Fluorescence parameters derived from the extracted data | |||

dV/dto = 4(F300µs − F | Approximated initial slope (in ms | ||

Sm = (Area)/(F | Normalized total complementary area above the OJIP transient (reflecting multiple turnover Q | ||

Yields or flux ratios | |||

TRo/ABS = [1 − F | Maximum quantum yield of primary photochemistry at t = 0 | ||

j | Quantum yield for electron transport at t = 0 | ||

y | Probability (at t = 0) that a trapped exciton moves an electron into the electron transport chain beyond Q | ||

Specific fluxes or activities per reaction center (RC) | |||

10RC/ABS = Mo(1/VJ)(1/j | Absorption per RC | ||

TRo/RC = Mo/V | Trapped energy flux per RC (at t = 0) | ||

ETo/RC = Mo(1/V | Electron transport flux per RC (at t = 0) | ||

Phenomenological fluxes or activities per excited cross section (CS) | |||

ABS/CSo » F | Absorption flux per CS, approximated by F | ||

TRo/CS = j | Trapped energy flux per CS (at t = 0) | ||

ETo/CS = j | Electron transport flux per CS (at t = 0) | ||

De-excitation rate constants | |||

Kp | Photochemical de-excitation rate constant | ||

Kn | Non-photochemical de-excitation rate constant | ||

Sum K | The sum of photochemical and non-photochemical rate constants | ||

Performance index | |||

PI = RC/(ABSRC) × j | Performance index on absorption basis | ||