Examples of using
顕微鏡は
in Japanese and their translations into English
{-}
Colloquial
Ecclesiastic
Computer
Programming
顕微鏡は、今日細胞胚を通ってレーザー光のシートを照らし、研究者は細胞を深く見ることができます。
The microscope, described today in Cell, shines a sheet of laser light through the embryo, allowing researchers to see the cells deep inside.
望遠鏡や顕微鏡は目の拡大であり、電話は声、鋤や剣は腕の延長というものだ。
The microscope, the telescope, are extensions of his eyes; the telephone an extension of his voice; then we have the plow and the sword, extensions of his arm.
顕微鏡はSDカードの映像、ビデオおよび保存を取ることができます。
The microscopes can take pictures, videos and save on the SD card.
The BS-5080 polarizing microscopes feature a highly robust construction and first class optics designed to provide a long life and excellent quality images.
Today's electron microscopy requires to support a wide range of imaging techniques from bright field/dark field TEM to STEM that uses a variety of detectors.
These microscopes integrate magnification, digital enlarge, imaging display, capture photo and video, store captured photos and videos on the optional SD card.
E-600 Inverted metallurgical microscope is equipped excellent UIS optical system and modularization function design so that update system expediently and achieved polarization, dark field observation.
The XJL-101/201 series upright metallurgical industrial microscopes are with smart design and user-friendly operation, it is the ideal instruments for researching of metallography, mineralogy, precision engineering, electronics, etc.
Ptychographic microscopy is particularly effective for observing samples whose structure and element distribution must be analyzed at multiple scales to clarify the origin of the expression of functions, such as ultrafine metal particles and brain nerve cells.
The BS-5030 series reflected polarizing microscopes are specifically designed for geology, minerals, metallurgy, university teaching laboratories and other sectors.
BS-2092 Inverted Biological Microscope is a high level microscope which is specially designed for medical and health units, universities, research institutes to observe cultured living cells.
These super-resolution microscopy techniques, however, require significant time for imaging, making them unsuitable for live cell imaging, a technique that allows the observation of living cells.
These results demonstrate that AFM-based lateral force microscopy is a valuable technique to assess the friction properties of individual single cells on the micro-scale.
Bruker's 3D optical microscope products deliver precise, non-contact metrology for capacitive ink layer heights, and ITO features, as well as film thickness metrology to the production floor for touch panel and display manufacturing needs.
Confocal microscopes have long been used for observation/ measurement of material surface shape and improvement of image quality, measurement accuracy and measurement time, and diversification of measurement wavelengths of confocal microscopes have been constantly pursued.
Total internal reflection fluorescence(TIRF) microscopy is a powerful tool to analyze physiologically relevant signaling events within about 100 nm of the plasma membrane of live cells.
Our biological microscopes have contributed to leading-edge research into autophagy spanning many fields ranging from basic medicine to studies of viruses, immunity, and plants. The following references all used Olympus microscopes as part of their research.
In order to obtain quantitative measures long(parallel to the axis of observation), the imaging microscopy may be supplemented by interferential action, as interference microscopy techniques.
For the purpose of obtaining depth quantitative measurements(parallel to the observation axis), the imaging microscopy can be complemented by interferential measurements, according to interferometric microscopy techniques.
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