Alexey Lyashenko,
Bernhard Adams,
Evan Angelico,
Melvin Aviles,
Till Cremer,
Andrey Elagin,
Jeffrey W. Elam,
Camden Ertley,
Michael R Foley,
Henry J Frisch,
Anil U. Mane,
Michael Minot,
Mark A Popecki,
Ossy Siegmund,
Eric Spieglan,
Michael E Stochaj and
William A Worstell
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...
An x-ray detector based on MCPs. An MCP ALD-coated with tungsten (thermally oxidized after coating) serves as an x-ray photocathode that matches the x-ray stopping depth to the electron escape depth. X-rays hit pore walls at grazing incidence, so that...
Karen Byrum,
Marcel Demarteau,
Ranjan Dharmapalan,
Jeffrey W. Elam,
Anil U. Mane,
Edward May,
Robert G. Wagner,
Dean Walters,
Jingbo Wang,
Lei Xia,
Junqi Xie and
Huyue Zhao
Bernhard Adams,
Melvin Aviles,
Justin L Bond,
Christopher Craven,
Till Cremer,
Andrey Elagin,
Jeffrey W. Elam,
Camden Ertley,
Michael R Foley,
Henry J Frisch,
Alexey Lyashenko,
Anil U. Mane,
Michael Minot,
Mark A Popecki,
Ossy Siegmund,
Michael E Stochaj and
William A Worstell
We report pilot production and advanced development performance results achieved for Large Area Picosecond Photodetectors (LAPPD TM).
We report a cost-effective and production achievable path to fabricate robust large-area microchannel plates (MCPs), which offers the new prospect for larger area MCP-based detector technologies. We used atomic Layer Deposition (ALD), a thin film growth technique, to independently adjust...
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-...
(believed to be-variations exist) Proceedings of the Advanced Maui Optical and Space Surveillance Technologies Conference, held in Wailea, Maui, Hawaii, September 9-12, 2014, Ed.: S. Ryan, The Maui Economic Development Board, id.E103 Bibliographic Code: 2014amos.confE.103S Imaging photon counting sensors, with...
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...
Christopher Craven,
Jeffrey W. Elam,
Camden Ertley,
Henry J Frisch,
Anil U. Mane,
Jason McPhate,
Michael Minot,
Aileen O'Mahony,
Nathan Richner,
Ossy Siegmund,
Anton Tremsin,
J Vallerga and
Robert G. Wagner
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...
Daniel C Bennis,
Justin L Bond,
Karen Byrum,
Christopher Craven,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Anil U. Mane,
Michael Minot,
Richard Northrop,
Aileen O'Mahony,
Joseph M Renaud,
Michael E Stochaj,
Robert G. Wagner and
Matthew Wetstein
Technology and Instrumentation in Particle Physics 2014 2-6 June, 2014 Amsterdam, the Netherlands
Bernhard Adams,
Klaus Attenkofer,
Mircea Bogdan,
Karen Byrum,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Jean-François Genat,
Hervé Grabas,
Joseph Gregar,
E Hahn,
Mary Heintz,
Zeke Insepov,
Valentin Ivanov,
Sharon Jelinsky,
Slade J. Jokela,
Seon Woo Lee,
Anil U. Mane,
Jason McPhate,
Michael Minot,
Pavel Murat,
Kurtis Nishimura,
Richard Northrop,
Razib Obaid,
Eric Oberla,
Erik Ramberg,
Anatoly Ronzhin,
Greg Sellberg,
Ossy Siegmund,
Neal Sullivan,
Anton Tremsin,
Gary Varner,
Igor V. Veryovkin,
Alexander Vostrikov,
Robert G. Wagner,
Dean Walters,
Matthew Wetstein,
Junqi Xie,
Zikri Yusof and
Alexander V. Zinovev
Replace History Paper as posted on the arXiv with new version after referee report.
Alan D Brodie,
Andrey Elagin,
Jeffrey W. Elam,
Anil U. Mane,
Mark A McCord,
Jason McPhate,
Michael Minot,
Aileen O'Mahony,
Ossy Siegmund,
William M Tong,
Robert G. Wagner and
Matthew Wetstein
Bernhard Adams,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Jean-François Genat,
Joseph Gregar,
Anil U. Mane,
Michael Minot,
Richard Northrop,
Razib Obaid,
Eric Oberla,
Alexander Vostrikov and
Matthew Wetstein
Nuclear Instruments and Methods in Physics Research A 780 (2015) 107–113 We describe a pin-less design for the high voltage (HV) resistive divider of the all-glass LAPPD(TM) 8 in.- square thin photodetector module.
Daniel C Bennis,
Justin L Bond,
Christopher Craven,
Marcel Demarteau,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Anil U. Mane,
Jason McPhate,
Michael Minot,
Richard Northrop,
Aileen O'Mahony,
Joseph M Renaud,
Ossy Siegmund,
Michael E Stochaj,
Robert G. Wagner and
Matthew Wetstein
Persons interested in more information can either buy a copy from the publisher (http://dx.doi.org/10.1016/j.nima.2014.11.025) or send an inquiry to Incom Sales & Marketing or directly to Michael Minot (mjminot@minotecheng.com).
Bernhard Adams,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Jean-François Genat,
Joseph Gregar,
Anil U. Mane,
Michael Minot,
Richard Northrop,
Razib Obaid,
Eric Oberla,
Alexander Vostrikov and
Matthew Wetstein
HV Divider paper as submitted to NIM-A Dec 9, 2014
Daniel C Bennis,
Justin L Bond,
Karen Byrum,
Christopher Craven,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Anil U. Mane,
Jason McPhate,
Michael Minot,
Richard Northrop,
Aileen O'Mahony,
Joseph M Renaud,
Ossy Siegmund,
Michael E Stochaj,
Robert G. Wagner and
Matthew Wetstein
In this work, the authors present analytic models for atomic layer deposition (ALD) in three common experimental configurations: cross-flow, particle coating, and spatial ALD. These models, based on the plug-flow and well-mixed approximations, allow us to determine the minimum dose...
Daniel C Bennis,
Karen Byrum,
Christopher Craven,
Marcel Demarteau,
Jeffrey W. Elam,
Joseph Gregar,
Anil U. Mane,
Michael Minot,
Aileen O'Mahony,
Joseph M Renaud,
Robert G. Wagner,
Dean Walters and
Junqi Xie
Bernhard Adams,
Andrey Elagin,
Jeffrey W. Elam,
Henry J Frisch,
Joseph Gregar,
Anil U. Mane,
Michael Minot,
Richard Northrop,
Aileen O'Mahony,
Eric Oberla,
Robert G. Wagner and
Matthew Wetstein
Abstract submitted to TIPP2014
IEEE Transactions on Nuclear Science, Vol. 60, No. 2, April 2013
We report results of high-resolution sputter depth profiling of an alternating MgO/ZnO nanolayer stack grown by atomic layer deposition (ALD) of ≈5.5 nm per layer. We used an improved dual beam time-of-flight secondary ion mass spectrometer to measure 24Mg+ and...
Talk and Proceedings at 2012 IEEE Symposium on Radiation Measurements and Applications, Oakland, CA, May 2012
Talk and Proceedings at the IEEE NSS-MIC, Valencia, Spain, Oct 2011
Talk at Light11 Workshop at Tegernsee, Germany; Oct/Nov 2011
