microscope
माइक्रोस्कोप
definition
noun
The paper shows that positrons can see defects better than either optical or electron beam microscopes .
an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.
translation of 'microscope '
सूक्ष्मदर्शी
noun
सूक्ष्मदशंक यंत्र,
खुर्दबीन,
माइक्रोस्कोप,
अणुवीक्ष
example
'microscope' slide
She had spent weeks hunched over a 'microscope' looking at samples of sperm.
Photographs were taken after dissection using a 'microscope' at a magnification of 64x.
A pathologist will examine the prostate sample under a 'microscope' and check whether or not it is cancerous.
We know that looking for abnormal cells down a 'microscope' is not an exact science, and that is the problem.
The lengths were measured with an ocular micrometer fitted to the eyepiece of the 'microscope' .
to look at sth under a 'microscope'
Measurements were made using a light 'microscope' equipped with an eyepiece micrometer.
A biopsy allows scientists to look at a sample of your cells under a 'microscope' and carry out tests on the tissue.
Instead, the abundance of leaf hairs on leaf surfaces or veins was scored for each sample under a light 'microscope' .
The sample is then sent to a laboratory to be looked at under a 'microscope' for signs of cell change.
Optical inspection 'microscopes' provide test capabilities for both masks and wafers at several different stages of the printing process.
In rapid succession the field ion microscope and the scanning tunnelling microscope soon joined these 'microscopes' .
They therefore resolve images at much higher magnifications than can light 'microscopes' .
We had a lab to do that day, something to do with plants and 'microscopes' and osmosis.
He used a simple microscope, although compound 'microscopes' were available at the time.
Biosensors, such as patch clamps, electrodes, or 'microscopes' are positioned to detect a response from the cell.
These research 'microscopes' often have binocular eyepieces, relying upon a series of prisms to split the image so that it may be viewed with both eyes.
This simple approach recognises the fact that mycobacterial culture is not feasible in peripheral units but that light 'microscopes' and trained microscopy staff are available.
The paper shows that positrons can see defects better than either optical or electron beam 'microscopes' .
Light 'microscopes' can magnify objects up to 1,000 times, revealing microscopic details.
Currently available manual assays rely on 'microscopes' (optical or fluorescence).
Credits: Google Translate
