Experimental enquiries concerning the principle of the lateral communication of motion in fluids [el...
Experimental enquiries concerning the principle of the lateral communication of motion in fluids [electronic resource] : Applied to the explanation of various hydraulic phenomena. By citizen J.B. Venturi, prosessor of Natural Philosophy at Modena, member of the Italian Society, of the Institute of Bologna, of the Agrarian Society of Turin, &c. Translated from the French.
About this item
Full title
Author / Creator
Publisher
London : Printed for J. Taylor, at the Architectural Library, High-Holborn, 1799.
Uniform title
Date
1799.
Record Identifier
MMS ID
Language
English
Formats
Physical Description
Physical content
viii,75,[1],plates(some fold.) ; 8°.
Publication information
Publisher
London : Printed for J. Taylor, at the Architectural Library, High-Holborn, 1799.
Place of Publication
England
Date Published
1799.
Access and use
Access Conditions
Available for use in the Library. Available from home to registered NSW residents.
Subjects
More information
Alternative Titles
Full title
Experimental enquiries concerning the principle of the lateral communication of motion in fluids [electronic resource] : Applied to the explanation of various hydraulic phenomena. By citizen J.B. Venturi, prosessor of Natural Philosophy at Modena, member of the Italian Society, of the Institute of Bologna, of the Agrarian Society of Turin, &c. Tran...
Authors, Artists and Contributors
Author / Creator
Author / Artists
Notes
General note
Reproduction of original from British Library.
Translated by W. Nicholson.
Citation / References Note
ESTC T10184.
Additional physical form availability note
Also available in microfilm held offsite at RAV/FM4/51.
Reproduction note
Electronic reproduction. Farmington Hills, Mich. : Cengage Gale, 2009. Available via the World Wide Web. Access limited by licensing agreements.
Identifiers
Primary Identifiers
Record Identifier
74VK28by6Bdl
Permalink
https://devfeature-collection.sl.nsw.gov.au/record/74VK28by6Bdl
Other Identifiers
MMS ID
991018125369702626
