These are potentially important achievements that could change the shape of emissions growth across the region.
From the observational results, the shapes of emission distribution are classified into three types.
The effect of dopant ion and glass host interaction, branching ratio of transitions and line shapes of emission lines in the visible region are discussed in view of the ionicity and covalency of hosts.
The shape of the emission spectrum at high bias voltages (255 V and higher) is caused by the superposition of two emission bands.
The shape of the emission spectra of the NS conformers poses the question of the origin of the differences in Tyr emission.
These interferences will modify the shape of the emission spectra in the entire VIS spectral range.
These graphs verify our argument about the shape of ion emission in plasma focus device.
In this study, luminescence imaging spectroscopy is used to recover not only the spatial information of the emitted fluorescence but also the spectral shape of the emission spectra.
The interaction leaves no measurable effect on the shape of the emission as well as on the transient behavior of the fluorescence.
