Magnetic venture: the story of Oxford instruments
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Oxford [u.a.]
Oxford Univ. Press
2001
|
| Ausgabe: | 1. publ. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXIV, 387 S. Ill., graph. Darst. |
| ISBN: | 9780199241088 0199241082 |
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Datensatz im Suchindex
| _version_ | 1804142316333563904 |
|---|---|
| adam_text | Contents
List of Plates xi
List of Figures xii
List of Boxes xvi
Abbreviations xvii
Prologue i
1. First Steps ?
2. The Superconductor Breakthrough [4
3. The Juvenile Company 27
4. Triumphs and Trials 40
5. The Slow Climb from the Morass 59
6. Medilog 72
7. Magnets for Modelling Molecules 81
8. Where is the Company Going? 98
9. Making the Human Body Transparent 109
10. What of the Rest of the Group? 12.9
11. Strategies for the Future 138
12. The Road to Flotation 49
13. The New Public Company 160
14. Seeds for Future Growth 73
15. Boom Years 193
16. Challenges and Changes in 1987 205
17. The Renaissance of Oxford Magnet Technology 219
18. Link Scientific and a New Japanese Initiative 234
19. Helios—A Product Ahead of its Time? 245
20. Through the Long Recession 262
21. Issues of the Nervous Nineties 279
22. Towards the End of an Era 2.93
x Contents
23. The Beginning of a New Era 315
24. Bridges, Networks, and Nurseries: The Oxford Trust 325
Postscript: Oxford Instruments in the Context of Post-War British
Industry Richard Coopey 349
Glossary 359
References 363
Index 369
List of Figures
1.1. Electric current and magnetic field 5
1.2. Different types of magnet IO
1.3. The first magnet made by Oxford Instruments, delivered in 1961, in place at
RRE, Malvern (British Crown Copyright, 1999) 11
1.4. The old stables and slaughterhouse at Middle Way (courtesy Newsquest
(Oxfordshire) Ltd.) 12
z.i. H. Kammerlingh Onnes, seated, and J. D. van der Waals in the cryogenics
laboratory, Leiden University (courtesy Kammerlingh Onnes Laboratory) 16
2.2.. Temperature scales 17
2.3. The glass apparatus used by Kammerlingh Onnes for the first liquefaction of
helium (courtesy Kammerlingh Onnes Laboratory) 18
2.4. A discussion on magnet design at the Oak Ridge National Laboratory,
Tennessee, in November 1961 (courtesy Oak Ridge National Laboratory,
US Dept. of Energy) 21
2.5. Martin Wood testing our first superconducting magnet (courtesy Newsquest
(Oxfordshire) Ltd.) 23
2.6. The principle of the storage of energy in a superconducting magnet 25
3.1. Our first commercial superconducting magnet 29
5.2. The caravan/offices arriving at Middle Way 30
3.3. The old laundry in its heyday, with pre-war washing machines 33
3.4. A change in technology: the helium liquefier in place of the washing machines 34
3.5. The boathouse as we found it 38
4.1. Development of the Osney Mead site 41
4.2. Winding a 10T magnet from early niobium-tin tape 42
4.3. John Woodgate and Peter Blowfield at work on an early dilution refrigerator 43
4.4. The cooling cycle of the He4He dilution refrigerator 45
4.5. The Queen s Award logo 46
4.6. Ron Boyce fitting a large split-coil magnet into its cryostat 47
4.7. Oxford Instruments progress in the 1960s 52
4.8. John Williams supervising the assembly of the world s first commercial
superconducting quadrupolc beam-focusing magnet 54
4.9. Barrie Marson 58
5.1. Artist s impression of the factory and offices built in 1971 61
5.2. The Lord Lieutenant, Sir John Thompson, with Lady Thompson and Martin
and Audrey Wood after the presentation of the Queen s Award in 1972 62
5.3. The continuous flow cryostat (CFC) system 64
5.4. Continuous flow cryostats being demonstrated at the 1971 Physics Exhibition 65
5.5. The design for the hybrid magnet for the Clarendon Laboratory 66
List of Figures xiii
6.1. An early miniature recorder with a playback unit 73
6.2. Two channels of ECG traces from a Medilog recording 74
6.3. AnEEG recorder being worn by a child, and a few seconds of EEG traces 75
6.4. A young woman wearing an ECG recorder while playing tennis 76
7.1. The arrangement of principal and RF magnetic fields in the Newport
Analyser 83
7.2. Sir Rex Richards 87
7.3. Barry McKinnon testing the first 270 MHz NMR magnet system 89
7.4. A 360 MHz NMR proton spectrum 90
7.5. A 500 MHz NMR proton spectrum 96
8.1. Oxford Instruments progress in the 1970s 99
8.2. Margaret Thatcher talking to employees at Newport Instruments in 1979 104
8.3. Ian Duff assembles the heat exchangers for a high cooling-power dilution
refrigerator (courtesy Newsquest (Oxfordshire) Ltd.) 106
8.4. The new factory at Osney Mead being built over the top of the old
boathouse 107
9.1. Prototype vertical-bore resistive magnet for NMR imaging at Aberdeen
University 11 3
9.2. Ian McDougall with the first horizontal bore resistive whole-body NMR
imaging magnet, for Nottingham University 114
9.3. John Woodgate with the first superconducting whole-body magnet for
NMR imaging 116
9.4. Demonstration of in vivo spectroscopy 118
9.5. Martin Wood acting as guinea pig in the first whole-body system form vivo
spectroscopy 119
9.6. Early saggital MRI scan of the brain 121
9.7. George Radda s first in vivo spectroscopy system, which had captured a floor
polisher in its strong magnetic field (courtesy George Radda) 125
10.1 The Duke of Kent watching Martin Wood demonstrate magnetic levitation
in a Cryorama (courtesy Newsquest (Oxfordshire) Ltd.) 131
10.2. Succession of Oxford Instruments logos 136
11.1. Peter Williams 147
12.1. The floor of the old stock exchange on the day of Oxford Instruments
debut 159
13.1. A Robert Mankoff cartoon from The New Yorker Collection 1981 (courtesy
31 pic) 162
13.2. Barrie Marson, Martin Wood, Peter Williams, and Martin Lamaison in the
imaging magnet factory in 1985 171
14.1. David Ellis and Barrie Marson studying a model of a new factory and Group
headquarters in 1986 74
14.2. A complicated magnet being assembled 175
14.3. The large superconducting magnet for Cornell University 178
14.4. The largest superconducting magnet to date—on the road 179
J4-5- Preparing to wind the first coil of the unique six-coil toroidal magnet for
CEBAF, Virginia, USA 8o
14.6. Spectrum showing the resolution in a 600 MHz NMR spectrometer 181
14.7. Medilog 4000 system, the intelligent physiological recorder launched in
1984 :9°
xiv List of Figures
15.1. The Executive Committee in 1986 19(y
15.2. HRH Queen Elizabeth the Queen Mother feeling the tug of a magnet on an
iron chain at a Royal Society Industrial Soiree 197
15.3. Packing rods of superconductor in a copper billet at OST 199
15.4. Cross sections of multifilamentary conductors ±99
15.5. An ultra-high precision computer-controlled silicon wafer probing stage 200
15.6. A Chinese proverb 2O2
16.1. Accounts for employees from Oxford in View , September 1987 (courtesy
Sandy Davis and Oxford in View ) 208
16.2. The innovation process 210
16.3. The life cycle of an average product at Oxford Instruments 211
16.4. Oxford Instruments progress in the 1980s 212
16.5. Sir Austin Pearce 213
17.1. The positions of the 5 gauss contour lines around unshielded and actively
shielded MRI magnets 222
17.2. Final inspection of an Active Shield magnet 2.2.5
17.3. An OMT cartoon (courtesy Oxford Magnet Technology) 229
17.4. A C magnet being assembled at OMT 231
18.1. Diagramof a microanalysis system 237
19.1. The many systems needing development for X-ray lithography (copyright
199 ? International Business Machines Corporation; reprinted courtesy
IBM Journal of Research and Development) 246
19.2. Diagram of Helios I 1987 247
19.3. Helios I during final assembly at Oxford Instruments 250
19.4. Studying a neutron radiograph of a bearing rig 256
19.5. A neutron radiograph of a metal aerosol can 257
19.6. A silicon wafer full of microchips fabricated with X-ray lithography 258
19.7. High magnification of a prototype 64K SRAM chip made using X-ray
lithography 259
19.8. Mould for a gear 0.8 mm in diameter made with X-rays from Helios I 260
20.1. Superconducting thin films are prepared under ultra-high vacuum
conditions 269
20.2. The 800 MHz NMR magnet system 270
20.3. The Board in 1992 277
21.1. Some routes high-technology companies may travel 283
21.2. Oxford Instruments progress from 1993 to 1997 290
22.1. Mike Brady 296
22.2. Richard Wakeling 297
2.2.3. Large superconducting magnet separation system in a mineral processing
plant 299
22.4. Part of a beam line ^05
22.5. The Plasmalab System 100 hexagonal robotic wafer-handler at the heart
of a versatile cluster tool }o6
22.6. Antenatal monitoring at home 308
22.7. Oxford Instruments structure at 31 March 1999—the end of an era 312
23.1. Nigel Keen 5I6
23.2. Andrew Mackintosh 220
24.1. The STEP Centre on Osney Mead 331
List of Figures xv
24.2. Technology transfer and fledgling company incubation (courtesy Paul
Bradstock and The Oxford Trust) ? 17
24.3. HRH The Prince of Wales at the opening of The Oxford Centre for
Innovation 344
24.4. A child operating a working model of Boyle s air pump during the 1992
Oxford Festival of Science (courtesy Newsquest (Oxfordshire) Ltd.) 348
List of Boxes
1.1. What is a magnetic field? 5
1.2. Magnets of different types 8-9
z.i. Thehistory of superconductivity 16-19
z.z. Superconducting switches M
4.1. The He/4He dilution refrigerator 44
5.1. Continuous flow cryostats 64
7.1. The basics of NMR 82
7.2. The chemical shift in the structural analysis of molecules 84
7.3. Early NMR magnets and how spectra were acquired 86
7.4. The 1971 spectrometer for the Enzyme Group 88
7.5. Problems in the development of niobium-tin magnets for NMR 92
10.1. And a bottle of neutrons please : An article from the Newsletter, November
1981 (courtesy Tim Cook) 132
11.1. An attempt to educate employees in the Company s accounts in 1981 M3
12.1. Extracts from the Chairman s letter in the prospectus, October 1983 156—7
14.1. Ion beam milling 182
14.Z. Fat COSY and the racetrack design 186
14.3. PET scanning 188
15.1. Plasmas zoi
17.1. An extract from a Siemens advertising supplement zz8
18.1. Microanalysis as explained in the 1989 Link brochure 2.36
19.1. Storing a beam, and the Helios performance Z50
zo.i. How to Kill a Good Idea Z76
|
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| author_facet | Wood, Audrey |
| author_role | aut |
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| era | Geschichte 1959-2000 gnd Geschichte gnd |
| era_facet | Geschichte 1959-2000 Geschichte |
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| spelling | Wood, Audrey Verfasser aut Magnetic venture the story of Oxford instruments Audrey Wood 1. publ. Oxford [u.a.] Oxford Univ. Press 2001 XXIV, 387 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Mboya, Thomas J. (DE-588)118782770 gnd rswk-swf Oxford Instruments (DE-588)4730914-3 gnd rswk-swf Geschichte 1959-2000 gnd rswk-swf Geschichte gnd rswk-swf Magnetische Kernresonanz (DE-588)4037005-7 gnd rswk-swf Wirtschaft (DE-588)4066399-1 gnd rswk-swf Medizintechnische Industrie (DE-588)4418676-9 gnd rswk-swf Anwendung (DE-588)4196864-5 gnd rswk-swf Gerätebauindustrie (DE-588)4601891-8 gnd rswk-swf Großbritannien (DE-588)4022153-2 gnd rswk-swf Oxford Instruments (DE-588)4730914-3 b Geschichte 1959-2000 z DE-604 Großbritannien (DE-588)4022153-2 g Gerätebauindustrie (DE-588)4601891-8 s Mboya, Thomas J. (DE-588)118782770 p Medizintechnische Industrie (DE-588)4418676-9 s Magnetische Kernresonanz (DE-588)4037005-7 s Anwendung (DE-588)4196864-5 s Wirtschaft (DE-588)4066399-1 s Geschichte z HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=019893608&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Wood, Audrey Magnetic venture the story of Oxford instruments Mboya, Thomas J. (DE-588)118782770 gnd Oxford Instruments (DE-588)4730914-3 gnd Magnetische Kernresonanz (DE-588)4037005-7 gnd Wirtschaft (DE-588)4066399-1 gnd Medizintechnische Industrie (DE-588)4418676-9 gnd Anwendung (DE-588)4196864-5 gnd Gerätebauindustrie (DE-588)4601891-8 gnd |
| subject_GND | (DE-588)118782770 (DE-588)4730914-3 (DE-588)4037005-7 (DE-588)4066399-1 (DE-588)4418676-9 (DE-588)4196864-5 (DE-588)4601891-8 (DE-588)4022153-2 |
| title | Magnetic venture the story of Oxford instruments |
| title_auth | Magnetic venture the story of Oxford instruments |
| title_exact_search | Magnetic venture the story of Oxford instruments |
| title_full | Magnetic venture the story of Oxford instruments Audrey Wood |
| title_fullStr | Magnetic venture the story of Oxford instruments Audrey Wood |
| title_full_unstemmed | Magnetic venture the story of Oxford instruments Audrey Wood |
| title_short | Magnetic venture |
| title_sort | magnetic venture the story of oxford instruments |
| title_sub | the story of Oxford instruments |
| topic | Mboya, Thomas J. (DE-588)118782770 gnd Oxford Instruments (DE-588)4730914-3 gnd Magnetische Kernresonanz (DE-588)4037005-7 gnd Wirtschaft (DE-588)4066399-1 gnd Medizintechnische Industrie (DE-588)4418676-9 gnd Anwendung (DE-588)4196864-5 gnd Gerätebauindustrie (DE-588)4601891-8 gnd |
| topic_facet | Mboya, Thomas J. Oxford Instruments Magnetische Kernresonanz Wirtschaft Medizintechnische Industrie Anwendung Gerätebauindustrie Großbritannien |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=019893608&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT woodaudrey magneticventurethestoryofoxfordinstruments |