Difference between revisions of "Resolution (mass spectrometry)"
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'''Another comment''': Note that resolving power is dimensionless, but when defined as peakwidth, it usually has units of "parts-per-million" (of mass). Thus, a resolution of 10,000 corresponds to 100 ppm. | '''Another comment''': Note that resolving power is dimensionless, but when defined as peakwidth, it usually has units of "parts-per-million" (of mass). Thus, a resolution of 10,000 corresponds to 100 ppm. | ||
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| + | ==Sparkman== | ||
| + | {{incorrect| | ||
| + | Page 55 | ||
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| + | "...when defined in the same way as [[resolving power]]. Resolution is the inverse of resolving power and expressed as Δ'''M''' at '''M'''..." | ||
| + | }} | ||
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==Definition of resolution in mass spectrometry books== | ==Definition of resolution in mass spectrometry books== | ||