Titlebook: New Techniques of Optical Microscopy and Microspectroscopy; Richard J. Cherry Textbook 1991Latest edition Macmillan Publishers Limited 199

BET

較早

Fibrin

chen Analyse unterzogen. Auf der Grundlage des theoretischen Bezugsrahmens in Abb. 48 wurde hierzu im ersten Schritt ein Leitfaden zur Durchführung von Expertengespr?chen entwickelt. Anschlie?end wurden aus allen am Neuen Markt gelisteten Unternehmen 40 Unternehmen ausgew?hlt, die seit ihrer Erstnot

新義

Video and Opto-Digital Imaging Microscopy,living cells, has until recently been severely compromised by its inability to image very weak fluorescent signals or to make visible minute cellular structures with the contrast generation methods available for unstained cytoplasm. One consequence of this has been the dominance of electron microsco

Leaven

The Confluence of Advances in Light Microscopy: CCD, Confocal, Near-field and Molecular Exciton Micis approaching the fundamental limits that physics imposes on imaging with light focused through a lens. In addition, new lensless techniques of optical imaging are being devised which have already overcome the limitations of these lens-based instruments that operate in the far field (at distances i

修飾

Mawkish

Microscope Laser Light Scattering Spectroscopy, In more special cases, QLS is used in the analysis of phase transitions and critical phenomena. The scattering volume is defined as the intersection of the illuminating laser beam and the region viewed by the collection optics. Most conventionally, QLS experiments are carried out on scattering volu

AMPLE

先行

Time-resolved Fluorescence Microscopy,ules and their environment. The application of time-resolved techniques to a study of fluorescence produces information on the dynamics of probes and how such are influenced by environments; the application of microscopic methods yields spatial and positional information which, in biological milieux

Clumsy