Originally developed for detecting air pollutants, a technique called proton-induced x-ray emission, which can quickly analyze the chemical elements in almost any substance without destroying it, is finding uses in medicine, archaeology, and criminology.
(A) Originally developed for detecting air pollutants,
a technique called proton-induced x-ray emission, which can quickly analyze the chemical elements in almost any substance without destroying it, - The technique is being modified here which should be the case.
(B) Originally developed for detecting
air pollutants, having the ability to analyze the chemical elements in almost any substance without destroying it, a technique called proton induced x-ray emission - it is appearing air pollutants have the ability to analyze chemical elements - may not be right
(C) A technique originally developed for
detecting air pollutants, called proton-induced x-ray emission, which can quickly analyze the chemical elements in almost any substance without destroying it, - This is tricky , I also made a mistake , but if you look carefully is it the technique or the air pollutants that 'called' is referring to , This makes A better than C
(D) A technique originally developed for
detecting air pollutants, called proton-induced x-ray emission, which has the ability to analyze the chemical elements in almost any substance quickly and without destroying it, - similar to C
(E) A
technique that was originally developed for detecting air pollutants and has the ability to analyze the chemical elements in almost any substance quickly and without destroying the
substance, called proton-induced x-ray emission, - Looks like a hot-mess, substance called as proton x-ray or technique and naming of technique are placed at two poles and finally WORDY as well , is that parallelism required ?