By adjusting the positions and quantities of the fundamental wavelengths appropriately, the evolution of bandwidths is investigated theoretically.
Later, the numerical constants A and E were shown by the collision and transition-state theories of chemical reactions to represent quantities indicative of the fundamental process of chemical reactions; i.e., E represents the energy of activation, and A represents the frequency at which atoms and molecules collide in a way that leads to reaction.
A key step in accomplishing this goal has been the recognition that numerical stability of the discretized equations has required the use of nonconservative quantities as the fundamental dependent variables to be discretized.
Following [14], we shall call this quantity the fundamental frequency of the rigidly supported membrane.
The calculation of the fundamental quantities relies heavily on knowledge of the magnitude of electron-collision cross sections, as virtually all physical processes in the discharge are determined or initiated by electron motion through the gas.
Frances L. Lloyd, a groundbreaking woman in science and technology and the fabricator of the key element in a device used around the world for measuring one of the fundamental quantities in modern life, the volt, died March 23 at her home in Washington.
In engineering thermodynamics the efficiency is always obtained without any consideration on time, while, here, just the time is introduced as a fundamental quantity of the analysis of non equilibrium states.
There are clearly a range of important characteristics of regolith; depth (and therefore the quantity of regolith) is fundamental for resource inventory and biophysical modelling applications.
In addition to comparing the gross errors of the algorithms in terms of the fundamental frequency, we also want to measure the detection lag, a quantity that is a fidelity indicator for real-time fundamental frequency tracking.
In addition, the absorption coefficient leads to the information of the absorption length for SWCNT and MWCNT films, which is a physical quantity of fundamental interest for optoelectronic applications, such as light emitting diodes, photovoltaics, and in general light absorbers.
The velocity divergence (rate of fluid volumetric expansion) is a flow field quantity of fundamental importance in low-Mach flows.
