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Table 2

The formulae of the extracted JIP test parameters in the study

Parameter	Formulae
V_j	V_j = (F_j − F_o)/(F_m − F_o)
φ_Po	φ_Po = TRo/ABS = 1 − F_o/F_m
Ψ_o	Ψ_o = ETo/TRo = (F_m − F_j)/(F_m − F_o)
φ_Eo	φ_Eo = ETo/ABS = (F_m − F_j)/F_m
ABS/RC	ABS/RC = Mo·(1/V_j)·(1/φ_Po)
TRo/RC	TRo/RC = Mo·(1/V_j)
ETo/RC	ETo/RC = Mo·(1/V_j)·Ψ_o
DIo/RC	DIo/RC = (ABS/RC) − (TRo/RC)
PI_ABS	PI = (RC/ABS)·[φ_Po/(1 − φ_Po)]·[Ψ_o/(1 − Ψ_o)]

Parameter	Formulae
V_j	V_j = (F_j − F_o)/(F_m − F_o)
φ_Po	φ_Po = TRo/ABS = 1 − F_o/F_m
Ψ_o	Ψ_o = ETo/TRo = (F_m − F_j)/(F_m − F_o)
φ_Eo	φ_Eo = ETo/ABS = (F_m − F_j)/F_m
ABS/RC	ABS/RC = Mo·(1/V_j)·(1/φ_Po)
TRo/RC	TRo/RC = Mo·(1/V_j)
ETo/RC	ETo/RC = Mo·(1/V_j)·Ψ_o
DIo/RC	DIo/RC = (ABS/RC) − (TRo/RC)
PI_ABS	PI = (RC/ABS)·[φ_Po/(1 − φ_Po)]·[Ψ_o/(1 − Ψ_o)]