isoexcitation

As nouns the difference between terms and isoexcitation

is that terms is while isoexcitation is (chemistry|physics) used attributively to describe the wavelength at which the fluorescence of a dye is independent of ph.

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As a noun isoexcitation is

used attributively to describe the wavelength at which the fluorescence of a dye is independent of pH.

As an abbreviation ph

is .

As a noun isoexcitation is

(chemistry|physics) used attributively to describe the wavelength at which the fluorescence of a dye is independent of ph.

As nouns the difference between independent and isoexcitation

is that independent is a candidate or voter not affiliated with any political party, a free thinker, free of a party platform while isoexcitation is used attributively to describe the wavelength at which the fluorescence of a dye is independent of pH.

As an adjective independent

is not dependent; not contingent or depending on something else; free.

As nouns the difference between dye and isoexcitation

is that dye is a colourant, especially one that has an affinity to the substrate to which it is applied or dye can be while isoexcitation is (chemistry|physics) used attributively to describe the wavelength at which the fluorescence of a dye is independent of ph.

As a verb dye

is to colour with dye.

As nouns the difference between fluorescence and isoexcitation

is that fluorescence is (physics) the emission of light (or other electromagnetic radiation) by a material when stimulated by the absorption of radiation or of a subatomic particle while isoexcitation is (chemistry|physics) used attributively to describe the wavelength at which the fluorescence of a dye is independent of ph.

As nouns the difference between wavelength and isoexcitation

is that wavelength is the length of a single cycle of a wave, as measured by the distance between one peak or trough of a wave and the next; it is often designated in physics as , and corresponds to the velocity of the wave divided by its frequency while isoexcitation is (chemistry|physics) used attributively to describe the wavelength at which the fluorescence of a dye is independent of ph.