Sentence examples for mathematical equations based from inspiring English sources

The foundation for models are mathematical equations based on physics that characterize how the air moves and heat and moisture are exchanged in the atmosphere.

The non-linear kinetics of inactivation observed for both microorganisms at all the investigated electric field strengths were described by mathematical equations based on the Weibull distribution.

More sophisticated quantitative models describing, for example, the movement of molecules across a cell membrane in terms of mathematical equations based on fundamental laws of physics—have also been employed for decades.But there is only so much insight, and so many hypotheses, to be gleaned from simple models.

What he and others mean when they refer to work as "principled" or "beautiful" is that the images on screen are not the result of a patchwork of technical tricks, but of precise mathematical equations based on the way the world actually looks and operates — in a word, physics.

The developed mathematical equations based on the Weibull distribution permit estimations of maximum inactivation level of 1.9 Log10 cycles of the target Salmonella serovar in the best-case scenario: 250 kJ/kg and 25 kV/cm.

Mathematical equations based on the Weibull distribution were developed to describe the influence of the electric field strength, treatment time and pH of the treatment medium on the lethality and generation of cell damage of both Gram negative pathogenic bacteria after the application of PEF treatments.

"It's a mathematical equation based on how your mother interviews visa applicants," he said.

Indeed, this method is capable of reproducing a mathematical equation based on its tree structural mechanism, whereas other evolutionary algorithms are incapable or their flexibility is less pronounced (Zhong et al. 2016).

A PBTK model consists of a series of mathematical equations that based on the specific physiology of an organism and on the biophysical properties of a substance are able to describe the absorption, distribution, metabolism and elimination (ADME) of the compound within this organism (Andersen 1981).

Essentially, the CaMK reaction scheme published by Bhalla et al. [ 46] is a highly detailed mathematical description (45 differential equations) based on extensive biochemical studies, thus, it offers novel possibilities for studying the regulation of E-C coupling in a way not possible for example with the simplified (one differential equation) scheme introduced by Hund et al. [ 78].

Mathematical developments of new governing equations based on in-depth understanding of the factors that influence fluid flow in porous media under different flow conditions are introduced.