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The Guide to Fluorescence Literature is designed to free in vestigators and analysts of the tedious task of literature searching. It is disturbing to learn that duplication of research is still quite common. Martyn has reported that 31 percentofall researchers would have acted differentlyhad theyknown all that was known about the subject matter of their projects when they started them [New Scientist 21(377):338(1964)]. There are also reports indicating that the literature explosion has increased the gap between published reports and broad knowledge of their existence. It seems logical to assume that at least one-quarter of each research budget is wasted today because of duplicated effort. An exhaustive literature search should therefore be aprerequisite for any new research project. The Guide is intended to facilitate this task. The Guide is also intended to save valuable time and by call ing attention to articles in journals not available in the researcher's library and by indicating who else is working in the field and what they are doing. The Guide will assist in documenting papers and in pinpointing new concepts. Readers' comments on the first two volumes have been re warding and also an inspiration to improve the Guide further. Vol ume 3 contains a number of innovations that refine its organization and thus increase its usefulness. The most noticeable improve mentis the subgrouping of related papers into narrower categories.
List of contents
1. Chemical and Biochemical Analysis.- 2. Fluorescence Probes.- 3. Foods, Feed, Additives, and Pesticides.- 4. Chlorophyll and Photosynthesis.- 5. Organic Analysis.- 6. Inorganic Analysis.- 7. Techniques, Books, and Reviews.- 8. Apparatus and Standards.- 9. Theory - Internal Energy Processes.- 10. Theory - External Energy Processes.- 11. Fluorescence Lifetimes and Polarization.- 12. Phosphorescence, Shpol'skii Effect.- 13. Chemiluminescence, Bioluminescence, and Dosimetry.- 14. Atomic Fluorescence.- Author Index.
