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1906 1988).German electrical engineerinventedthe electron microscope
Germans Max Knoll and Ernst Ruska(passive) was invented byThe electron microscope
1931 - Ernst Ruska and Max Knollinventedthe electron microscope
German physicist Ernst Ruska is credited with the invention of the microscope(passive) is inventedThe electron microscope
History of life ramanujan Ernst august friedrich ruska ... a german electrical engineerinventedthe electron microscope
Knoll and Ruska of Germany(passive) was designed byElectron microscope
in the 1930 's by Max Knott and Ernst Ruska(passive) was inventedThe electron microscope
Ernst Ruska and Max Knoll in 1933(passive) was invented byThe electron microscope
the work of the German electrical engineer Ernst Ruskainventedthe electron microscope
in the 1950s(passive) were inventedElectron microscopes
a team of german engineers headed by max knoll and physicist ernst ruska in 1932(passive) was first invented bythe electron microscope
Ernst Ruska and othersinventedthe ‘ electron microscope
he and his student , Ernst Ruskainventedthe electron microscope
German engineers in 1931(passive) invented byThe electron microscope
in the early 1930s(passive) was designedThe electron microscope
German scientist Ernst Ruskainventedthe electron microscope
two German Scientists , physicist Ernst Ruska and electrical engineer Max Knoll(passive) was created byThe electron microscope
the guyinventedthe electron microscope
the first practical microscope of this sort(passive) was inventedElectron microscope
The third scientist - Ernst Ruskadiscoveredelectron microscope
In 1931 Ernst Ruska and German engineer Max Knoll , they are physicistinventedthe electron microscope
Max Knoll and Enrst Ruska in 1931(passive) invented byelectron microscopes
in the year 1940(passive) was designedThe electron microscope
in the 1930 's by Max Knolt and Ernest Ruska(passive) was inventedThe Electron microscope
Knoll and Ruska ( 1932discoveredelectron microscope
A research team from the University of California , San Diego ... the firstto createa multicolour electron microscope
Two graduate students , James Hillier and Albert Prebus ... the firstto createa working electron microscope
and we were always toldinventedthe electron microscope
Zworykin 1932(passive) designed byScanning electron microscope
Dr. InMax Knoll and Ernst Ruskainventedthe electron microscope
electron beam drift , electromagnetic interference and other reasons , an image shift corr(passive) caused byelectron microscope ( SEM
a team of German engineers headed by Max Knoll and physicist Ernst Ruska in ... Presentation transcript : 1 Groups : WA 2,4,5,7 2(passive) was ... invented byThe electron microscope
Ernst Ruska and his advisor Dr Max Knoll , an electrical engineerinventedthe electron microscope
a team of german engineers headed by max knoll and physicist ernst ruska in 1932they used louis de broglie\ 's theory of electron waves developed in 1924if(passive) was first invented bythe electron microscope
for X - rays to verifyhad discoveredwith the electron microscope
M.Knoll and E. Ruska of Germany ( 1932(passive) was discovered byElectron microscope
the highest honor in science honor ... Ernst Ruskainventedthe electron microscope
”• Ruska , et.aldiscoveredthe electron microscope
Ruska applied this principleto inventthe ‘ electron microscope
in the early 1930(passive) was inventedThe electron microscope
view images(passive) created byview images
the meticulous images(passive) created bythe meticulous images
images from a beam of electronscreatesimages from a beam of electrons
in a blurry imageresultingin a blurry image
image distortions(passive) caused byimage distortions
the digital image(passive) created bythe digital image
images with very high resolutionto createimages with very high resolution
magnified images of samplescreatemagnified images of samples
higher quality imagescreatehigher quality images
images of virus shapescreateimages of virus shapes
images of objects at the nanoscalecan createimages of objects at the nanoscale
images down to the atomic levelcan createimages down to the atomic level
in the early 1930 'swere ... inventedin the early 1930 's
images using streams of electronscreatesimages using streams of electrons
REA / TVA Power During 1930sinventedREA / TVA Power During 1930s
stunning images of even the tiniest objectscreatestunning images of even the tiniest objects
greatly magnified images of rock surfaces or mineral grainscreategreatly magnified images of rock surfaces or mineral grains
[ circa 1930were invented[ circa 1930
an image of the sample bybombarding it with a beam of electronscreatesan image of the sample bybombarding it with a beam of electrons
an image of the sample by bombarding it with a beam of electronscreatesan image of the sample by bombarding it with a beam of electrons
to create more detailed images than a light microscopeis designedto create more detailed images than a light microscope
to make images of the surfaces of tiny objectsare designedto make images of the surfaces of tiny objects
to provide a topographical image of the surface of a specimen , useful for understanding its surface structuredesignedto provide a topographical image of the surface of a specimen , useful for understanding its surface structure
in 1931.4,5was inventedin 1931.4,5
an indirect image on monitor that is not realis causingan indirect image on monitor that is not real
and built at Harvard Medical School to collect millions of images in nanoscopic detail , so that every one of the “ wires ” could be seen , along with the connections between themdesignedand built at Harvard Medical School to collect millions of images in nanoscopic detail , so that every one of the “ wires ” could be seen , along with the connections between them
images of a resolution much higher than the theoretical limitcreatedimages of a resolution much higher than the theoretical limit
images using a beam of electrons rather than a beam of lightcreateimages using a beam of electrons rather than a beam of light
in the 20th century 11was inventedin the 20th century 11
in the 20th century 6was inventedin the 20th century 6
grainy black and white images that can be colored and printedcreategrainy black and white images that can be colored and printed
magnified images using electrons rather than lightwavescreatesmagnified images using electrons rather than lightwaves
images of a given sample by focusing a beam of electrons over it that an entomologist can examinecreatesimages of a given sample by focusing a beam of electrons over it that an entomologist can examine
in images of a sample by scanning the surface of the sample with a focused beam of electronsresultsin images of a sample by scanning the surface of the sample with a focused beam of electrons
a transmission electron microscope image of a specimencreatinga transmission electron microscope image of a specimen
images using electron beams rather than photon beamscreatesimages using electron beams rather than photon beams
forth in claim 1 , 2 or 3setforth in claim 1 , 2 or 3
a highly magnified image of up to 1 million timescreatea highly magnified image of up to 1 million times
in the late 1940swas inventedin the late 1940s
in 1933inventedin 1933