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Science of New Materials

Briggs, Andrew
Innbundet / 1992 / Engelsk

Produktdetaljer

ISBN
9780631182467
Publisert
1992-11-05
Utgiver
Vendor
Wiley-Blackwell
Vekt
482 gr
Høyde
240 mm
Bredde
162 mm
Dybde
20 mm
Aldersnivå
G, UU, UP, 01, 05
Språk
Product language
Engelsk
Format
Product format
Innbundet
Antall sider
212

Forfatter
Briggs, Andrew

Om bidragsyterne

Andrew Briggs

Andrew Briggs read physics at Oxford University, and then studied for a Ph.D. at the Cavendish Laboratory, Cambridge. In 1980 he returned to Oxford to develop applications of acoustic microscopy in materials science. Two years later he was appointed to a Royal Society Research Fellowship in the Physical Sciences. In 1984 he was appointed to a University Lectureship and elected to a Fellowship of Wolfson College. From 1989-1991 he was Honorary Treasurer of the Royal. Microscopical Society. His book on acoustic microscopy was published earlier this year.

Science of New Materials

Briggs, Andrew
Innbundet / 1992 / Engelsk
Briggs, Andrew
Innbundet / 1992 / Engelsk
Nettpris:
592,-
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THE SCIENCE OF NEW MATERIALS The Science of New MaterialsEdited by Andrew Briggs Contents Introduction by Andrew Briggs 1. Will anybody ever use metals and alloys again?by Sir Alan Cottrell 2. Will ceramics ever be as strong as steel?by J D Birchall 3. Why are new materials interesting?by Sir Peter Hirsch 4. It’s all very well in practice, but what about in theory?by D G Pettifor 5. How shall we communicate and calculate?by J C Bass 6. How successful are superconductors?by Sir Martin Wood 7. Can materials stimulate advances in orthopaedics?by W Bonfield 8. Can there be a materials policy in the UK?by C J Humphreys
Les mer
Just as previous periods of history have been characterized by the materials used, so the late 20th century is experiencing a revolution based on a range of materials. This work is designed as an accessible account of the possibilities presented by these advances.
Les mer
Will anyone ever use metals and alloys again?, Sir Alan Cottrell; how shall we communicate and calculate?, J.C. Bass; will ceramics ever be as strong as steel?, J.D. Birchall; it's all very well in practice but what about theory?, D.G. Pettifer; can materials stimulate advances in orthopaedics?, W. Bonfield; how successful are superconductors?, Sir Martin Wood; can their be a materials policy in the UK?, C.J. Humphreys.
Les mer
The Science of New MaterialsEdited by Andrew Briggs Contents Introduction by Andrew Briggs 1. Will anybody ever use metals and alloys again?by Sir Alan Cottrell 2. Will ceramics ever be as strong as steel?by J D Birchall 3. Why are new materials interesting?by Sir Peter Hirsch 4. It’s all very well in practice, but what about in theory?by D G Pettifor 5. How shall we communicate and calculate?by J C Bass 6. How successful are superconductors?by Sir Martin Wood 7. Can materials stimulate advances in orthopaedics?by W Bonfield 8. Can there be a materials policy in the UK?by C J Humphreys
Les mer

Relaterte produkter

THE SCIENCE OF NEW MATERIALS The Science of New MaterialsEdited by Andrew Briggs Contents Introduction by Andrew Briggs 1. Will anybody ever use metals and alloys again?by Sir Alan Cottrell 2. Will ceramics ever be as strong as steel?by J D Birchall 3. Why are new materials interesting?by Sir Peter Hirsch 4. It’s all very well in practice, but what about in theory?by D G Pettifor 5. How shall we communicate and calculate?by J C Bass 6. How successful are superconductors?by Sir Martin Wood 7. Can materials stimulate advances in orthopaedics?by W Bonfield 8. Can there be a materials policy in the UK?by C J Humphreys
Les mer
Just as previous periods of history have been characterized by the materials used, so the late 20th century is experiencing a revolution based on a range of materials. This work is designed as an accessible account of the possibilities presented by these advances.
Les mer
Will anyone ever use metals and alloys again?, Sir Alan Cottrell; how shall we communicate and calculate?, J.C. Bass; will ceramics ever be as strong as steel?, J.D. Birchall; it's all very well in practice but what about theory?, D.G. Pettifer; can materials stimulate advances in orthopaedics?, W. Bonfield; how successful are superconductors?, Sir Martin Wood; can their be a materials policy in the UK?, C.J. Humphreys.
Les mer
The Science of New MaterialsEdited by Andrew Briggs Contents Introduction by Andrew Briggs 1. Will anybody ever use metals and alloys again?by Sir Alan Cottrell 2. Will ceramics ever be as strong as steel?by J D Birchall 3. Why are new materials interesting?by Sir Peter Hirsch 4. It’s all very well in practice, but what about in theory?by D G Pettifor 5. How shall we communicate and calculate?by J C Bass 6. How successful are superconductors?by Sir Martin Wood 7. Can materials stimulate advances in orthopaedics?by W Bonfield 8. Can there be a materials policy in the UK?by C J Humphreys
Les mer

Produktdetaljer

ISBN
9780631182467
Publisert
1992-11-05
Utgiver
Vendor
Wiley-Blackwell
Vekt
482 gr
Høyde
240 mm
Bredde
162 mm
Dybde
20 mm
Aldersnivå
G, UU, UP, 01, 05
Språk
Product language
Engelsk
Format
Product format
Innbundet
Antall sider
212

Forfatter
Briggs, Andrew

Om bidragsyterne

Andrew Briggs

Andrew Briggs read physics at Oxford University, and then studied for a Ph.D. at the Cavendish Laboratory, Cambridge. In 1980 he returned to Oxford to develop applications of acoustic microscopy in materials science. Two years later he was appointed to a Royal Society Research Fellowship in the Physical Sciences. In 1984 he was appointed to a University Lectureship and elected to a Fellowship of Wolfson College. From 1989-1991 he was Honorary Treasurer of the Royal. Microscopical Society. His book on acoustic microscopy was published earlier this year.

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