Examples of 'time-resolved' in a sentence
Meaning of "time-resolved"
Time-resolved (adjective): Typically used in scientific contexts, describes a measurement or technique that provides information with respect to time
How to use "time-resolved" in a sentence
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time-resolved
Time-resolved approaches are one of these techniques.
Their vibrations were time-resolved by picosecond ultrasonics.
Time-resolved parameters for silica nanoparticles.
A preferred method of detection is time-resolved fluorometry.
Time-resolved fluorescence spectroscopy is an extension of fluorescence spectroscopy.
This opens a new field of time-resolved experiments.
Time-resolved fluorometry was used for fluorescence determination.
Preferred measurement is by time-resolved fluorimetry.
Time-resolved fluorescence methods may also be used.
Signal was quantified by time-resolved fluorometry.
Time-resolved fluorescence is used for both identification and measurement.
The method we developed enables precise time-resolved measurements.
The main tool used is time-resolved picosecond-nanosecond absorption spectroscopy.
The more recent developments are time-resolved electron.
Time-resolved fluorescence measurement is a particularly interesting approach for tumour localisation.
See also
The system therefore enables time-resolved detection of fluorescence pulses.
In certain embodiments, the detectable moiety is detectable by time-resolved fluorometry.
The experimental device allows a time-resolved tracking of the evolution of damage.
The time-resolved methods of measuring fluorescence enable this disadvantage to be partially overcome.
Fluorescence intensity is measured using a time-resolved fluorometer as described herein.
Furthermore, time-resolved fluorescence is capable of differentiating bound versus unbound fluorophores.
The detectable moiety disclosed herein be detectable by time-resolved fluorometry.
The system therefore allows time-resolved detection of the fluorescence pulses.
The time-resolved techniques included ultrafast laser spectroscopy and microwave photoconductivity.
The device described enables the carrying out of time-resolved spectroscopy.
The advantage of time-resolved profilometers is that they are robust against vibrations.
In the case of photoinduced electron transfer the use of time-resolved spectroscopy is common.
Time-resolved movement data may be understood as time-resolved spatial position data.
The second chapter deals with the time-resolved multiply scattered intensity.
These time-resolved components result in a large increase in the signal to noise ratio.
Lanthanides have long lifetimes that enable time-resolved measurement of acceptor emission.
The time-resolved study of ligand-receptor interaction is a further object of the invention.
Studies of reaction dynamics of anticancer drugs using time-resolved ultrafast laser spectroscopy.
Time-resolved measurement of the plasma parameters during these oscillations are similar to published results.
In each of the intervals, several attenuation measurements are performed to achieve a time-resolved measurement.
Femtochemistry has been used to show the time-resolved electronic stages of bromine dissociation.
Time-resolved fluorometry was used for the measurement of these strongly fluorescent lanthanide chelates.
The solvation of sc in water and glycerol mixtures was studied through time-resolved fluorescence anisotropy.
After equilibration, the time-resolved fluorescent signal is quantitated using a fluorescent plate reader.
Fluorescence lifetime too short, preventing their use for time-resolved fluorescence imaging.
The experiment hence gave time-resolved measurements of the recovery rates of the amplifier.
The two main areas that will be studied are spectroscopic imaging and time-resolved spectroscopy.
After equilibration, the time-resolved fluorescent signal was quantitated using a fluorescent plate reader.
These features are crucial when developing miniaturized readers for the time-resolved detection of fluorescence.
This imaging technique allows the time-resolved optical characterization of targets under plasma exposure.
Ligands that promote the complex formation induce a concentration-dependent increase in time-resolved fluorescent signal.
The use of time-resolved fluorescence techniques has many advantages compared with stationary methods.
This is a non-competitive immunofluorometric procedure which incorporates the principles of time-resolved fluorometry for detection.
The time-resolved fluorescence signal level is a quantitative measure of the determined biochemical cardiac marker.
The long-lived fluorescence for the time-resolved measurement can be produced with lanthanide chelates.
