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Excited state quenching, normal region

Time-resolved photoacoustic calorimetry (PAC) is a technique complementary to flash photolysis. In flash photolysis we stndy transient species throngh their radiative processes (light absorption or emission) in the wavelength region analysed. In contrast, in photoacoustic calorimetry we study the non-radiative transitions (vibrational relaxation, physical quenching of excited states or chemical reactions), again normally induced by excitation... [Pg.67]

See other pages where Excited state quenching, normal region is mentioned: [Pg.157] [Pg.134] [Pg.162] [Pg.97] [Pg.124] [Pg.160] [Pg.7] [Pg.1804] [Pg.633] [Pg.33] [Pg.27] [Pg.491] [Pg.377] [Pg.22] [Pg.185] [Pg.141] [Pg.476]

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Excited quenching

Excited state quenching

Excited state quenching, normal

Normal region

Normal state, 154

Quenched state

Quenching excitation