Page 85 - Instrumentation Reference Book 3E

70 Measurement of length

The reliability of electronics, its cost-effective- Sydenham, P. H. ”Linear and angular transducers for
ness and its capability to be rapidly structured positional control in the decameter range,” Proc.
into circuits that can suit new data-processing, IEE, 115, 7, 1056-1066 (1968)
recording, and display situations has made trans- Sydenham, P. H. “Position sensitive photo cells and
ducer measurement of length parameters a strong their application to static and dynamic dimensional
metrology,” Optica Acta, 16: 3, 377-389 (1969)
competitor for the traditional manually operated Sydenham, P. H. “Review of geophysical strain meas-
measuring machines. In most cases, however, the urement,” Bull., N. Z., Soc. Earthquake Engng., 4, 1,
quality of length measurements made with auto- 2-14 (1971)
matic transducer methods still rests largely upon Sydenham, P. H. “Microdisplacement transducers,” J.
the mechanical structures of the sensing systems Phys., E. Sei., Instrum., 5, 721-733 (1972)
and upon the user’s appreciation of the effects of Sydenham, P. H. Transducers in Measurement and
temperature, operation of transducer, and present- Control, Adam Hilger, Bristol; or ISA, Research
ation to the subject, all of which can generate Triangle (1984).
sources of error. Sydenham, P. H. “The literature of instrument science
and technologyy:” J. Phys. E.: Sei. Instrum., 15,
487-491 (1982a)
Sydenham, P. H. Handbook of Fundamentals of Meas-
3.7 References urement Systems Vol. I Theoretical Fundamentals
Wiley, Chichester (1982b)
Batson, R. G. and J. H. Hyde, iMechanical Testing: Vol. Sydenham, P. H. Handbook of Measurement Science
1. Testing of Materials of Construction, Chapman & Vol. 2 Fundamentals of Practice, Wiley, Chichester,
Hall; London (1931) U.K. (1983)
Garratt, J. D. “Survey of displacement transducers Woltring, H. J. “Single and dual-axis lateral photo-
below 50mm,” J. Phys. E: Sei. Instrum., 12, 563-574, detectors of rectangular shape,” IEEE Trans Ed.
(1979) 581-590 (1975)
Herceg, E. E. Handbook of Measurement and Control,
Schaevitz Engineering, Pennsauken (1 976)
Hume, K. J. Engineering Metrology, Macdonald,
London (1970)
Kissam, P. Optical Tooling for Precise Maniifacture and 3.8 Further reading
Alignment, McGraw-Hill, New York (1962)
Mans field, P. H. Electrical Transducers for Industrial Kafari, 0. and Glatt, I., Physics of Moire Metrology,
Measurement, Butterworth, London (1973) Wiley, Chichester (1990)
Neubert, K.K.P. Instrument Transducers: Clarendon Rueger, J. M., Electronic Distance Measurement,
Press, Oxford, 2d ed. (1975) Springer-Verlag, New York (1990)
Norton, H.N. Handbook of Transducers for Electronic Small, G. D., Survey of Precision Linear Displacement
Measuring Systems, Prentice-Hall, Englewood Cliffs, Measurement, ERA Technology (1988)
N.J. (1969) Walcher, H., Position Sensing: Angle andDistance Meas-
Oliver, F. J. Practical Instrumentation Transducers, Pit- urement for Engineers: Butterworth-Heinemann,
man, London (1 97 1) Oxford (1994)
Rolt, R. H. Gauges and Fine Measurements, 2 vols, Whitehouse, D. J., Handbook of Surface Metrology,
Macmillan, London (1929) Institute of Physics Publishing, London (1994)
Sharp, K. W. B. Practical Engineering Metrology, Pit- Williams, D. C., Optical Methods in Engineering Metrol-
man, London (1970) ogy, Chapman & Hall, London (1992)