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Type of high-resolution microscope
An ultramicroscope is a microscope with a system that lights the object in a way that allows viewing of tiny particles via light scattering, and not light
Ultramicroscope
Scattering of light by tiny particles in a colloidal suspension
Investigation of the phenomenon led directly to the invention of the ultramicroscope and turbidimetry. It is named after the 19th-century physicist John
Tyndall_effect
Austrian-born chemist (1865–1929)
Nobel Prize in Chemistry in 1925, as well as for co-inventing the slit-ultramicroscope, and different membrane filters. The crater Zsigmondy on the Moon is
Richard_Adolf_Zsigmondy
1924 book by British scientist J. B. S. Haldane
little scrubby underpaid man groping blindly amid the mazes of the ultramicroscope... conscious of his ghastly mission and proud of it." The book has
Daedalus; or, Science and the Future
Daedalus;_or,_Science_and_the_Future
American chemist
colloidal chemistry and among the first American researchers to use an ultramicroscope. Alexander was born in New York City on 21 December 1876 and studied
Jerome_Alexander_(chemist)
Type of microscopy
he used the newly invented ultramicroscope to study the movements of the syphilis bacteria. At the time, the ultramicroscope was the only microscope in
Time-lapse_microscopy
Method for visualizing and analyzing particles in liquids
in liquid suspension. The technique is used in conjunction with an ultramicroscope and a laser illumination unit that together allow small particles in
Nanoparticle tracking analysis
Nanoparticle_tracking_analysis
Fluorescence microscopy technique
the beginning of the 20th century, R. A. Zsigmondy introduced the ultramicroscope as a new illumination scheme into dark-field microscopy. Here sunlight
Light sheet fluorescence microscopy
Light_sheet_fluorescence_microscopy
German physicist
1902 the ultramicroscope was developed by Richard Adolf Zsigmondy (1865–1929) and Siedentopf, working for Carl Zeiss AG. The ultramicroscope was suitable
Henry_Siedentopf
French microbiologist and filmmaker
Brownian motion, he learned how to use the ultramicroscope. For his doctoral thesis he used the ultramicroscope to study spirochaete obtained from syphilis
Jean_Comandon
Centrifuge for spinning a rotor at very high speeds
rpm), and called it the ultracentrifuge, to juxtapose it with the ultramicroscope that had been developed previously. In 1925-1926 Svedberg constructed
Ultracentrifuge
Microscope that uses visible light
optics designed for school use or as a starter instrument for children. Ultramicroscope, an adapted light microscope that uses light scattering to allow viewing
Optical_microscope
Materials with granular size 1 to 100 nm
sizes down to 10 nm and less. He published a book in 1914. He used an ultramicroscope that employs a dark field method for seeing particles with sizes much
Nanomaterials
X-ray 3D imaging method
stones Use of micro CT in ophthalmology Application of the Gatan X-ray Ultramicroscope (XuM) to the Investigation of Material and Biological Samples 3D Synchrotron
X-ray_microtomography
Irish physicist (1820–1893)
Tyndall effect. (When combined with microscopes, the result is the ultramicroscope, which was developed later by others). He was the first to observe
John_Tyndall
Difference between the confining and bulk pressures of a phase of matter
Quellungsaktes" (Anomalies of thin liquid layers. III. Investigations via ultramicroscope measurements of solvation shells and of the "elementary" act of imbibition)
Disjoining_pressure
French physicist (1869–1951)
years, 6 months and 7 days, he died on April 16, 1951, at Sèvres. Les Ultramicroscopes et les Objets Ultramicroscopiques Royal Society of Chemistry website
Aimé_Cotton
of the Cotton-Mouton effect in collaboration with Aimé Cotton. Les Ultramicroscopes et les Objets Ultramicroscopiques "Obituaries - Prof. Aimé Auguste
Henri_Mouton_(scientist)
gold sols and other nanomaterials with sizes down to 10 nm using an ultramicroscope which was capable of visualizing particles much smaller than the light
History_of_nanotechnology
Ultrahigh energy gamma-ray Ultralight trike Ultraluminous X-ray source Ultramicroscope Ultrarelativistic limit Ultrashort pulse Ultrasoft radiation Ultrasonic
Index_of_physics_articles_(U)
American chemist
before returning to Wisconsin. For most of 1923 he worked on the kino-ultramicroscope and during part of the year assisted Prof. The Svedberg when Svedberg
Elmer_Kraemer
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