K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )
K=1/t × a/(a-x)
K=1/t log (a/(a-x ) )
K=1/t log_e(( C_0)/(C_t ))
K=1/t log (x/(a (a-x)) )