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Documents with Henry J Frisch as an Author

This little note proposes adding time-sliced information from muon monitors to the stroboscopic neutrino oscillation analysis. Specific proposals include a low intensity run before the halls get too hot to reach muons in the relevant kinematic range, and a description...
We report on performance results achieved for recently produced LAPPDs. LAPPDs is a good candidate to be employed in neutrino experiments (e.g. ANNIE [1], WATCHMAN [2], DUNE [3]), particle collider experiments (e.g. EIC [4]), neutrinoless double-beta decay experiments (e.g. THEIA...
Talk at TIPP, Amsterdam; June 2014
Poster presentation at the 14th Pisa Meeting on Advanced Detectors, May 2018
Invited Talk at the 5th International Conference on Micro-Pattern Gas Detectors (MPGD2017); 22-26 May, 2017; Temple University, Philadelphia
This is a brief stab at understanding the balance of gas load and getter capacity. A lot of this may be wrong- that's the point of writing it down for others to read, so please read critically. Also there are...
Version of the capacitive coupling paper as published in NIMA
Spherical harmonics paper as submitted to NIM.
We report pilot production and advanced development performance results achieved for Large Area Picosecond Photodetectors (LAPPD TM).
First submission to NIMA of the Capacitive Coupling paper. Discusses the capacitive anode/pickup configuration of the Gen-II ceramic tile, which uses the "Inside-Out" scheme.
ICHEP 2016 presentation on the In-Situ LAPPD
Paper for IEEE NSS/Mic RealTime 2016, Strasbourg, France Oct. 2016 ArXiV:1607.02395v1 8 Jul 2016
Todd Seiss's final 335 report, as submitted on May 25th 2016. It is likely to be updated in the future.
Slides from a presentation on top seal at SORMA 2016
Todd Seiss's 335 poster, presented on June 1 2016. Topic is Inside-Out LAPPD and pad pattern readout boards for use at the LHC.
Evan's 335 poster, presented at the 335 session on June 1 2016. Topic is Inside-Out LAPPD
This is Evan Angelico's 335 final report, as it was when it was turned in late at night on May 25th 2016. It will likely be revised into a different format, but this is VERSION 1.
Timing paper as published in NIM
Optical TPC paper as published in NIM
Novel large area microchannel plates (MCPs) constructed using micro-capillary arrays functionalized by atomic layer deposition (ALD) have been successfully demonstrated in large for- mat detectors (10 cm and 20 cm) with cross delay line and cross strip readouts. Borosilicate micro-...
The development of large area, high performance, photon counting, imaging, timing detectors based on novel microchannel plate technology potentially offers significant advantages in a number of applications. To explore this, large area (20 cm) microchannel plates have been constructed using...
Microchannel plates that have been constructed by atomic layer deposition of resistive and secondary emissive layers, onto borosilicate glass microcapillary arrays provide a novel alternative to conventional microchannel plates for detection of radiation and particles. Conventional microchannel plates can also...
Novel microchannel plates have been constructed using borosilicate glass micro-capillary array substrates with 20 mm and 10 mm pores and coated with resistive, and secondary electron emissive, layers by atomic layer deposition. Microchannel plates in 33 mm, 50 mm and...
Technology and Instrumentation in Particle Physics 2014 2-6 June, 2014 Amsterdam, the Netherlands
Replace History Paper as posted on the arXiv with new version after referee report.
https://indico.cern.ch/event/192695/contribution/394
Paper on Cherenkov/scintillation light separation directionality in 0vbb-decay. As published in JINST. arXiv:1307.5813. InspireHEP link: http://inspirehep.net/record/1243875/
Proceedings of IPAC2015, May 3-8, 2015; Richmond VA TUPHA003 Abstract: Alkali antimonide photocathodes are a strong contender for the cathode of choice for next-generation photon sources such as LCLS II or the XFEL. These materials have already found extensive use...
Abstract: The LAPPD Collaboration was formed to develop ultrafast large-area imag- ing photodetectors based on new methods for fabricating microchannel plates (MCPs). In this paper we characterize the time response using a pulsed, sub- picosecond laser. We observe single-photoelectron time...
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Christoph Aberle
Bernhard Adams
Mike Albrow
John T Anderson
Matt Andrew
Evan Angelico
Klaus Attenkofer
Melvin Aviles
S V Baryshev
Ilan Ben-Zvi
Daniel C Bennis
Madeline Bernstein
Harish Bhandari
Octavia Biris
Mircea Bogdan
Justin L Bond
Alan D Brodie
Sergey Butsyk
Karen Byrum
Mesut Caliskan
Steve Chappa
Chin-Tu Chen
Bala Chockalingam
Matthieu C Chollet
Woon-Seng Choong
Finnegan Clark
Michael Cooney
Christopher Craven
Timothy Credo
Till Cremer
Amir Dabiran
Eric Delagnes
Robert DeMaat
Marcel Demarteau
Michael Deterando
Ranjan Dharmapalan
Yun Dong
Ryan Dowdy
Gary Drake
Paul Drake
Andrey Elagin
Jeffrey W. Elam
Camden Ertley
J R Escolas
Michael R Foley
Henry J Frisch
Kurt Fujiwara
Roy Garcia
Eliza Gazda
Jean-François Genat
Hervé Grabas
Joseph Gregar
Gautam Gunjala
E Hahn
Xiao Han
Mary Heintz
R Hemphill
Daniel Herbst
Yushi Hu
J Hull
Maxwell Hutchinson
Emma Ideal
Zeke Insepov
Note from Intel
Valentin Ivanov
Robert Jarrett
Sharon Jelinsky
K A Jenkins
Yunpeng Ji
Runyu Jiang
Slade J. Jokela
Baptiste Joly
John Judge
Chien-Min Kao
Heejong Kim
Rod Klein
J A Klug
Patrick Le Dû
Seon Woo Lee
Horatio Li
Xiuling Li
Xue Liang
Jialie Lin
Siyang Ling
Rohan Lopez
Tyler Lutz
Alexey Lyashenko
Anil U. Mane
Edward May
Mark A McCord
David McGinnis
Matt McMahon
Jason McPhate
Aaron Meyer
Ting Miao
Michael Minot
William W Moses
Eric M Muller
Pavel Murat
Brian Naranjo
Gabriel Nathan
Tyler Natoli
Guilherme Nettesheim
Kurtis Nishimura
Richard Northrop
Aileen O'Mahony
Razib Obaid
Eric Oberla
Erick Orozco
Jonathan Ouellet
Howard Padmore
Alexander Paramonov
Michael Pellin
Qing Peng
Thomas Phillips
John Podczerwinski
Mark A Popecki
Charles M. Rafkin
Erik Ramberg
Triveni Rao
Joseph M Renaud
Joseph Reno
Nathan Richner
Andres Romero-Wolf
Anatoly Ronzhin
Steve R Ross
Larry Ruckman
Miguel Ruiz-Oses
Larry Sadwick
David Salek
Mayly Sanchez
Harold Sanders
Robert D Schroll
Susanne Schubert
J Schwarz
Jochen Schwiening
Todd Seiss
Greg Sellberg
Ossy Siegmund
John Smedley
Eric Spieglan
Michael E Stochaj
Neal Sullivan
Fukun Tang
Hannah Tomio
William M Tong
Anton Tremsin
C E Tripa
Marcus Ullisch
Jerry Va'vra
J Vallerga
Jakob van Santen
Gary Varner
Theodore Vecchione
Livio Verra
Igor V. Veryovkin
Alexander Vostrikov
Robert G. Wagner
Dean Walters
Hau Wang
Jingbo Wang
Matthew Wetstein
Audrey Whitmer
Charles Whitmer
Peter Wilson
Lindley Winslow
Andrew Wong
Taritree Wongjirad
William A Worstell
Fangjian Wu
Lei Xia
Junqi Xie
Qingguo Xie
Angel Yanguas-Gil
Eugene Yurtsev
Zikri Yusof
Huyue Zhao
Lin Zhou
Alexander V. Zinovev