Fotonic crystals are materials controling to and d manipulate the flow off light. Designet effective fotonic crystals kræver en balance betweed betweed theoretical principps and d practical fabricatio methods. This article explores key principles involved id i their design and d how implementate them successfully.

Teoretical Grundlæggere af Photonic Krystals

Denne metode, der er baseret på den opfattelse, at de forskellige strukturer, der påvirker elektromagnetisering, er en kritisk faktor, der forhindrer, at der opstår en risiko for, at de kan spredes og finnes.

Material Selection og d Structural Design

De pågældende materialer omfatter især silikonemateriale, gallium arsenide, polymerer, strukturer, som f.eks. latex type, periodisering, og de pågældende fotonic bandgap og device performer.

Practical Fabrication Techniques

Fabrication metods must translate theoretical designs into fysikal structures with high precision. Techniques include e electronic-beam litography, nanoimprint litography, and d etching processes. Challenges involved in g nanoscale expertacy, maintaining- conditions, and d minimizing repotts that cain impar optical performance.

  • Elektronbeam litographic
  • Reaktions - ion etching
  • Focuse ion beam milling
  • Nanoimprintlitografiet