Sentence examples for using a single wavelength from inspiring English sources

OC-192 equipment can transmit 10 billion bits of digital information a second using a single wavelength of light.

The company said the revised expectations reflected difficulties it had had in rolling out a new generation of optical networking equipment that allowed large amounts of digital information to be transmitted using a single wavelength of light.

ANN, as a multivariate calibration method, is very useful in spectral analysis because the simultaneous inclusion of many spectral wavelengths instead of using a single wavelength greatly improves the precision and predictive ability of the method [21].

The conventional interferometric surface profilers using a single wavelength offer excellent vertical resolution, but a serious limitation to their use is that they can only handle smooth profiles and step heights less than half a wavelength.

According to the results presented in this review and in the best of worlds, the ideal approach would allow us to develop theranostic platforms combining both bioimaging to localize tumor cells and a dual PDT/PTT treatment to eradicate tumor cells using a single wavelength while minimizing as much as possible the side effects.

The in vitro combination phototherapy effect (PDT/PTT) of the nanoplatform ([Pc] = 1.0 4.0 μg/mL and [LOGr] = 1.8 7.0 μg/mL) towards LHRH-positive A2780/AD ovarian cancer cells has been demonstrated using a single wavelength (laser diode irradiation at 690 nm, 0.3 W/cm2 for 15 min) to induce 1O2 generation by Pc and PTT effect by LOGr (Fig. 50).

Use a single wavelength of light (monochromatic color) to make the testing more effective.

In this study, we determined a crystal structure of the apo-form of CnIpk1 at 2.35 Å resolution, the first structure for a fungal Ipk1, using a single-wavelength anomalous dispersion method.

Reconfiguration of the scanner with a pulsed laser source enabled quartz and feldspathic minerals within a ceramic sample to be differentiated using a single stimulation wavelength by measuring the time-resolved luminescence spectrum.

Cells were analyzed using a BD LSR II flow cytometer using a single excitation wavelength (488 nm) and band filters for PerCp-Cy5.5 (695/40nm), FITC (525 nm), PE (575 nm) and APC-Cy7 (633 nm).

We tested multiplex imaging in vivo using the Maestro system and showed that QD 525, QD 565, QD605, QD 655, QD 705, and QD 800 labeled ES cells can be detected in vivo using a single excitation wavelength (465 nm).