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A liquid Argon TPC (ICARUS-like) has the ability to detect clean neutrinobursts from type-II supernova collapses. In this paper, we consider for thefirst time the four possible detectable channels, namely, the elasticscattering on electrons from all neutrino species, $\nu_e$ charged currentabsorption on $Ar$ with production of excited $K$, $\bar\nu_e$ charged currentabsorption on $Ar$ with production of excited $Cl$ and neutral currentinteractions on $Ar$ from all neutrino flavors. We compute the total rates andenergy spectra of supernova neutrino events including the effects of thethree--flavor neutrino oscillation with matter effects in the propagation inthe supernova. Results show a dramatic dependence on the oscillation parametersand in the energy spectrum, especially for charged-current events. The shockbreakout phase has also been investigated using recent simulations of the corecollapse supernova. We stress the importance of the neutral current signal todecouple supernova from neutrino oscillation physics.Comment: 40 pages, 19 figures, version v2 accepted for publication in JCAP.  accepted in JCA

Oscillation effects on supernova neutrino rates and spectra and detection of the shock breakout in a liquid argon TPC