_version_ 1866911361529806848
author Richburg, Love
Birge, Noah
Fomin, Nadia
Riley, Grant
Pierce, Josh
Ramsey, John
Schreyer, Wolfgang
Penttila, Seppo
Wallace, Isaiah
Mostella, Di'Arra
Jezghani, Aaron
Saunders, Alexander
Bacci, Americo Salas
Atencio, Ariella
Mendelsohn, August
Nelsen, Austin
Zeck, Bryan
Crawford, Christopher
Gilbert, Corey
Mathews, David
Fellers, Deion
Fuehne, Duncan
Smith, Erick
Gonzalez, Francisco
Randall, Glenn
Acharya, Himal
Li, Huangxing
Presley, Hunter
Mirabal, Jackie
Fry, Jason
Choi, Jin Ha
O'Kronley, Jordan
Hamblen, Josh
Broussard, Leah
Makela, Mark
Macsai, Nick
McGaughey, Pat
Godri, Rebecca
Alarcon, Ricardo
Mammei, Russell
Hollander, Sean
Clymer, Skylar
Garman, Zachary
author_facet Richburg, Love
Birge, Noah
Fomin, Nadia
Riley, Grant
Pierce, Josh
Ramsey, John
Schreyer, Wolfgang
Penttila, Seppo
Wallace, Isaiah
Mostella, Di'Arra
Jezghani, Aaron
Saunders, Alexander
Bacci, Americo Salas
Atencio, Ariella
Mendelsohn, August
Nelsen, Austin
Zeck, Bryan
Crawford, Christopher
Gilbert, Corey
Mathews, David
Fellers, Deion
Fuehne, Duncan
Smith, Erick
Gonzalez, Francisco
Randall, Glenn
Acharya, Himal
Li, Huangxing
Presley, Hunter
Mirabal, Jackie
Fry, Jason
Choi, Jin Ha
O'Kronley, Jordan
Hamblen, Josh
Broussard, Leah
Makela, Mark
Macsai, Nick
McGaughey, Pat
Godri, Rebecca
Alarcon, Ricardo
Mammei, Russell
Hollander, Sean
Clymer, Skylar
Garman, Zachary
contents The Nab experiment aims to extract the neutron beta decay correlation coefficients 'a' and 'b'. This will be accomplished using a 7 m tall electromagnetic spectrometer which measures electron energies and proton momenta. Detection of electrons and protons resulting from neutron beta decay will be carried out using large-area, thick, highly-segmented, single-crystal silicon detectors. These detectors and accompanying electronics will be cooled by a recirculating, gaseous helium cooling system to below 150 K with +/- 0.5 K stability. We will motivate the need for detector cooling in the Nab experiment and discuss design and performance of this cooling system.
format Preprint
id arxiv_https___arxiv_org_abs_2601_05115
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle A gaseous-helium cooling system for silicon detectors in the Nab experiment
Richburg, Love
Birge, Noah
Fomin, Nadia
Riley, Grant
Pierce, Josh
Ramsey, John
Schreyer, Wolfgang
Penttila, Seppo
Wallace, Isaiah
Mostella, Di'Arra
Jezghani, Aaron
Saunders, Alexander
Bacci, Americo Salas
Atencio, Ariella
Mendelsohn, August
Nelsen, Austin
Zeck, Bryan
Crawford, Christopher
Gilbert, Corey
Mathews, David
Fellers, Deion
Fuehne, Duncan
Smith, Erick
Gonzalez, Francisco
Randall, Glenn
Acharya, Himal
Li, Huangxing
Presley, Hunter
Mirabal, Jackie
Fry, Jason
Choi, Jin Ha
O'Kronley, Jordan
Hamblen, Josh
Broussard, Leah
Makela, Mark
Macsai, Nick
McGaughey, Pat
Godri, Rebecca
Alarcon, Ricardo
Mammei, Russell
Hollander, Sean
Clymer, Skylar
Garman, Zachary
Instrumentation and Detectors
Nuclear Experiment
The Nab experiment aims to extract the neutron beta decay correlation coefficients 'a' and 'b'. This will be accomplished using a 7 m tall electromagnetic spectrometer which measures electron energies and proton momenta. Detection of electrons and protons resulting from neutron beta decay will be carried out using large-area, thick, highly-segmented, single-crystal silicon detectors. These detectors and accompanying electronics will be cooled by a recirculating, gaseous helium cooling system to below 150 K with +/- 0.5 K stability. We will motivate the need for detector cooling in the Nab experiment and discuss design and performance of this cooling system.
title A gaseous-helium cooling system for silicon detectors in the Nab experiment
topic Instrumentation and Detectors
Nuclear Experiment
url https://arxiv.org/abs/2601.05115