Sentence examples for Fundamental emission from inspiring English sources

The thickness and compositions (x > y) of these heterostructures are computed in order to get: (i) the optimum quantum confinement of electrons and heavy-holes levels; (ii) the optimum out of plane oscillator strength and wave functions overlap; (iii) to satisfy a fundamental emission at a key 1.55 μm wavelength below the absorption gap of the three designed structures.

The thickness and compositions (x > y) of this single W-QW are computed in order to get (i) the optimum quantum confinement of single electrons and heavy-holes levels, (ii) the optimum out of plane oscillator strength and wave functions overlap and (iii) the requested fundamental emission at a key 1.55 μm wavelength below the absorption edge of each constitutive materials.

For nominal shock and plasma parameters, we show that the new theory predicts: (1) fluxes of fundamental radiation of order those observed, (2) the superthermal electron tail produced by LHD increases the fundamental flux by ≈2 orders of magnitude compared with predictions that neglect the tail, and (3) fundamental emission dominates harmonic emission.

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Unless far greater efforts are made to reduce emissions, "the fundamental drivers of emissions growth are expected to persist despite major improvements in energy supply" and in the efficiency with which energy is used, the report said.

We used the rhodamine 610 dye to generate the fundamental, 589-nm emission for Na, while the generation of the UV emission for 372 nm required a sum-frequency technique.

If we take motorcars that Mr von Wogau talked about earlier on, the problem there is actually that the experts in the European Union and the experts in the United States - not the politicians - are still failing to agree on fundamental issues like emission standards for heavy trucks or how we test cars for safety.

Decades ago experts predicted, based on fundamental science, that emissions would raise global temperatures.

Quin, A. & Tang, B. Z. Aggregation-induced emission: fundamentals and applications.

He discovered that their ratio of charge to mass corresponded to the value he found for electrons, giving rise to an understanding of the fundamentals of thermionic emission.

The spectral and temporal characteristics of the five fine structures had been obtained from the dynamic spectra and the parameters of the agent and the emitting source have been determined, assuming both fundamental and harmonic emissions.