n
(microscopy, uncountable) Initialism of atomic force microscopy. [The science and technology associated with the design and use of atomic force microscopes]
n
(physics) A device used to map the atomic structure of a surface by measuring the force acting on the very fine tip of a wire moved over the surface
n
The science and technology associated with the design and use of atomic force microscopes
n
Used only in the terms cryo-transmission electron micrograph, cryo-transmission electron microscope and cryo-transmission electron microscopy
n
A micrograph designed to illustrate a sample viewed through a transmission electron microscope.
n
A microscope designed to contain a sample held at a very low temperature for transmission electron microscopy.
n
A form of transmission electron microscopy in which the sample is held at a very low temperature.
n
Alternative spelling of cryo-transmission [Used only in the terms cryo-transmission electron micrograph, cryo-transmission electron microscope and cryo-transmission electron microscopy]
n
The electron microscopy of sensitive biological materials carried out at low temperature so as to limit damage to the structure of the material being examined
n
A micrograph produced using an electron microscope.
n
Any of several forms of microscope that use a beam of electrons, rather than one of light, and thus has a much greater resolving power.
n
microscopy carried out using an electron microscope
n
Alternative form of electron micrograph [A micrograph produced using an electron microscope.]
n
Alternative form of electron microscopy [microscopy carried out using an electron microscope]
n
The image produced by scanning electron microscopy (SEM).
n
(countable) Abbreviation of electron microscope. [Any of several forms of microscope that use a beam of electrons, rather than one of light, and thus has a much greater resolving power.]
n
A secondary electron and back-scattered electron detector used in scanning electron microscopes.
n
(physics) the instrument used in field emission microscopy
n
(physics) a technique that uses field emission of electrons or positive ions from the needle-shaped tip of an emitter to produce a magnified image of the emitter surface (showing each atom) on a fluorescent screen
n
Acronym of functional near infrared spectroscopy.
n
(uncountable, microbiology) Initialism of fluorescent speckle microscopy.
n
(countable) Abbreviation of high resolution transmission electron microscope.
adj
Only used in immunoelectron microscopy.
n
(countable) Acronym of low-energy electron microscope.
n
(microscopy) Abbreviation of light microscope/light microscopy.
n
A technique, used in the production of thin films of ultra-pure semiconductors, that grows the film by condensation of evaporated atoms.
n
(physics) A scanning transmission electron microscope that is able to focus electrons to a probe of about 0.14 nm and thus distinguish individual atoms.
n
Abbreviation of medullary thymic epithelial cell.
n
(chiefly attributive) A method for simulating the interaction of an electron beam with matter, used in high-resolution transmission electron microscopy images.
n
A voltmeter capable of measuring on the scale of nanovolts.
n
An image produced with a scanning electron microscope.
n
An electron microscope whose image is made up of a matrix of points from scanning the surface of a sample.
n
microscopy using a scanning electron microscope
n
(physics) An electron microscope that transmits a very narrow beam of electrons through a sample; it can detect individual large or heavy atoms.
n
A device used to form an image of the surface of a conductor or semiconductor with atomic resolution.
n
(physics) A technique used to visualize the three-dimensional structure of solids by employing an energetic ion beam to fragment the atomic or molecular constituents from a surface
n
Initialism of scanning electron microscope. [An electron microscope whose image is made up of a matrix of points from scanning the surface of a sample.]
n
(electronics) A very fast real-time optical imaging technique.
n
(uncountable, microscopy) Abbreviation of scanning helium ion microscope.
n
(microscopy) acronym of scanning ion microscope.
n
(physics) The nanoplasmonic counterpart of a laser; a nanoscale source of optical fields with potential uses in nanoscale lithography, probing and microscopy.
n
Initialism of serial time-encoded amplified microscopy. [(electronics) A very fast real-time optical imaging technique.]
n
Acronym of stimulated emission depletion microscope. [A scanning laser microscope that uses a short excitation pulse followed by a depletion pulse tuned to an emission line of a fluorescent dye]
n
(countable) Acronym of scanning transmission electron microscope. [(physics) An electron microscope that transmits a very narrow beam of electrons through a sample; it can detect individual large or heavy atoms.]
n
A scanning laser microscope that uses a short excitation pulse followed by a depletion pulse tuned to an emission line of a fluorescent dye
n
Microscopy using a stimulated emission depletion microscope
n
(microscopy) Initialism of scanning tunneling microscope. [A device used to form an image of the surface of a conductor or semiconductor with atomic resolution.]
adj
Having a mass of less than a nanogram
adj
Having dimensions, or a resolution, of less than a nanometer.
adj
Having dimensions, or a resolution of less than a nanometre
n
(uncountable) Initialism of transmission electron microscopy. [A form of electron microscopy in which a beam of electrons is transmitted through a thin layer of sample]
n
(physics) A type of electron diffraction in which a beam of electrons is transmitted through a thin layer of sample.
n
A form of electron microscope in which a beam of electrons is transmitted through a thin layer of sample.
n
A form of electron microscopy in which a beam of electrons is transmitted through a thin layer of sample
n
Alternative form of μscope as an abbreviation of microscope.
Note: Concept clusters like the one above are an experimental OneLook
feature. We've grouped words and phrases into thousands of clusters
based on a statistical analysis of how they are used in writing. Some
of the words and concepts may be vulgar or offensive. The names of the
clusters were written automatically and may not precisely describe
every word within the cluster; furthermore, the clusters may be
missing some entries that you'd normally associate with their
names. Click on a word to look it up on OneLook.
Our daily word games Threepeat and Compound Your Joy are going strong. Bookmark and enjoy!
Today's secret word is 7 letters and means "No longer existing; died out." Can you find it?