Peroxides, ester compound and the fluorescent dye: peroxides and Esters react after the reaction energy to the fluorescent dye, then the dye to fluoresce. Currently on the market is usually the common fluorescent substance placed a lance material sandwich, sandwich isolated inside and outside peroxides and esters, after rubbing, two compounds react makes fluorescent dyes glow in the dark dye .
2014年10月28日星期二
glow in the dark material characteristics
In the glow in the dark material in the field, the study of organic materials increasing people's attention. Because many types of organic compounds,photoluminescent exit signs glow pigments adjustable, good, rich colors, high color purity, molecular design is relatively flexible. Depending on the molecular structure of the organic light emitting material can be divided into: (1) an organic small molecule light emitting material;glowing stone pebbles (2) an organic polymer light-emitting material;glow in the dark sand (3) an organic luminescent material complexes. These luminescent material emitting mechanism in terms of physical and chemical properties, or in the application on has its own characteristics.
2014年10月22日星期三
decorative gravels how to fix?
decorative gravels how to fix? In the renovation process, and for stone restoration has always been a very complex and tedious process,photoluminescent exit signs will maximum protection when carrying gravel professional repair. Special attention is needed water, chemical cleaning agents as well as high-power machinery paint and some other works produced in the garbage, but also need proper polishing, and sealing wax agent can make the work of creating a new look,Luminous sheet and our professional repair without the need for large projects can and do not leave a trace repair.
2014年10月14日星期二
Glow in the dark materials type
Glow in the dark materials luminescence is varied, the main types are: photoluminescence,Glow in the dark pebbles
cathodoluminescence, electroluminescence, thermoluminescence, optically
stimulated luminescence, radiation luminescence.glow in the dark
materials and different from incandescent. Since the material but cold
objects chemical reaction energy,Photoluminescent Aluminum Sheet
subatomic movement or stress caused by intracrystalline radiation.glow
in the dark materials in addition to the heat radiating material is in
the form of light emitted from the excess energy, the emission process
has certain duration.
Glow in the dark materials can form a powder, crystal, or amorphous thin films, such as the use of, the main component is a compound semiconductor materials and rare earth metals, a very close relationship with the non-ferrous metals.
Glow in the dark materials can form a powder, crystal, or amorphous thin films, such as the use of, the main component is a compound semiconductor materials and rare earth metals, a very close relationship with the non-ferrous metals.
Glow in the dark materials type
Glow in the dark materials luminescence is varied, the main types are: photoluminescence,Glow in the dark pebbles cathodoluminescence, electroluminescence, thermoluminescence, optically stimulated luminescence, radiation luminescence.glow in the dark materials and different from incandescent. Since the material but cold objects chemical reaction energy,Photoluminescent Aluminum Sheet subatomic movement or stress caused by intracrystalline radiation.
Glow in the dark materials in addition to the heat radiating material is in the form of light emitted from the excess energy, the emission process has certain duration.
Glow in the dark materials can form a powder, crystal, or amorphous thin films, such as the use of, the main component is a compound semiconductor materials and rare earth metals, a very close relationship with the non-ferrous metals.
Glow in the dark materials in addition to the heat radiating material is in the form of light emitted from the excess energy, the emission process has certain duration.
Glow in the dark materials can form a powder, crystal, or amorphous thin films, such as the use of, the main component is a compound semiconductor materials and rare earth metals, a very close relationship with the non-ferrous metals.
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