Sentences with phrase «photon flux»

Middle, total photon flux of bone metastatic lesions was measured by BLI at the end point.

Middle, total photon flux of brain metastatic lesions was measured by BLI at the end point.

«The hard part now is to combine all the advantages of the system and fulfill prerequisites such as high photon indistinguishability, high temperature operation, increased photon flux and out coupling efficiency that would make them work,» Olbrich said.

Figure 2, above: Surface incident photon flux densities for Earth, and for planets in the habitable zone of F, K, and M stars, as calculated from atmospheric composition by Segura et al. and the SMART radiative transfer model of Crisp.

Figure 1: The limit of the measured photon flux as a function of threshold energy compared to model predictions.

In the summer of 2016, as she was nearing the end of her eligibility for the ERC Starting Grant, the new MAX IV synchrotron facility in Lund, Sweden, started providing «the highest, most stable, and most reliable photon flux» in the world, Prisle says.

If this fraction is large, the expected photon flux increases.

In sufficiently thin samples, deconvolution can outperform optical sectioning techniques due to a higher photon flux via the more efficient camera detector and lack of a light - reducing pinhole.

The excitation spectra of all samples were recorded at emission wavelength of 610 nm for eqFP615 and in the case of the Amrose variants and eqFP650 at 645 nm, respectively, and corrected for the wavelength - dependent spectral photon flux of the excitation channel [28].

Our flexibility and proximity to end users on the beamlines ensures tailor - made dedicated insertion devices for different energy ranges and photon flux density.

A naive extrapolation of the measured photon flux is shown as dashed blue line.

At the endpoint of this study, whole brain was removed, incubated in RPMI - 1640 medium with 0.6 mg / mL luciferin for 15 minutes, and photon flux was monitored.

The Dalian Coherent Light Source (DCLS) is said to be the only high - gain FEL user facility operating exclusively in the VUV, and after nearly five years in development it produces a photon flux of 1.4 x 1014 photons per pulse.

Similarly, if the photon flux were doubled, that would drive more CO2 into the excited state and in turn drive more energy into the N2 translational mode.

Furthermore, Rayleigh scattering and the broad band of oxygen absorbance over ~ 500 - 700 nm depress transmittance in the blue to yellow and push the photon flux peak to the red.

The photon flux spectra peak much more toward the red than do the energy flux spectra.