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It includes a review of the governing principles and equations and the fundamental design principles for forward osmosis based systems.
These principles and equations are then illustrated by analysis of the generation, transport and deposition of aerosols on cultural objects in the external environment, followed by a similar analysis for inside buildings.
The mathematical principles and equations on which the simulator is based have been detailed in previous studies [20 22], which have also validated the simulator's ability to represent the pulmonary disease states of individual patients with chronic obstructive pulmonary disease and ARDS.
It is also an attempt to develop a classical insight and theory approach wherein principles and equations are derived from fundamental concepts and deductions as opposed to a direct a priori analysis of data followed by an a posteriori explanatory model.
By introducing new tools, such as physics principles and equations, instructors are asking students to learn biology in ways to which they are not accustomed.
The mathematical principles and equations on which the simulator is based have been detailed in previous studies [ 25, 26], which have also validated the simulator's ability to accurately represent pulmonary disease states.
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The principles, tricks and equations involved in the analysis of denaturant induced or temperature induced equilibrium unfolding curves by the linear extrapolation method or using the integrated Gibbs–Helmholtz equation, respectively, will be discussed, and a brief outline of challenges and frontiers in the protein stability field will be presented.
A detailed description of the principles and mathematical equations underlying the computational model implemented in our simulator is provided in Additional file 1.
Zhu was not working toward a scientific conception of the world, of reality, as constituted on general principles and abstract equations; he was traversing an alternative route by eliciting the formations of things and events in ecological context in a way that would open one's mind to the intimate resonance among particulars as foci in fields.
Using Hamilton's principle and Maxwell equation, the governing equations of the system are obtained for both closed and open circuit conditions.
The general dynamic equations for under uniformly load functionally graded beam (FGB) are derived using Hamilton's principle, and the equations can be simplified for static bending or free vibration problem.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com