This is how the material degrades

However the study shows that the construction of such a city “on paper” is possible. Adam Frank looks to the future with optimism: “The idea of ??asteroid cities may seem too far away, until you realize that in 1900 no one else flew in an airplane, and right now thousands of people are sitting comfortably in chairs, rushing at spes of hundrs of kilometers in an hour several thousand meters above the ground. History shows that a century of technological advancement can make the impossible a reality.” if the difference is small, which can be obtain literally from the environment – from vibrations of molecules.

The transition requires very little energy

Which are determin by the temperature of the environment. Accordingly, in order to obtain fluorescence with an efficiency of 100%, we “raise” the Guangdong Mobile Phone Number List triplet levels closer to the singlets (ruce the number of steps) so that the triplets easily (with less energy consumption) “jump” into singlets and begin to emit light. Due to the fact that the singlet state exists only for a nanosecond, and the triplets live 10 thousand times longer, Blue, r, green Depending on which chemical groups are chosen as donors and acceptors in the emitter, the spectral color of the radiation changes. The most important (and sometimes difficult to reproduce) are Ls in the r and blue parts of the spectrum.

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What is absorb by the material is wast disrupting

Novosibirsk scientists manag to bring the color spectrum BT Lists of the radiation of one of the compounds closer to true blue. Konstantin Ivanov: “Blue materials can self-destruct because the energy of blue light is high—literally the highest in the visible range—and the structure of the molecules. R Ls are difficult to reproduce because they are very sensitive to external conditions (water, oxygen, high temperature) due to the design of the molecules.” The Phosphorescence Phenomenon Interestingly, some materials creat in the laboratory have the property of afterglow (phosphorescence) at room temperature.

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