H
H. Deruyter
Researcher at Stanford University
Publications - 15
Citations - 186
H. Deruyter is an academic researcher from Stanford University. The author has contributed to research in topics: Particle accelerator & Linear particle accelerator. The author has an hindex of 9, co-authored 15 publications receiving 182 citations.
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Proceedings ArticleDOI
The Next Linear Collider Test Accelerator
R.D. Ruth,C. Adolphsen,Karl Bane,R. Boyce,D. L. Burke,R. Calin,G. Caryotakis,R.L. Cassel,S.L. Clark,H. Deruyter,K.S. Fant,R. Fuller,S. Heifets,H.A. Hoag,R. Humphrey,S. Kheifets,R.F. Koontz,N. Kroll,R.T. Lavine,G.A. Loew,A. Menegat,Roger H. Miller,Christopher Nantista,J. M. Paterson,C. Pearson,R. Phillips,J. Rifkin,James E. Spencer,Sami Tantawi,K.A. Thompson,Arnold Vlieks,V. Vylet,J.W. Wang,Perry B. Wilson,A.D. Yeremian,B. Youngman +35 more
TL;DR: The NLC Test Accelerator (NLCTA) as discussed by the authors is a testbed for the next linear Collider (NLC) and is designed to address many questions related to the dynamics of the beam during acceleration.
Proceedings ArticleDOI
Accelerator structure R&D for linear colliders
J.W. Wang,Chris Adolphsen,Karl Bane,Gordon Bowden,D. L. Burke,H. Deruyter,J. Cornuelle,Z.D. Farkas,W.B. Fowkes,S. S. Hanna,H.A. Hoag,J. Irwin,Roger Jones,K. Ko,N.M. Kroll,Zenghai Li,G. A. Loew,Rod Loewen,Roger H. Miller,C. Ng,J. M. Paterson,C. Pearson,T.O. Raubenhemer,J. Rifkin,Ronald D. Ruth,Sami Tantawi,K.A. Thompson,K.W. Vaillancourt,Arnold Vlieks,Perry B. Wilson,K. Asano,Y. Funahashi,Yasuo Higashi,Toshiyasu Higo,N. Hitomi,Toshio Suzuki,K. Takata,Toshikazu Takatomi,N. Toge,Y. Watanabe,John W. Elmer,J. Klingmann,M. Mugge,K. van Bibber +43 more
TL;DR: In this article, a new type of damped detuned structure with optimized round-shaped cavities (RDDS) was proposed for X-band accelerator structures for the JLC/NLC linear collider.
Proceedings ArticleDOI
Flower-petal mode converter for NLC
H.A. Hoag,Sami Tantawi,R.S. Callin,H. Deruyter,Z.D. Farkas,Kwok Ko,N. Kroll,T.L. Lavine,A. Menegat,Arnold Vlieks +9 more
TL;DR: In this paper, a high-power, high-vacuum "flower-petal" transducers, which can be used as either a power combiner at the klystron or a power divider at the accelerator is described.
High Gradient Tests of SLAC Linear Collider Accelerator Structures
J.W. Wang,H. Deruyter,J. Eichner,K.H.Fant,H.A. Hoag,R.F. Koontz,T.L. Lavine,G.A. Loew,Rod Loewen,L.Menegat,Roger H. Miller,C. Pearson,R.D. Ruth,Sami Tantawi,Arnold Vlieks,Perry B. Wilson,Charles Yoneda +16 more
TL;DR: The current SLAC R&D program to develop room-temperature accelerator structures for the Next Linear Collider (NLC) is described in this article, where the authors present a brief description of the RF test setup, the design and manufacturing details of the structures, and a discussion of test results including field emission, RF processing, dark current spwtrum and RF breakdown.
Accelerator Structure Development for NLC
TL;DR: In the program of work directed towards the development of an X-Band Next Linear Collider accelerator structure, two different test accelerator sections have been completed, and a third is being fabricated as mentioned in this paper.