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Featured researches published by Jackson Williams.


British Journal of Obstetrics and Gynaecology | 1976

BASAL SERUM PROLACTIN VALUES AND RESPONSES TO THE ADMINISTRATION OF THYROTROPHIN RELEASING HORMONE (TRH) IN WOMEN WITH AMENORRHOEA

M. R. Glass; Jackson Williams; W. R. Butt; R. Logan Edwards; D. R. London

Basal prolactin concentrations were measured in 77 patients presenting with amenorrhoea; 17 per cent were found to have hyperprolactinaemia. The release of prolactin in response to a standard dose of thyrotrophin releasing hormone for amenorrhoeic subjects with normal basal levels of prolactin was within the normal range. However, patients with hyperprolactinaemic amenorrhoea and no evidence of pituitary tumour were found to have a blunted response.


Archive | 2017

Observations of the Magnetized Disruption of Collimated Plasma Flows

M. J.-E. Manuel; C. C. Kuranz; Alex Rasmus; Michael MacDonald; Matt Trantham; Jeff Fein; Pat Belancourt; Rachel Young; P.A. Keiter; R. P. Drake; Brad Pollock; J. Park; Andrew U. Hazi; Jackson Williams; H. Chen

The dynamics of magnetized flows is of great interest to the astrophysics community as the formation and long collimation distances of jets in accretion systems are still open questions. In many of these systems, the background magnetic field is parallel to the jet propagation direction. Recent experiments [1] performed at the Jupiter Laser Facility investigated the effects of imposing a background magnetic field aligned with a collimated jet. Plastic cone targets were irradiated by a long-pulse laser as shown schematically in Fig. 1a. When the shock emerges from the backside of the cone, accelerated material accumulates on axis producing a collimated flow. Figure 1b demonstrates the collimation of the plasma without the background field and the disruption of the flow when applying a 5 T field. Experimental results will be discussed in detail with supporting numerical work describing the mechanisms causing the jet disruption.


Plasma and Fusion Research | 2015

High-Intensity Neutron Generation via Laser-Driven Photonuclear Reaction

Yasunobu Arikawa; M. Utsugi; Morace Alessio; Takahiro Nagai; Yuki Abe; S. Kojima; Shohei Sakata; Hiroaki Inoue; Shinsuke Fujioka; Zhe Zhang; H. Chen; J. Park; Jackson Williams; T. Morita; Y. Sakawa; Yoshiki Nakata; Junji Kawanaka; Takahisa Jitsuno; Nobuhiko Sarukura; Noriaki Miyanaga; M. Nakai; H. Shiraga; Hiroaki Nishimura; H. Azechi


Bulletin of the American Physical Society | 2015

Laser-driven proton and deuteron acceleration from a pure solid-density H2/D2 cryogenic jet

Jongjin Kim; Maxence Gauthier; Bastian Aurand; Chandra Curry; Sebastian Goede; Clement Goyon; Jackson Williams; Shaun Kerr; John Ruby; Adrienne Propp; B. Ramakrishna; Art Pak; Andy Hazi; S. H. Glenzer; Christian Roedel


Bulletin of the American Physical Society | 2017

Solenoid for Laser Induced Plasma Experiments at Janus

Heath Leferve; G.E. Kemp; D. Mariscal; A.M. Rasmus; Jackson Williams; Robb Gillespie; M. J.-E. Manuel; C. C. Kuranz; Paul Keiter; R. P. Drake


Bulletin of the American Physical Society | 2017

Measurements of plasma mirror reflectivity and focal spot quality for tens of picosecond laser pulses

Pierre Forestier-Colleoni; Jackson Williams; G. G. Scott; Dereck. A. Mariscal; Christopher McGuffey; F. N. Beg; H. Chen; D. Neely; T. Ma


Bulletin of the American Physical Society | 2016

On the magnetized disruption of inertially-confined plasma flows

M. J.-E. Manuel; C. C. Kuranz; A.M. Rasmus; Michael MacDonald; Matt Trantham; Jeff Fein; Patrick Belancourt; Rachel Young; Paul Keiter; R. Paul Drake; Brad Pollock; Jaebum Park; Andrew U. Hazi; Jackson Williams; H. Chen


Bulletin of the American Physical Society | 2016

Measuring Energy Scaling of Laser Driven Magnetic Fields

Jackson Williams; Clement Goyon; D. Mariscal; Brad Pollock; S. Patankar; John Moody


Bulletin of the American Physical Society | 2016

High Energy Electron Acceleration from Underdense Plasma Channeling Using the OMEGA EP Laser

Thomas Batson; Anthony Raymond; Amina Hussein; K. Krushelnick; L. Willingale; Phil Nilson; D. H. Froula; Dan Harberberger; A. Davies; W. Theobald; Jackson Williams; H. Chen; Alexey Arefiev


Bulletin of the American Physical Society | 2016

PIC Simulations of direct laser accelerated electron from underdense plasmas using the OMEGA EP Laser

Amina Hussein; Thomas Batson; K. Krushelnick; L. Willingale; Alex Arefiev; Tao Wang; Phil Nilson; D. H. Froula; Dan Haberberger; A. Davies; W. Theobald; Jackson Williams; H. Chen

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H. Chen

Lawrence Livermore National Laboratory

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Andrew U. Hazi

Lawrence Livermore National Laboratory

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Brad Pollock

Lawrence Livermore National Laboratory

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J. Park

Lawrence Livermore National Laboratory

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A. Davies

University of Rochester

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Clement Goyon

Lawrence Livermore National Laboratory

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D. H. Froula

University of Rochester

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Jaebum Park

Pennsylvania State University

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