Discussion
Why can a diode array instrument damage photosensitive samples?
Answer: A
Because dispersion happens after the sample, the whole output of the lamp passes through the solution rather than one narrow band at a time. The source is comparable, the measurement is far quicker, and the detector is nowhere near the sample. Reversing the order of two components to gain speed has moved a stress onto the sample, which is a consequence worth anticipating before a photolabile compound is put in one. The shared properties explain why these belong to one family, and the differences explain why more than one exists.
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