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Einstein recognized that this emission could be produced in two ways.
Chemiluminescence emission could be generated via MoP reaction with alkaline luminol.
An orange emission could be observed upon simple addition of polyacrylic acid sodium salt.
If applying an effective air purification system, a significant reduction of ammonia emission could be achieved.
Ammonia emission could be further reduced by 56.7% through adding beet pulp.
This emission could be explained on the basis of high energy irradiation of Zn selenide.
A significant reduction in NOx emission could be achieved by staged combustion in O2/CO2 combustion.
After finishing their nitrite sensing, these composite samples and their emission could be recycled and recovered by sulphamic acid.
Therefore, the photoluminescence emission could be turned from visible region to near-infrared (NIR) region (from 510 to 1221 nm).
No emission could be recorded for free AlPcSs because AlPcSs almost have no absorption at 532 nm (Figure 1b).
The observed blue emission could be addressed to the different defects even in zinc vacancies as reported in [28].
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