rtp p77

Surprisingly, when placed under nitrogen or in vacuum, p-RTP persisting for more than 3 s (〈τ〉 p = 89. rtp xo4d 4 ms) is observed for PNIPAM powders (Fig 3C, 4B and Video S2, ESI†), 30 strongly indicating the predominant role of oxygen quenching rather than vibrational dissipations to the disappearance of p-RTP at ambient conditions Such results