61
Podliasky Ilia: Improvements in particle accelerators. Commissariat Energie Atomique, August 10, 1960: GB844530-A (2 worldwide citation)

844,530. Coaxial resonators. COMMISSARIAT A L'ENERGY ATOMIQUE. March 18, 1957 [March 16, 1956], No. 8840/57. Class 40(8). [Also in Groups XXXV, XL(a) and XL(c)] Coaxial line resonators 31, 32 in which ferrite rings 33 fill the spaces between the conductors are used as variable inductances in the R.F ...


62
Pulse generating circuits. British Thomson-Houston, William Simm Melville, February 13, 1952: GB666624-A (2 worldwide citation)

666,624. Wave-form changing circuits. BRITISH THOMSON-HOUSTON CO., Ltd., and MELVILLE, W. S. Dec. 2, 1949, No. 31042/49. Class 38 (ii). A pulse generating electric circuit, as for radar pulse modulators, nuclear particle accelerators, impulse-testing generators and pulse and initiating circuits, whe ...


63
Linear particle accelerator apparatus. Varian Associates, March 21, 1962: GB891983-A (2 worldwide citation)

891,983. Linear particle accelerators; velocitymodulated tubes. VARIAN ASSOCIATES. May 15, 1959 [June 25, 1958], No. 16800/59. Class 39(1) [Also in Group XL(b)] A linear electron or proton accelerator includes a first accelerator section 8, Fig. 1 in which the particles are accelerated up to the vel ...


64
Chapman Kenneth Reginald, Gowariker Shankar Ranchnod: Accelerating sections for electrons and/or ions. Univ Birmingham, October 10, 1962: GB907598-A (2 worldwide citation)

907,598. Particle accelerators. BIRMING- HAM, UNIVERSITY OF. Dec. 22, 1960 [Dec. 22, 1959], No. 43464/59. Class 39 (1). A D.C. particle accelerator section comprises a body 1 cast in an epoxy resin, a bore within the tube and open at at least one end, a plurality of spaced electrodes 2 supported by ...


65
Arrangement for accelerating electrons and ions. Bbc Brown Boveri & Cie, May 28, 1952: GB672670-A (2 worldwide citation)

672,670. Particle accelerators. AKT.-GES BROWN, BOVERI, & CIE. June 16, 1948 [June 16, 1947], No. 16244/48. Class 39 (i). In a,particle accelerator of the type in which the particles are accelerated by successive interaction with high frequency electric fields, the accelerating frequency may have to ...


66
Julian Frederick Arthur, Riviere Anthony Christopher: Improvements in or relating to linear electrostatic accelerators and to methods of producing high-energy ion beams. Atomic Energy Authority, October 7, 1964: GB972083-A (2 worldwide citation)

972,083. Particle accelerators. UNITED KINGDOM ATOMIC ENERGY AUTHORITY. June 25, 1962 [June 27, 1961], No. 23308/61. Heading H1D. In a multi-stage electrostatic particle accelerator heavy molecular positive ions 2 generated in grounded source 1 are passed into a first tandem accelerator 4 having a n ...


67
David A Kassner: Core/coil assembly for use in superconducting magnets and method for assembling the same. The United States of America represented by the United States Department of Energy, Dean E Carlson, Robert H Whisker, Leonard Belkin, September 4, 1979: US04166990 (2 worldwide citation)

A core/coil assembly for use in a superconducting magnet of the focusing or bending type used in syncronous particle accelerators comprising a coil assembly contained within an axial bore of the stacked, washer type, carbon steel laminations which comprise the magnet core assembly, and forming an in ...


68
Crowley Milling Michael Crowle, Saxon Godfrey: Improvements relating to linear accelerators. Ass Elect, August 23, 1967: GB1080169-A (2 worldwide citation)

1,080,169. Linear particle accelerators. ASSOCIATED ELECTRICAL INDUSTRIES Ltd. June 23, 1964 [July 12, 1963], No. 27762/63. Heading H1D. In a linear accelerator of the travelling-wave type comprising a corrugated waveguide including an attenuating section at the output end, the attenuating section i ...


69
Electron beam deflector system. Thomson-CSF, March 29, 1972: GB1269017-A (2 worldwide citation)

1,269,017. Particle accelerators. THOMSON C.S.F. 3 March, 1970 [12 March, 1969], No. 10215/70. Heading H1D. The electron beam emerging from a particle accelerator passes through a first deflecting means Dl, Fig. 1, which deflects the beam through an angle of, for example, 37 degrees, and through a s ...


70
Consoli Terenzio, Hall Richard B: Method of, and apparatus for, accelerating ionized gas. Commissariat Energie Atomique, Boeing, January 5, 1966: GB1015734-A (2 worldwide citation)

1,015,734. Linear particle accelerators. COMMISSARIAT A L'ENERGIE ATOMIQUE, and BOEING CO. April 27, 1964 [April 29, 1963], No. 17403/64. Heading H1D. [Also in Division F1] Charged particles are accelerated in a given axial direction by simultaneously subjecting them to a transverse electric field o ...



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