Sentence examples for control and diffusion from inspiring English sources

The book of Reid [1] includes the main theories of Riccati equation, with implementations to random processes, optimal control, and diffusion problems [2].

It then explains the chemical control model and diffusion control models.

Based on the study of the curing reaction of an fluorinated aliphatic cyanate ester resin using an isothermal Differential Scanning Calorimetric (DSC) method, a new kinetics model with variable reaction order was proposed to describe the curing of thermosetting resins in both the chemical controlled and diffusion controlled regions.

Internal diffusion control and external diffusion control models of TaC coating growth were established on the basis of mass transfer and reaction dynamics theory.

Conditions under which pressure gradients might be expected in porous catalyst pellets are investigated and a priori bounds on the magnitude of the pressure variations are obtained for the limiting cases of bulk diffusion control and Knudsen diffusion control.

The presented approach is a first in terms of controlling the pore distribution, size, density within a single biomaterial combined with a biopatterning method, leading to temporal and density dependent parameters to control mechanical and diffusion characteristics of hydrogels.

Furthermore, pH and scan rate controlled experiments showed that the reaction has diffusion controlled mechanism and diffusion of H+ or K+ into interlayer is believed to be contributing to the redox reaction indirectly.

Porous tubes or channels have been under considerable attention because of their various applications in biomedical engineering, design of filters, transpiration cooling boundary layer control, and gaseous diffusion.

It is a process where many factors contribute, including the "ordinary" technologies of urban control and the diffusion of a media culture inspired by military violence and the development of an economy based on the industry of security (Graham [2012]).

It is interpreted in terms of two reaction stages, i.e., chemical reaction controlling stage and diffusion controlling stage.

Two well defined regions for different rotation rates have been observed having (a) pure diffusion control, and (b) mixed kinetic and diffusion control.