thermokinetic 
From the thermogenic curves, it can be established that the thermokinetic equation of their growth metabolism is Pt = Pt= 0 exp(kmt), dP/dt = kmP1, with the order of growth metabolism n = 1.


The determination of the thermokinetic character is beneficial to the control of fermentation.


At the same time, heating of the material of a coating is an unavoidable step in any mechanism of thermokinetic decomposition and, in view of this, it is necessary to take account of the lag of the heattransfer process inside the solid.


The radius of cooperative motion in the glass transition range for glasses in the Zn2P2O7Na4P2O7system is estimated in the framework of the phenomenological thermokinetic fluctuation theory.


Thermokinetic Oscillations of the Rate of RadiationInduced Cryochemical SolidPhase Chain Reactions


Data on the detection and the experimental and theoretical investigation of thermokinetic rate oscillations in cryochemical chain reactions induced by radiation (60Co γrays) in a solid phase are surveyed.


The known time dependence of temperature of the sample surface is used to determine the parameters of external heat transfer and the thermokinetic constants of effective heterogeneous reaction.


A Facility for Thermokinetic Studies at a Positive Pressure


The facility is designed for thermokinetic experiments at pressures of up to 10 MPa in various gases.


The thermokinetic characteristics of the sorption of mercury(II) ions on KU28 strongly acidic cationite from mercury acetate solutions was studied using microcalorimetry.


The thermokinetic characteristics of sorption of proline and hydroxyproline on Hsulfocation exchanger were determined.


From the thermogenesis curves, we established the growth thermokinetic equation: dP/dt=km·Pn, the order of growth metabolismn=0, and calculated the mean specific rate constant of multiplication {ie951}.


Calculating the amplitude and frequency of thermokinetic selfoscillations in the chamber of a liquidfuel rocket motor with the


Finally our approach is applied to optical bistability, thermokinetic systems and to nonlinear semiconductors.


Transpassive dissolution takes place under conditions of thermokinetic instability of the electrode process.


The thermokinetic equation was established for the active recovery and decline phase of metabolism as follows: dP/dt =kmP (1SP).


From the thermogenesis curves, the thermokinetic equations were established under different conditions.


From the thermogenic curves, we obtained the thermokinetic equations under different condition.


Study of the thermokinetic properties of copper(II) on Escherichia coli growth


The corresponding thermokinetic parameters were derived.

