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Photochemistry can be dramatically different from “ordinary” chemistry See example below

Photochemistry can be dramatically different from “ordinary” chemistry See example below. Cl. Cl. Ar. Ljósefnafræði ; Dæmi / photochemistry example:. Cl. Cl. Ar. Ljósefnafræði ; Dæmi / photochemistry example:. Cl. Cl. Ar. Ljósefnafræði ; Dæmi / photochemistry example:. -. +.

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Photochemistry can be dramatically different from “ordinary” chemistry See example below

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  1. Photochemistry can be dramatically different from “ordinary” chemistry See example below

  2. Cl Cl Ar Ljósefnafræði ; Dæmi / photochemistry example:

  3. Cl Cl Ar Ljósefnafræði ; Dæmi / photochemistry example: . . .

  4. Cl Cl Ar Ljósefnafræði ; Dæmi / photochemistry example:

  5. - + Cl Ar Ljósefnafræði ; Dæmi / photochemistry example: Cl

  6. Cl Ar Ljósefnafræði ; Dæmi / photochemistry example: Cl

  7. O3 Hvernig er efnafræði ósoneyðingar- innar?/ Ozon depletion? O3 Cl

  8. ( ) 20 km ( ) Earth

  9. Heildarloftstyrkur og ósonstyrkur yfir jörðu. / Concentration profiles for air and ozone in the Earth´s atmosphere. 

  10. 20 km Earth

  11. Gleypni ósons á nær-útfjólubláa litrófssviðinu. Gleypnistuðull er í réttu hlutfalli við gleypni efnisins fyrir fastann efnisstyrk. Absorption cross section of ozone in the near UV spectral region.

  12. 20 km Earth

  13. 20 km O3 + O -> O2+O2 Earth

  14. Chemistry and spectroscopy of the greenhouse effect/ Global warming effects(?)

  15. Gegnskin og gleypni andrúmsloftsins SÝN ....................................IR............................... ÚF

  16. O=C=O Gleypni Bylgjulengd (mm)

  17. Ultraviolet Visible Near-IR Infrared Far-Infrared Microwave

  18. Organic photochemistry: photoisomerization

  19. Stilbene(1)

  20. Stilbene(2)

  21. Astrochemistry

  22. Big organic molecules C2H2 ??? : Life(?)

  23. Big organic molecules C2H2 ??? : Life(?)

  24. C2H2 ??? C CH2 C2 Big organic molecules : Life(?)

  25. LASER radiation of C2H2 Ion yield C2H2+ C+ C2+ H+ Magn jóna C2H+ CH+ CH2+ Mw Time of flight

  26. HCCH*: Orka HCCH:

  27. + + C2 C2 H2 Orka HCCH*:

  28. Orka HCCH*:

  29. C CH2 Orka HCCH*:

  30. Reaction cross section: A + M ??? M1 + M2 ??? A + B C + D

  31. Cross section = s = <d>2p Reaction cross section: A + M ??? M1 + M2 ??? A + B C + D d But ions:

  32. + + - - - + - + + + F µ 1/r2 But ions: Reaction cross section: A+ + B C + D

  33. + + - - - + - + + + But Ions: Reaction cross section: A+ + B C + D

  34. + + But ions: Reaction cross section: A+ + B C + D Collision frequency much larger

  35. Ions: + Collision cross section = s >> <d>2p Reaction cross section: A + M ??? M1 + M2 ??? A + B C + D d

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