Fundamentals Light Microscopy

Informationen zum Autor Michael Spencer is a playwright based in Cumbria. His stage plays include comedies Behind the Times, Selfish and Unholy Congregation, as well as the episodic mystery Dead Air for BBC Radio. For family audiences he has written eleven pantomimes, a full length stage adaptation of Wind in the Willows and a series of library theatre shows to promote reading to young audiences. In his role as Murderer-in-Chief for Highly Suspect Theatre he has created over thirty original interactive murder mysteries which have been performed across the country, including two sell-out runs at the Edinburgh Fringe Festival. Klappentext Dr Spencer's account gives a concise but rigorous explanation of the principles underlying the various forms of light microscopy. Zusammenfassung Dr Spencer's account gives! in largely non-mathematical terms! a concise but rigorous explanation of the principles underlying the various forms of light microscopy. Although written primarily for undergraduates! the treatment is equally suitable for those preparing for professional examinations in microscopy! and for research workers seeking a better understanding of the microscopes they use. Inhaltsverzeichnis Preface; 1. Microscope alignment; 2. Properties of light; 3. The limits of resolution; 4. The Abbe approach; 5. Bright-field, phase and dark-field microscopy; 6. Fluorescence microscopy; 7. Polarizing microscopy; 8. Interference methods; 9. Aberrations and microscope design; 10. Photomicrography; 11. Summary, class experiments and further reading.

Klappentext
Dr Spencer"s account gives a concise but rigorous explanation of the principles underlying the various forms of light microscopy.

Zusammenfassung
Dr Spencer's account gives, in largely non-mathematical terms, a concise but rigorous explanation of the principles underlying the various forms of light microscopy. Although written primarily for undergraduates, the treatment is equally suitable for those preparing for professional examinations in microscopy, and for research workers seeking a better understanding of the microscopes they use.

Inhalt
Preface; 1. Microscope alignment; 2. Properties of light; 3. The limits of resolution; 4. The Abbe approach; 5. Bright-field, phase and dark-field microscopy; 6. Fluorescence microscopy; 7. Polarizing microscopy; 8. Interference methods; 9. Aberrations and microscope design; 10. Photomicrography; 11. Summary, class experiments and further reading.

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