Sentence examples for wavelength up from inspiring English sources
The phrase "wavelength up" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to adjusting or increasing a wavelength, but without context, it is ambiguous. Example: "To improve the signal quality, we need to wavelength up the transmission frequency."
Compared with TNTs, the absorption of Ag2S/TNTs extends to a longer wavelength up to 800 nm, corresponding to the narrow bandgap of Ag2S (0.9 eV).
This is equal to 2π/λ where λ is the wavelength of irregularity, w is the waviness or the roughness exponent assumed to be 1.5 for shorter wavelength (up to 5 m).
A large Stokes shift in emissions versus absorption wavelength up to approximately 650 meV implies that the radiative decay is unlikely to stem from carrier recombination between quantized electron-hole levels, but rather is associated with internal and/or surface defect sites that serve as intragap states.
This oxide belonging to a cubic-pyrochlore structure can absorb visible light with wavelength up to about 480 nm.
Similar with the reported results, [3] Ag3PO4 exhibits good absorption from the UV to the visible light region with a wavelength up to about 500 nm.
Owing to a strong electronic coupling between the QD layers, the QDs and the quantum wells (QWs), strain-engineered QDs introducing antimony (Sb) with emission wavelength up to 1.5 μm at room temperature were achieved.
Since less than a year of satellite data had been accumulated, the SV model - i.e. the magnetic field linear variation in time - is only accurate for the longest wavelengths (up to SH degree 8).
The near field pictures in the inset reveal the typical electromagnetic field distribution of a dielectric nanoparticle for wavelengths up to 600 nm and one commonly seen in metallic nanoparticles at λ approximately 2,000 nm.
Depending on volume fraction, the nanoparticles appear to be the absorbing material for shorter wavelengths (up to approximately 1 μm for 1 × 10-5 vol.% and up to approximately 2 μm for 0.1 vol.%), whereas at longer wavelengths, water becomes dominant and the curves converge.
The way she lines sound wavelengths up with the stellar photographs of a mountainous horizon or the wake of a motorboat makes the comparison seem so natural, the viewer feels ridiculous for not making the connection sooner.
Assuming the detection is to remain in the visible light spectrum, LSPR peaks at wavelengths up to 800 nm could be measured.
