Sentence examples for passage phenomena from inspiring English sources

Apparent impedance locus criterion [16] and impedance angle criterion [17] are based on the periodic zero passage principle of out-of-step section active power but the non-electrical center circuit also may appear the zero passage phenomena of active power, which is easy to cause the device misjudgment.

Recent studies with fibrochondrocytes from the TMJ disc suggest that even though GADPH may be constant in different regions of the disc, there is a definite change in abundance with passage, a phenomenon not observed in passaged meniscal fibrochondrocytes [ 26].

It has also been noticed that HUVECs change their cellular and molecular properties upon passage in vitro, a phenomenon thought to be due to in vitro cellular senescence [ 17- 20].

As γ-H2AX foci are known to correspond to DNA DSBs (Paull et al, 2000; Rothkamm and Lobrich, 2003), the senescence process itself seemed to produce DSBs as the number of foci increased for all the samples at passage 22, and this phenomenon was further enhanced by IR at later passages (see passage 26), especially high LET carbon ions.

This gives rise to a passage-through-resonance phenomenon in the flight of finned projectiles.

The first of these phenomena is the passage of current through the junction in the absence of a voltage across the junction.

This review concerns radiation phenomena accompanying the passage of charged high-energy particles through periodic and amorphous media.

Relations were developed to describe mass transport phenomena in Parallel Passage Reactors (PPR), dustproof, low-pressure drop reactors consisting of shallow packed beds of catalyst particles confined between wire gauze screens.

The passage of time is another phenomenon that influences the successful recall of stored information.

Linklater has explored the passage of time and the phenomenon of ageing on camera in the Before… trilogy, the creation and timeframe of which intertwines with that of Boyhood.

Sonodecomposition, to yield silver nanoparticles, involves the usage of ultrasonic waves to induce cavitation, a phenomenon whereby the passage of ultrasonic waves through an aqueous solution yields microscopic bubbles that expand and ultimately burst.