Towards smaller gap microbulks | Zendy

D. Attié | Zendy; L. Boilevin-Kayl | Zendy; T. Dafní | Zendy; E. Ferrer-Ribas | Zendy; S. Ferry | Zendy; Y. Giomataris | Zendy; D C Herrera | Zendy; F.J. Iguaz | Zendy; I.G. Irastorza | Zendy; M. Kebbiri | Zendy; T. Papaevangelou | Zendy; R. De Oliveira | Zendy; L. Seguí | Zendy; A. Tomás | Zendy

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Towards smaller gap microbulks

Author(s) -

D. Attié,

L. Boilevin-Kayl,

T. Dafní,

E. Ferrer-Ribas,

S. Ferry,

Y. Giomataris,

D C Herrera,

F.J. Iguaz,

I.G. Irastorza,

M. Kebbiri,

T. Papaevangelou,

R. De Oliveira,

L. Seguí,

A. Tomás

Publication year - 2014

Publication title -

journal of instrumentation

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.741

H-Index - 84

ISSN - 1748-0221

DOI - 10.1088/1748-0221/9/04/c04013

Subject(s) - micromegas detector , detector , physics , dark matter , event (particle physics) , optics , particle physics , astrophysics

Small gap Micromegas detectors ( < 50 μm) are expected to be optimal for high pressure applications. Combining the microbulk manufacturing technique with a small gap can result in attractive detectors for rare event detection, in particular double beta decay or dark matter searches. We present novel results obtained with small gap microbulks (25 and 12.5 μm) that have been manufactured recently. For the first time for this type of detectors, we show experimentally that for each amplification gap there is an optimal pressure and that smaller gaps are more suitable for higher pressures

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