Sentence examples for decrease of emission from inspiring English sources
A steady decrease of emission intensities from evening to dawn hours has been observed in approximately 59% of nights.
The polarization field causes the electron and hole wave functions to separate out, thus causing decrease of emission strength and strong reduction of exciton binding energy.
However, with further increasing the irradiation dose, the field emission characteristics of the carbon nanotube arrays deteriorate for the decrease of emission sites induced by severe structural damage.
As we mentioned above, moderately prolonging the reaction time may promote the bonding of BaCrO4 on graphene with Ba-C chemical interaction, leading to the formation of more homogeneous composites, and better linkage between the two materials must facilitate the electrons transfer, causing more decrease of emission [23].
As a consequence, also incentives for human-induced climate-investments in forestry were quite restricted, although the potential to increase of removals and to decrease of emissions for other sectors (e.g. by substituting energy-intensive products by wood-products) is an almost unique feature of the forest sector.
The fluorescence emission intensities showed a significant decrease of the emission intensity at 425 nm and formation of a new band at 594 nm upon excitation at 343 nm.
However, analyses of fluorescence emission spectra after application of ABA revealed an increase in mTurquoise emission (peak at 476 nm) and a decrease of cpVenus173 emission (peak at 527 nm), indicating that the distance between both fluorescent proteins is increased, or their orientation to each other is changed by the ABA-dependent interaction of PYR1 and ΔNABI1.
After addition of increasing concentrations of Hg2+, it result in the decrease of coumarin emission at 467 nm and a new emission profile of rhodamine at 590 nm gradually increased.
Voltage steps (duration 500 ms) resulted in a decrease of cyan emission (460 500 nm) and an increase of yellow emission (>515 nm) in VSFP2A through VSFP2D (Fig. 2).
Hence, a typical TBET process took place, resulting in the increase of rhodamine emission at 582 nm as well as the decrease of naphthalimide emission at 532 nm.
Finally, along with the increase of carbon price, consumers' low-carbon awareness and government subsidy and the decrease of carbon emission cap, those enterprises tend to reduce carbon emissions.
