Triphenylamine based derivatives show large Stokes shift (47nm–69nm) and red shifted emission (close to Near Infrared region) as compared to parent Rhodamine B and Rhodamine 101. These N-phenyl substituted dyes exhibited negative solvatochromism and pronounced viscosity sensitivity (14–24 folds ...
AIE-active large Stokes-shift BODIPY Functionalized with Carbazolyl for Lysosome-Targeted Imaging in Living Cells doi:10.1016/j.saa.2024.124933Lysosomal microcircumstancesBODIPYAIE featureLysosomal viscosityA large number of studies have shown that lysosomal microcircumstances changes can affect many ...
(Units) the cgs unit of kinematic viscosity, equal to the viscosity of a fluid in poise divided by its density in grams per cubic centimetre. 1 stokes is equivalent to 10–4square metre per second. Symbol:St [C20: named after Sir GeorgeStokes(1819–1903), British physicist] ...
Stokes Problem Stokes shift Stokes State Forest Stokes stream function Stokes stretcher Stokes Theorem Stokes, Carl Stokes, Carl Burton Stokes, Doris Stokes, George Gabriel Stokes, Louis Stokes, Thomas Lunsford, Jr. Stokes-Adams syndrome ▼
Particularly, near-infrared (NIR, 650–900 nm) fluorescent probes with a large Stokes shift have been proved highly valuable in practical applications both in vitro and in vivo, because such probes provide minimal photodamage, deep tissue penetration ability, and minimal interference form excitation...
(redirected fromStokes's Law) Stokes' law [′stōks ‚lȯ] (fluid mechanics) At low velocities, the frictional force on a spherical body moving through a fluid at constant velocity is equal to 6π times the product of the velocity, the fluid viscosity, and the radius of the sphere. ...
and \({\dot{w}}_t\) is a white-in time, colored-in-space gaussian forcing assumed to be diagonalizable with respect to the fourier basis. the parameter \(\epsilon \) represents the kinematic viscosity; the noise has been scaled with a matching \(\sqrt{\epsilon }\) so that the ...
This technique allows us to apply a significant force on the microfluid at the vicinity of the wall in the direction parallel to the wall surface, where the flow speed is generally suppressed by viscosity. It is expected to be useful for microfluidic pumping and microfluidic thermal management....
However, it differs both in purpose and in the actual construction from [72,74]. The interfacial shift in [72,74] essentially serves the purpose of compensating the difference in the propagation speed of the shocks of the two solutions, while we need the higher- order approximation of the ...
Construction of a large Stokes shift fluorescent probe for dual detection of mitochondrial viscosity and ONOO− and its application in bioimaging 2023, Talanta Show abstract A novel fluorescent probe with large Stokes shift for accurate detection of HOCl in mitochondria and its imaging application...