Absorption Edge

C1 16+

Pronunciation: /əbˈsɔːrpʃən ɛdʒ/

Definitions of absorption edge

noun a point on a graph representing the amount of light absorbed by a substance at a specific wavelength

Example Sentences

A1 The absorption edge of the material determines its color.

A2 Scientists study the absorption edge to understand how light interacts with different substances.

B1 The absorption edge of the crystal was analyzed using spectroscopy techniques.

B2 The absorption edge of the semiconductor was found to be in the ultraviolet range.

C1 Advanced research in physics involves detailed analysis of absorption edges in various materials.

C2 The study of absorption edges is crucial in the development of new technologies in optics and photonics.

Examples of absorption edge in a Sentence

formal The absorption edge of the material indicates the energy threshold for electronic transitions.

informal The absorption edge basically shows where the material starts absorbing energy.

slang The absorption edge is like the point where the material is like 'I'm ready to soak up some energy.'

figurative The absorption edge is like the material's 'no entry point' for certain energies.

Grammatical Forms of absorption edge

plural

absorption edges

comparative

more absorption edge

superlative

most absorption edge

present tense

absorption edge

future tense

will be absorption edge

perfect tense

has been absorption edge

continuous tense

is absorbing edge

singular

absorption edge

positive degree

absorption edge

infinitive

to absorb edge

gerund

absorbing edge

participle

absorbed edge

Origin and Evolution of absorption edge

First Known Use: 1913 year
Language of Origin: English
Story behind the word: The term 'absorption edge' originated in the field of physics, specifically in the study of the absorption of electromagnetic radiation by matter.
Evolution of the word: Originally used to describe the point at which a material absorbs a specific wavelength of radiation, the term 'absorption edge' has evolved to encompass a broader range of wavelengths and materials in the study of spectroscopy and material science.