Sentence examples for principles of wave from inspiring English sources

An impedance pump – also known as Liebau pump – is a simple valveless pump that operates based on the principles of wave propagation and reflection.

Based on the local principles of wave function and ray theory in inhomogeneous medium, a generalized ray approximation form of the total wave field is introduced.

Introduction to quantum chemistry: the basic principles of wave mechanics, the harmonic oscillator, the rigid rotator, infrared and microwave spectroscopy, the hydrogen atom, atomic structure, molecular structure, valence theory.

He based the Iosono technology on the principle of wave propagation put forward more than three centuries ago by Christiaan Huygens, the Dutch physicist, an idea that led to the theory of wave field synthesis, which states that the acoustic wave field of a sound source can be emulated by secondary sources.

What has here been deduced from fundamental quantum principles, including the Born rule, is in textbooks stated as a mysterious and separate principle of "wave function collapse": if the measurement outcome is $[M^j]$ then the particle state "collapses" onto a particular state associated with this outcome.

Finally, the ground motion, which was a combination of the earthquake-induced ground motion and the collapse-induced ground vibrations, was estimated based on the superposition principle of waves.

We only track the time needed to reach points which are less than 5 lattice units away from existing lichens (in that way, we follow a method similar to the principles of Huygens wave propagation, where the lichen front represents the wave front and the distance map represents the secondary point waves).

Fleming was the author of more than a hundred scientific papers and books, including the influential The Principles of Electric Wave Telegraphy (1906) and The Propagation of Electric Currents in Telephone and Telegraph Conductors (1911).

Many theoretical investigations have been performed to describe the fundamental principles of electromagnetic wave excitation by an electron beam in a partially dielectric-filled waveguide [13, 14, 15, 16, 17, 18].

The topics covered include: basic principles of stress-wave propagation and reflection; the vibrational response of plate-like structures and prismatic members; frequency domain analysis of waveforms; frequency content of impact force; selection of data acquisition parameters; and minimum detectable flaw size.

They make speakers to learn the principles of audio waves, and they become part of animated laser light shows while learning about the workings of lasers themselves.