Noun
/ɪˌlɛktrəˈfoʊtɒnɪk ˌævəlˈeɪnʧ/
The term "electrophotonic avalanche" typically refers to a phenomenon in which an incident light results in an avalanche multiplication of photogenerated charge carriers in a photonic device. This process is critical in many applications, including photodetectors and certain types of lasers.
This term is more specialized and used predominantly in written academic and professional contexts, particularly in fields such as physics and electrical engineering. Its frequency of use is thus lower than more common terms, but it is significant within its niche.
Example Sentences: 1. "The researchers measured the effectiveness of the electrophotonic avalanche in various semiconductor materials." - Исследователи измерили эффективность элекрофотоавалача в различных полупроводниковых материалах.
While "electrophotonic avalanche" itself does not have idiomatic expressions commonly associated with it, specific terms in physics and engineering may be used in more general idioms in those fields.
Example Idiomatic Expressions: 1. "Turning up the voltage can lead to an electrophotonic avalanche." - Увеличение напряжения может привести к элекрофотоавалачу.
В новых материалах элекрофотоавалач значительно увеличивает эффективность.
"Researchers are on the brink of discovering new applications for the electrophotonic avalanche."
The term "electrophotonic" can be broken down into two parts: - "electro," which is derived from the Greek word "ēlektron," meaning "amber" or relating to electricity, indicating an interaction with electric charges. - "photonic," coming from the Greek word "phōtṓn," referring to light.
"Av avalanche" is derived from the French "avalanche," which came from the Old French term referring to the act of descending or falling, particularly in reference to snow.
Synonyms: - Photonic multiplication - Charge carrier avalanche
Antonyms: - Charge suppression - Photonic decay
Overall, "electrophotonic avalanche" is a highly specialized term with specific applications in electronics and photonics but lends itself to advancements in various scientific areas. The frequency of usage is more regulated, with most appearances being in technical literature rather than in casual conversation.