sbAC(time.start = 0, T0 = 0, T.end = 500, qqq = 50, A = 10^(6.3),
Ea = 80000, m = 1, n = 2, npoints = 10000,
prec = 10^(-4.30095790876), ...)
Arguments
time.start
Starting time for the simulations
T0
Temperature start
T.end
End temperature
qqq
Heating rate
A
Parameters in the equation
Ea
Parameters in the equation
m
Parameter in the equation
n
Parameter in the equation
npoints
Number of points
prec
Starting value for the equation "prec"
...
Parameters to pass to ode function for choosing solver method
Value
startgin temperature "T","fi",degree of crystallization "alfa",differential alfa in T "dadT",time in seconds "time.s",differential equation solution "sol"
References
J. <U+0160>est<U+00E1>k. Thermophysical Properties of Solids, Their Measurements and Theoretical Analysis. Elsevier: Amsterdam, 1984.