Examples of using Optical microscope in English and their translations into Hebrew
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Optical Microscope Scanning Electron Microscope. .
This would be paramecium with an optical microscope, one that you have in a typical biology classroom.
Optical microscopes use light and lenses to magnify the image.
The most common type of microscope(and the first invented) is the optical microscope.
Due to diffraction, even the best optical microscope is limited to a resolution of 0.2 micrometres.
Hence, there is, in principle,no longer any limit to the resolution of optical microscopes.
NOTE: These steps are provided for a specific AFM and optical microscope combination(Figure 4 and Materials List).
The initial culture exhibited small,round cells and spindle-shaped cells under an optical microscope.
The size of these particles makes them invisible to optical microscopes, therefore not affecting the appearance, quality and properties of the stone whatsoever.
It is a new generationmicroscope that integrates capabilities of atomic force and optical microscopes.
Since they were sparsely scattered, a regular optical microscope could discern the glow from individual molecules- they were like tiny lamps with switches.
His work has made it possible to examine such solids infar greater detail than is possible with the optical microscope.
The first nanoparticle is excited using light andthen a near-field scanning optical microscope measures the light that reaches another nanoparticle further down the line(see image).
The resolution can be astonishing- in some cases showing individual atoms,a resolution a thousand times smaller than the best optical microscopes can achieve.
In the 1930s, he claimed that by using his specially designed optical microscope, he could observe microbes which were too small to view with the current technology.
Observe the crystals formed on the glass pieces with a stereoscope(3.5x magnification)and/or an upright optical microscope(10x-40x magnification).
In the 1930s, he claimed that by using a specially designed optical microscope, he could observe microbes which were too small to visualize with previously existing technology.
By placing the molecules we want to measure in the center of this region,we can obtain subnanometer resolution using a conventional optical microscope that you can find in any biology lab.".
He invented the world's best optical microscope and subsequently discovered that the microbes in cancer cells could be totally devitalized by radio frequencies which left patients unharmed.
He was unable to isolate the pathogen- most likely because M. paratuberculosis sheds its cellular wall in humans and takes the form of a spheroplast,making it virtually undetectable under an optical microscope.
You will learn about the achievements of a remarkable San Diego, California scientist who, back in the 1930s,invented a powerful, optical microscope in order to be able to see living bacteria, viruses and fungi(pathogens) that he suspected to be causing a range of illnesses.
In 2000, he was able to demonstrate that his ideas actually work in practice, by, among other things, imaging an E. colibacterium at a resolution never before achieved in an optical microscope.
Eric Betzig, Stefan W. Hell and William E. Moerner are awarded the Nobel Prize in Chemistry 2014 for havingbypassed a presumed scientific limitation stipulating that an optical microscope can never yield a resolution better than 0.2 micrometres.
Older systems used a microscope optical system with a back light.