Sentence examples for lifetime of order from inspiring English sources

Fluorescence lifetime measurement of the molecules M1 to M5 exhibited a lifetime of order 2 5 ns.

This assumption is valid if the typical fluorophore yields of order 10 photons per second (a common number in superresolution experiments, e.g. [ 3, 28, 14, 19] and has an excited state lifetime of order 10−9 seconds, for a total excited state time of order 10−6 seconds, while the time in the dark state is of order milliseconds to tens of milliseconds [ 14, 15].

A single InAs/InP QD is a good single-photon emitter under usual excitation conditions [12] since the excitation pulse duration can easily be in the order of picoseconds or less, much shorter than the exciton lifetime of nanosecond order.

This is down to it having a very short atmospheric lifetime, of the order of hours to days, because it is rapidly removed as rain and snow.

For any particular disease one observes a lifetime of the order of the time it takes to propagate across the system.

Measurable luminescence with lifetime of the order of 3  μs was only detected in samples that were saturated with either oxygen or air.

Gramicidin A monomers (which diffuse laterally on both sides of the bilayer) occasionally dimerize (with a lifetime of the order of 1 s), forming a 4 Å wide and 25 Å long water channel for the conduction of monovalent cation current, with a conductance of the order of 10 pS (100 GΩ).

Fluorescence lifetimes of the order of hundreds of microseconds are typical for the rare earth ions situating in a good crystalline TiO2 anatase host [11].

Using a laser flash photolysis experiment, we were able to prove that illumination of gwCry1a (at 355 nm) produces radical pair species with lifetimes of the order of milliseconds.

One alternative is the use of transition-metal complexes or lanthanide chelates, which can have lifetimes of the order of milliseconds.

As described by Vogel et al. [ 7] gas bubbles with lifetimes of the order of a few seconds can arise in the low-density plasma regime for pulse trains in the MHz range due to accumulative effects from chemical dissociation of biomolecules into volatile, non-condensable fragments by free-electron chemical and photochemical bond breaking and plasma-mediated accumulative thermal effects.