Rememberedthe 4 principalquantumnumbers beforeAK listed themQuasiParticles!Thelimitations ofthe DrudeModelFollowed the'derivation'for plasmafrequencyComparedthe opticalproperties ofbulk vs NPsSaw aprettycolorAsked aQuestionComparedRamanwithSERSSaw aRamanspectrometerDistinguishedbetweenplasmon andplasmonpolaritonSaw anexample of ametal NP withstrongplasmoniccharacteristicsDrew aparallel toclassicalphysicsFree!PlasmafrequencyAK stumblesover sayinglocalizedsurfaceplasmonpolaritonUnderstood therelationshipbetween metalNP size andcolorRememberedthe 4 principalquantumnumbers beforeAK listed themQuasiParticles!Thelimitations ofthe DrudeModelFollowed the'derivation'for plasmafrequencyComparedthe opticalproperties ofbulk vs NPsSaw aprettycolorAsked aQuestionComparedRamanwithSERSSaw aRamanspectrometerDistinguishedbetweenplasmon andplasmonpolaritonSaw anexample of ametal NP withstrongplasmoniccharacteristicsDrew aparallel toclassicalphysicsFree!PlasmafrequencyAK stumblesover sayinglocalizedsurfaceplasmonpolaritonUnderstood therelationshipbetween metalNP size andcolor

Plasmonics - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Remembered the 4 principal quantum numbers before AK listed them
  2. Quasi Particles!
  3. The limitations of the Drude Model
  4. Followed the 'derivation' for plasma frequency
  5. Compared the optical properties of bulk vs NPs
  6. Saw a pretty color
  7. Asked a Question
  8. Compared Raman with SERS
  9. Saw a Raman spectrometer
  10. Distinguished between plasmon and plasmon polariton
  11. Saw an example of a metal NP with strong plasmonic characteristics
  12. Drew a parallel to classical physics
  13. Free!
  14. Plasma frequency
  15. AK stumbles over saying localized surface plasmon polariton
  16. Understood the relationship between metal NP size and color