Examples of 'multiphoton' in a sentence
Meaning of "multiphoton"
Multiphoton refers to a type of microscopy that uses multiple photons to excite fluorescent molecules for imaging
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- Involving multiple photons
How to use "multiphoton" in a sentence
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multiphoton
Multiphoton imaging is one way to unlock these secrets.
This phenomenon is known as multiphoton absorption.
Infrared multiphoton dissociation of pentafluoroiodoethane leads to a complex array of reaction products.
These fluorescent probes were detected via multiphoton microscopy.
Multiphoton microendoscope provides different scanning trajectories which are considered in this work.
Unique and comprehensive solutions for multiphoton imaging.
Multiphoton microscopy allows us to observe how immune cells behave in real time.
The aforementioned intensities are suitable for multiphoton oxidation.
The multiphoton absorption is a phenomenon occurring when the intensity of laser light is strong.
Fluorescent images were recorded digitally with a multiphoton microscope.
Multiphoton Optics GmbH.
A method of circumventing this problem is to use multiphoton excitation.
First, the multiphoton absorption will be explained in brief.
The method forms a modified region by multiphoton absorption.
First, the multiphoton absorption will be briefly described.
See also
This phenomenon is called multiphoton absorption.
Multiphoton excitation of these states is investigated using a Coulomb-Volkov approach.
The modified region may be caused by multiphoton absorption or other reasons.
The laser processing method and laser processing apparatus form a modified region by multiphoton absorption.
Detection was by multiphoton microscopy.
The laser processing method in accordance with this invention forms a modified region by multiphoton absorption.
The modif led region may be caused by multiphoton absorption or other reasons.
This hypervalent Ti species undergoes a series of sequential fragmentations induced by IR multiphoton excitation.
In addition, different types of resonant multiphoton transitions have been investigated.
Subsequent discoveries showed that many small organic molecules can undergo this multiphoton conversion.
One the one hand, multiphoton ionization shows a high molecular sensitivity.
Themolten processed region may be caused by multiphoton absorption or other reasons.
Multiphoton microscopy applied for real-time intravital imaging of bacterial infections in vivo.
This manuscript focuses on the development of an endomicroscope with multiphoton unprecedented performance.
There may alternatively be used a multiphoton scanning laser microscope or confocal biomicroscope, or the like.
Laser polarization and power dependencies are consistent with the multiphoton transition probabilities.
For the same reason, multiphoton absorption can be generated even without a light-converging lens.
The conclusions are illustrated by an example from multiphoton ionization in strong radiation fields.
Mechanisms that allow for these modifications include sintering, microstereolithography, and multiphoton processes.
In this case one takes advantage of the fact that multiphoton microscopy has a natural confocality.
These techniques comprise in particular confocal microscopy, fluorescence microscopy and nonlinear or multiphoton microscopy.
One of these processes is based on the multiphoton effect, which will briefly be described.
Ionization mechanisms are studied in one - as well as multiphoton regime.
Method for generating pulses necessary for multiphoton microscopy, which comprises using a device according to claim 1.
As a consequence, the inside of the object is locally heated by multiphoton absorption.
Abstract, Multiphoton microscopy is an essential investigative tool in cell and tissue biology.
The modified region may be formed because of multiphoton absorption or other reasons.
Multiphoton fluorescence image of HeLa cells with cytoskeletal microtubules ( magenta ) and DNA cyan.
This generates a phenomenon of optical damage by multiphoton absorption within the object.
Infrared multiphoton dissociation ( IRMPD ) has been used in order to differentiate between gaseous ionic isomers.
This generates a phenomenon of optical damage due to multiphoton absorption within the object.
Resonance-enhanced multiphoton ionization ( REMPI ) is a technique applied to the spectroscopy of atoms and small molecules.
This generates a phenomenon of optical damage due to multiphoton absorption within the substrate.
Multiphoton intrapulse interference phase scan ( MIIPS ) is a method to characterize and manipulate the ultrashort pulse.
O ultrafast pulsed lasers for multiphoton microscopy ;.
