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CCD 2/3’’ 512  512 pix 1 4 -bits image ampl. (  12 00)

OTPC. OTPC is very effective for investigations of rear decay branches of exotic nuclei in a wide halflife time ( 1 ÷ 500 ms ). CCD 2/3’’ 512  512 pix 1 4 -bits image ampl. (  12 00). Example decay event. HI. Gas (1atm) : 49 .5 %He+49 .5 %Ar+1%N. p. p. 48 Ni. PM 5’’.

chase-williamson
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CCD 2/3’’ 512  512 pix 1 4 -bits image ampl. (  12 00)

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  1. OTPC OTPC is very effective for investigations of rear decay branches of exotic nuclei in a wide halflife time(1÷500 ms) • CCD 2/3’’ • 512512 pix • 14-bits • image ampl. • (1200) Example decay event HI Gas (1atm) : 49.5%He+49.5%Ar+1%N p p 48Ni PM 5’’ M. Ćwiok et al., IEEE TNS, 52 (2005) 2895 M. Pomorski et al., Phys.Rev.C 83, 061303(R) (2011)  K. Miernik et al., NIM A581 (2007) 194

  2. Decay scheme of 8He (*) with OTPC

  3. Example of event reconstruction: 8He->7Li+n S. Mianowski et al., Acta Phys. Pol. B 41 (2010) 449

  4. Example of event reconstruction: a + t + n S. Mianowski et al., Acta Phys. Pol. B 41 (2010) 449

  5. Decay scheme of 8He (*) with OTPC OTPC allows to reconstruct the decay energy reconstruction of angular correlations between emitted particles a + t + n a+t+n ? Observation of 7Li + n emission from high excited states, not observed yet 7Li+n preliminary results & conclusions

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