nuclear techniques 547
Thermal analysis. Further reading. Introduction. Materials analysis. Mechanical
measurements. Miscellaneous measurements.
16 Chemical analysis: References.
spectroscopy 31 8
Absorption and reflection techniques. Atomic 24 Non-destructive testing 566
techniques: emission, absorption, and fluorescence. Introduction. Visual examination. Surface-inspection
X-ray spectroscopy. Photo-acoustic spectroscopy. methods. Ultrasonics. Radiography. Underwater
Microwave spectroscopy. Neutron activation. Mass non-destructive testing. Developments. Certification
spectrometers. References. Further reading. of personnel. References. Further reading.
25 Noise measurement 596
17 Chemical analysis:
electrochemical techniques 343 Sound and sound fields. Instrumentation for the
measurement of sound-pressure level. Frequency
Acids and alkalis. Ionization of water. Electrical analyzers. Recorders. Sound-intensity analyzers.
conductivity. The concept of pH. Electrode potentials. Calibration of measuring instruments. The measurement
Ion-selective electrodes. Potentiometry and specific ion of sound-pressure level and sound level. Effect of
measurement. Common electrochemical analyzers. environmental conditions on measurements. References.
Further reading. Further reading.

18 Chemical analysis: gas
analysis 382 Part 4: Instrumentation Systems
Introduction. Separation of gaseous mixtures. Detectors.
Process chromatography. Special gas analyzers. 26 Design and construction
Calibration of gas analyzers. Further reading. of instruments 625
Introduction. Instrument design. Elements of
19 Chemical analysis: moisture construction. Construction of electronic instruments.
measurement 41 4 Mechanical instruments. References.
Introduction. Definitions. Measurement techniques
Calibration. References. 27 Instrument installation and
commissioning 642
Introduction. General requirements. Storage and
Part 3: Electrical and Radiation protection. Mounting and accessibility. Piping systems.
Cabling. Grounding. Testing and pre-commissioning.
Measurements Plant commissioning. References.

20 Electrical measurements 425 28 Sampling 648
Units and standards of electrical measurement. Introduction. Sample system components. Typical
Measurement of d.c. and a.c. current and voltage using sample systems. References.