As an initialism salt

is (politics) strategic]] arms limitation [[talks|talks.

As a noun fluoroacetate is

(chemistry) any salt of fluoroacetic acid.

As an adjective foundational

is of, or relating to a foundation or foundations.

As a noun electrofluorination is

(chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As nouns the difference between organofluorine and electrofluorination

is that organofluorine is (organic chemistry) an organic compound containing fluorine while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As an adjective organofluorine

is (organic chemistry) describing an organic compound containing one or more fluorine atoms.

As nouns the difference between chemistry and electrofluorination

is that chemistry is (uncountable) the branch of natural science that deals with the composition and constitution of substances and the changes that they undergo as a consequence of alterations in the constitution of their molecules while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

In chemistry|lang=en terms the difference between fluorocarbon and electrofluorination

is that fluorocarbon is (chemistry) any derivative of a hydrocarbon in which every hydrogen atom has been replaced by fluorine while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As nouns the difference between fluorocarbon and electrofluorination

is that fluorocarbon is (chemistry) any derivative of a hydrocarbon in which every hydrogen atom has been replaced by fluorine while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

In chemistry|lang=en terms the difference between compound and electrofluorination

is that compound is (chemistry) a substance formed by chemical union of two or more ingredients in definite proportions by weight while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As nouns the difference between compound and electrofluorination

is that compound is an enclosure within which workers, prisoners, or soldiers are confined or compound can be anything made by combining several things while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As an adjective compound

is composed of elements; not simple.

As a verb compound

is to form (a resulting mixture) by combining different elements, ingredients, or parts.

In chemistry|lang=en terms the difference between electrosynthesis and electrofluorination

is that electrosynthesis is (chemistry) the synthesis of compounds in an electrochemical cell while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As nouns the difference between electrosynthesis and electrofluorination

is that electrosynthesis is (chemistry) the synthesis of compounds in an electrochemical cell while electrofluorination is (chemistry) a foundational organofluorine chemistry method for the preparation of fluorocarbon-based organofluorine compounds via electrosynthesis.

As nouns the difference between oxime and salicylaldoxime

is that oxime is (organic chemistry) any of a class of organic compounds, of general formula rr'c=noh, derived from the condensation of an aldehyde (r' = h) or ketone with hydroxylamine while salicylaldoxime is (chemistry) the oxime of salicylaldehyde, a crystalline solid that is a chelator and sometimes used in the analysis of samples containing transition metal ions, with which it often forms brightly-coloured coordination complexes.

As nouns the difference between salicylaldehyde and salicylaldoxime

is that salicylaldehyde is the aromatic aldehyde 2-hydroxybenzaldehydesalicylaldoxime is the oxime of salicylaldehyde, a crystalline solid that is a chelator and sometimes used in the analysis of samples containing transition metal ions, with which it often forms brightly-coloured coordination complexes.

As nouns the difference between carbon and pyrazolidine

is that carbon is alternative form of (l) while pyrazolidine is (organic compound) a saturated five-membered heterocycle containing three carbon atoms and two nitrogen atoms.