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Noise behaviour of the Explorer gravitational wave antenna during λ transition to the superfluid phase

  • Published:1992-01 Issue:7 Volume:32 Page:668-670
  • ISSN:0011-2275
  • Container-title:Cryogenics
  • language:en
  • Short-container-title:Cryogenics

Author:

Astone P.,Bassan M.,Bonifazi P.,Coccia E.,Cosmelli C.,Frasca S.,Majorana E.,Modena I.,Pallottino G.V.,Pizzella G.,Rapagnani P.,Ricci F.,Visco M.

Publisher

Elsevier BV

Subject

General Physics and Astronomy,General Materials Science

Reference8 articles.

1. Experiments with resonant antennas for detecting gravitational waves;Pizzella,1988

2. Design and performance of cryogenic enclosure for long duration testing of large samples;Hamilton;Cryogenics,1982

3. Cryogenic system of the Rome group gravitational wave experiment;Bronzini;Cryogenics,1985

4. Preliminary results on the operation of a 2270 kg cryogenic gravitational antenna with a resonant transducer and a dc SQUID amplifier;Amaldi;Nuovo Cimento,1986

5. Proc 13th Texas Symposium on Relativistic Astrophysics;Amaldi,1987

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1. Cryogenic payloads for the Einstein Telescope: Baseline design with heat extraction, suspension thermal noise modeling, and sensitivity analyses;Physical Review D;2023-12-07

2. The Resonant Detector;Experimental Gravitation;2022

3. Low Temperature and Gravitation Wave Detectors;Advanced Interferometers and the Search for Gravitational Waves;2014

4. Cryogenics and Einstein Telescope;General Relativity and Gravitation;2010-06-25

5. Vibration-free cryostat for low-noise applications of a pulse tube cryocooler;Review of Scientific Instruments;2006-09
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