of model 
This paper formulates a kind of dynamical macroeconomic model based on Sidrauski's work, then presents the sufficient and necessary conditions of the stability of model at equilibrium states, and shows some results for special production functions.


We give a brief review of the past development of model studies on onedimensional heat conduction.


Kinetic characteristics of model enzymes and physicochemical properties of globular proteins modified by chemical analogues of lowmolecularweight microbial autoregulators (alkylhydroxybenzenes, AHBs) have been studied.


The problem of model predictive control for discrete systems with random dependent parameters is considered.


The ginsenosides with two carbohydrate moieties (bisdesmosides), as well as all the panaxatriol glycosides we studied did not exhibit cytotoxic activities against tumor cells or alter the permeability of model lipid and lipidsterol membranes.


The early photophysical events are analyzed in view of recent pumpprobe experiments with subpicosecond time resolution comparing the behavior of bR pigments with those of model protonated Schiff bases in solution.


The areas of changes of model parameters and variables, within which the oscillations exist, were found.


The interaction energy of model (9) AT base pair is larger than others, 18.28 and 17.26 kcal/mol, and for model (2) is the smallest value, 13.53 and 13.03 kcal/mol, at B3LYP/631G** and B3LYP/631++G** levels, respectively.


This is proved by electron microscopic studies of ultrastructure of model microorganisms.


Simulations performed have shown that replacement on the average of 8% of variable positions in a pair of model sequences by coordinately evolving amino acid residues is able to change the tree topology.


On the basis of model calculations, the deviations (due to digitization of the interface profile during its digital processing) of the resultant surface tension and contact angle from exact values are estimated.


The approach is based on earlier developed method for the calculation of the clogging of model filter where the particle deposit is approximated by the porous shell on the fibers.


Investigation of Model Emulsion Films Stabilized by Solid Particles: Thickness of Films, Their Stability, and Interfacial Tensio


The adsorption of lowmolecularmass component is calculated for a large set of model parameters.


Study of Materials Bioactivity with the Use of Model Media


Peculiarities of the electronic spectra of model CuZn catalysts of methanol synthesis in the oxidized and reduced states


This type of model was used in [25] for calculating the coagulation process of particles in a nozzle.


The problem is studied within the framework, of model and exact formulations.


As a rule, the investigation leads to the construction and study of model equations of Landau's type [36].


On the basis of model kinetic equations a solution is obtained by a numerical method for the flow of attenuated gas around a sphere.

