Definition of ultramicroscope in English:

ultramicroscope

nounʌltrəˈmʌɪkrəskəʊpˌəltrəˈmaɪkrəˌskoʊp

An optical microscope used to detect particles smaller than the wavelength of light by illuminating them at an angle and observing the light scattered by the Tyndall effect against a dark background.
Example sentencesExamples
- The tiny particles in colloidal gold were not seen directly until the early twentieth century, when the Austrian chemist Richard Adolf Zsigmondy invented the ultramicroscope, a device capable of resolving such small objects.
- Richard Adolph Zsigmondy was an Austrian chemist and professor who invented the ultramicroscope and used the device to make numerous discoveries regarding the nature of colloids.
- Generally the nanoplasmonic ultramicroscope would allow for the first direct observation of ultrafast processes in nanosystems, such as the conversion of sunlight into electrical energy.
- Nevertheless the apparent trajectory of an element in the ultramicroscope is not a curve without tangents.
- The exsistence of the ultramicroscopes, and their primacy in their day, is arcane, but not controversial.

Definition of ultramicroscope in US English:

ultramicroscope

nounˌəltrəˈmaɪkrəˌskoʊpˌəltrəˈmīkrəˌskōp

An optical microscope used to detect particles smaller than the wavelength of light by illuminating them at an angle and observing the light scattered by the Tyndall effect against a dark background.
Example sentencesExamples
- The exsistence of the ultramicroscopes, and their primacy in their day, is arcane, but not controversial.
- Richard Adolph Zsigmondy was an Austrian chemist and professor who invented the ultramicroscope and used the device to make numerous discoveries regarding the nature of colloids.
- Generally the nanoplasmonic ultramicroscope would allow for the first direct observation of ultrafast processes in nanosystems, such as the conversion of sunlight into electrical energy.
- The tiny particles in colloidal gold were not seen directly until the early twentieth century, when the Austrian chemist Richard Adolf Zsigmondy invented the ultramicroscope, a device capable of resolving such small objects.
- Nevertheless the apparent trajectory of an element in the ultramicroscope is not a curve without tangents.

单词	ultramicroscope
释义	Definition of ultramicroscope in English: ultramicroscope nounʌltrəˈmʌɪkrəskəʊpˌəltrəˈmaɪkrəˌskoʊp An optical microscope used to detect particles smaller than the wavelength of light by illuminating them at an angle and observing the light scattered by the Tyndall effect against a dark background. Example sentencesExamples The tiny particles in colloidal gold were not seen directly until the early twentieth century, when the Austrian chemist Richard Adolf Zsigmondy invented the ultramicroscope, a device capable of resolving such small objects. Richard Adolph Zsigmondy was an Austrian chemist and professor who invented the ultramicroscope and used the device to make numerous discoveries regarding the nature of colloids. Generally the nanoplasmonic ultramicroscope would allow for the first direct observation of ultrafast processes in nanosystems, such as the conversion of sunlight into electrical energy. Nevertheless the apparent trajectory of an element in the ultramicroscope is not a curve without tangents. The exsistence of the ultramicroscopes, and their primacy in their day, is arcane, but not controversial. Definition of ultramicroscope in US English: ultramicroscope nounˌəltrəˈmaɪkrəˌskoʊpˌəltrəˈmīkrəˌskōp An optical microscope used to detect particles smaller than the wavelength of light by illuminating them at an angle and observing the light scattered by the Tyndall effect against a dark background. Example sentencesExamples The exsistence of the ultramicroscopes, and their primacy in their day, is arcane, but not controversial. Richard Adolph Zsigmondy was an Austrian chemist and professor who invented the ultramicroscope and used the device to make numerous discoveries regarding the nature of colloids. Generally the nanoplasmonic ultramicroscope would allow for the first direct observation of ultrafast processes in nanosystems, such as the conversion of sunlight into electrical energy. The tiny particles in colloidal gold were not seen directly until the early twentieth century, when the Austrian chemist Richard Adolf Zsigmondy invented the ultramicroscope, a device capable of resolving such small objects. Nevertheless the apparent trajectory of an element in the ultramicroscope is not a curve without tangents.
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