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• W1966286252 abstract "A nonbubble chamber (NBC) setup, especially designed to perform a series of experiments, is described. The setup consists of a neutron missing-mass spectrometer coupled with a system of large electromagnetic shower detectors. In spite of its large dimensions (the sensitive surface and volume are 2.16 × 104 cm2 and 7.8 × 105 cm3, respectively), the neutron spectrometer has a time resolution of ±0.70 nsec FWHM, with ∼25% detection efficiency in the range (70–390 MeV) neutron kinetic energy. The time equalization between the various components of the neutron spectrometer has been established to within ±0.1 nsec. At present this is the most powerful and the most accurate high-energy neutron detector. The electromagnetic shower detector is based on the principle of simultaneous measurements of the spatial development of the electromagnetic cascade and of its energy release. This is obtained with nine elements of lead foil — spark chamber — plastic scintillator, all sandwiched together. The sensitive surface and volume of the electromagnetic shower detector are 1.45 × 104 cm2 and 7.2 × 105 cm3, respectively. The setup has been used to perform a series of 14 experimental investigations. Ten of these have already produced conclusive results which are either published or submitted for publication: 1. Evidence against the existence of the S0 meson; 2. an accurate measurement of the branching ratio η → neutralsη → total; 3. an accurate determination of the branching ratio ω → neutralsω → total; 4. study of φ production in π− + p interactions at 2.1 GeV/c; 5. evidence for the new decay mode φ → e+e− and measurement of the cross section σ[π− + p → (φ → e+e−) + n]; 6. evidence for the new decay mode ω → e+e− and measurement of the cross section σ[π− + p → (ω → e+e−) + n]; 7. points (5) and (6) above allowed the first direct determination of the (ω − φ) mixing angle; 8. evidence for the new decay mode X0 → γγ; 9. cross section measurements for X0 production and value of the branching ratio X0 → neutralsX0 → total; 10. evidence for a structure in the neutral A2 mass region. The data of the following three experiments are being analysed: 11. measurement of the branching ratio X0 → γγX0 → total; 12. study of the ϱ − ω interference in the reaction π− + p → π+ + π− + n at 1.67GeV/c incident pion momentum; 13. study of the (π0π0) system in the invariant mass region from 400–950 MeV. 14. Finally, the last experiment is still under way: the apparatus is at present running for the detection of the decay mode φ → η + γ and for the measurement of the branching ratio φ → η + γφ → total. The setup described and the experimental results obtained show that it is possible, in the field of NBC physics, to reduce the cost and the time needed for an experiment provided that multipurpose NBC setups are used." @default.
• W1966286252 created "2016-06-24" @default.
• W1966286252 creator A5029064169 @default.
• W1966286252 date "1971-08-01" @default.
• W1966286252 modified "2023-10-14" @default.
• W1966286252 title "An apparatus of the NBC type and the physics results obtained" @default.
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• W1966286252 cites W1586832037 @default.
• W1966286252 cites W1605000890 @default.
• W1966286252 cites W1981039551 @default.
• W1966286252 cites W1985078985 @default.
• W1966286252 cites W1985153066 @default.
• W1966286252 cites W1986172159 @default.
• W1966286252 cites W1986923537 @default.
• W1966286252 cites W1987031296 @default.
• W1966286252 cites W1987092677 @default.
• W1966286252 cites W1987157071 @default.
• W1966286252 cites W1988888004 @default.
• W1966286252 cites W1989753581 @default.
• W1966286252 cites W1990804754 @default.
• W1966286252 cites W1991051734 @default.
• W1966286252 cites W1993253515 @default.
• W1966286252 cites W1998444016 @default.
• W1966286252 cites W1999094182 @default.
• W1966286252 cites W2001579945 @default.
• W1966286252 cites W2002609556 @default.
• W1966286252 cites W2007107396 @default.
• W1966286252 cites W2009301371 @default.
• W1966286252 cites W2011668805 @default.
• W1966286252 cites W2016366703 @default.
• W1966286252 cites W2017017429 @default.
• W1966286252 cites W2019461713 @default.
• W1966286252 cites W2020707165 @default.
• W1966286252 cites W2024307708 @default.
• W1966286252 cites W2026892187 @default.
• W1966286252 cites W2028522016 @default.
• W1966286252 cites W2028978137 @default.
• W1966286252 cites W2032033194 @default.
• W1966286252 cites W2035404265 @default.
• W1966286252 cites W2043297411 @default.
• W1966286252 cites W2055061530 @default.
• W1966286252 cites W2058033716 @default.
• W1966286252 cites W2058496595 @default.
• W1966286252 cites W2063176616 @default.
• W1966286252 cites W2063621066 @default.
• W1966286252 cites W2072263419 @default.
• W1966286252 cites W2074036002 @default.
• W1966286252 cites W2075455614 @default.
• W1966286252 cites W2075954339 @default.
• W1966286252 cites W2076281094 @default.
• W1966286252 cites W2087955728 @default.
• W1966286252 cites W2087988870 @default.
• W1966286252 cites W2091829572 @default.
• W1966286252 cites W2092721800 @default.
• W1966286252 cites W2093729473 @default.
• W1966286252 cites W2131321492 @default.
• W1966286252 cites W2152903172 @default.
• W1966286252 cites W2166962194 @default.
• W1966286252 cites W219585665 @default.
• W1966286252 cites W2216991713 @default.
• W1966286252 cites W2223807777 @default.
• W1966286252 cites W2290818187 @default.
• W1966286252 cites W2301358283 @default.
• W1966286252 cites W2317611375 @default.
• W1966286252 cites W2333523899 @default.
• W1966286252 cites W2334905282 @default.
• W1966286252 cites W2338367052 @default.
• W1966286252 cites W2344962217 @default.
• W1966286252 cites W2461321684 @default.
• W1966286252 cites W2614143642 @default.
• W1966286252 cites W2615210791 @default.
• W1966286252 cites W2615618261 @default.
• W1966286252 cites W27798615 @default.
• W1966286252 cites W2784696567 @default.
• W1966286252 cites W2801025522 @default.
• W1966286252 cites W29831319 @default.
• W1966286252 cites W2984119660 @default.
• W1966286252 cites W3021867167 @default.
• W1966286252 cites W48573768 @default.
• W1966286252 cites W53519271 @default.
• W1966286252 cites W64740670 @default.
• W1966286252 doi "https://doi.org/10.1016/0003-4916(71)90064-9" @default.
• W1966286252 hasPublicationYear "1971" @default.
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