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John D. Lawson (scientist)

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208:. He continued his work on accelerators and led the project to build the Variable Energy Cyclotron (for AERE Harwell). He had responsibility for building up the superconducting magnet programme and retained an interest in new accelerator concepts. In the 1970s he moved onto the study of very high current beams and, in 1977, his book The Physics of Charged Particle Beams was published (second edition 1989), which became a classic textbook on particle accelerators. In 1975-1976 Lawson returned to fusion research with a two-year sabbatical at the Culham Laboratory, working on a design study of a conceptual 22: 215:
He returned to the Rutherford Appleton Laboratory in 1977 where he continued working on free electron lasers and accelerator design, and also played a leading international role in promoting and critically examining ideas for future accelerators. In the early 1980s he recognized the potential that
243:, a general measure of a system that defines the conditions needed for a fusion reactor to achieve net power. Formulated in 1955, it was first published in 1957, in 'Some criteria for a power producing thermonuclear reactor', (Proc. Phys. Soc. vol. 70, pt. 1, no. 445, B, 6-10). 185:
He was noted for his 1955 paper, published in 1957, "Some Criteria for a Power Producing Thermonuclear Reactor," (Proc. Phys. Soc. Vol. 70, pt. 1, no. 445, B, 6-10, 1957), where he presented for the first time to the public his famous criterion:
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who was also in charge of the ZETA (Zero Energy Toroidal Assembly) fusion work. It was through Lawson's association with Thonemann that he became interested in the topic of nuclear fusion.
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In 1961 Lawson was transferred to the newly established National Institute for Research in Nuclear Science, placed very close to Harwell village, an institution shortly to become the
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Lawson was awarded the University of Cambridge Sc.D. in Physics in 1959 and made a Fellow of the Institute of Physics in 1970. In 1983 he was elected a Fellow of
32: 141: 140:, to study for the short (two year) Mechanical Sciences degree, including a special wartime radio course. He graduated BA in 1943 and then joined the 667: 164: 90: 662: 329: 62: 197:
and on early accelerator proposals. He remained on the staff of the AERE to 1961, spending 1959-1960 as Research Associate at the
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high-power lasers could have for particle acceleration, and set up a small research group in lasers base on the concept of
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At the end of the war Lawson continued to work at Malvern, although in 1947 he was made a member of the staff of the
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In 1951 he was transferred to the General Physics Division of the AERE at Harwell. Lawson started to work on the
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Laboratories at Stanford where his work included the study of the properties of caesium plasma.
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reactor based on the reversed field pinch principle.
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design as part of the ongoing work on development of
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talk page
improve this article
introducing citations to additional sources
"John D. Lawson" scientist
news
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books
scholar
JSTOR
FRS
Coventry
Wolverhampton Grammar School
St John's College, Cambridge
Telecommunications Research Establishment
microwave
antenna
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Atomic Energy Research Establishment
synchrotron
klystron
Peter Thonemann
Lawson criterion
cyclotron
W.W. Hansen
Rutherford Appleton Laboratory
fusion power
plasma acceleration
Royal Society

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