Sentence examples for electronic lifetime from inspiring English sources
The slower the V oc decay is, the higher the electronic lifetime is.
It was found that the structure of the sensitizers influenced the photoelectric properties through affecting their absorption spectra, HOMO/LUMO orbits and electronic lifetime.
The encapsulated N2 molecules exhibit free stretching vibrations with a long electronic lifetime of the X-ray-excited anti-bonding π∗ states.
Breaking of the in-plane energy dispersion and the formation of discrete energy levels is an efficient mechanism for eventual quenching of optical phonon emission and obtaining very long electronic lifetime in the relevant laser state.
The electrochemical impedance spectroscopy (EIS) analysis indicated the DSSCs with TiO2 films via two-stage deposition had a lower charge transfer resistance at TiO2/dye/electrolyte interface and a longer electronic lifetime.
This test revealed that the V oc decay of DSCs based on the conical island structure was slower than that of DSCs based on the planar structure; therefore, the electronic lifetime of DSCs based on the conical island structure is higher than that of DSCs based on the planar structure.
Disorder in hydrogenated amorphous silicon leads to short electronic diffusion lengths and poor electronic lifetimes relative to crystalline silicon.
A previous report showed that the electronic lifetimes of TiO2 nanotube-based DSCs were longer than those of TiO2 nanoparticle-based DSCs[30].
In the high-frequency region, frequencies at the phase peaks are approximately 2.1 kHz and approximately 2.4 kHz for DSCs based on planar and conical island structures, respectively; therefore, the electronic lifetimes are 0.476 and 0.417 ms, respectively.
On the other hand, in the medium-frequency region, the frequencies at phase peaks are 10 and 5.5 Hz for DSCs with planar and conical island structures; thus, the electronic lifetimes are 0.1 and 0.18 s, respectively.
If the frequency at the phase peaks can be determined, the electronic lifetimes at each interface and in the electrolyte can be calculated by just inversing the peak frequencies.
