DBR-metal stack structure
tamm_stack_ir(lambda0 = 950, n1 = 3, n2 = 3.7, d1 = lambda0/4/n1,
d2 = lambda0/4/n2, N = 2 * pairs, pairs = 4, dx1 = 0, dx2 = 0,
dm = 50, metal = "epsAu", position = "after", incidence = "left",
nleft = n2, nright = 1, ...)
Arguments
- lambda0
- central wavelength of the stopband
- n1
- real refractive index for odd layers
- n2
- real refractive index for even layers
- d1
- odd layer thickness in nm
- d2
- even layer thickness in nm
- N
- number of layers, overwrites pairs
- pairs
- number of pairs
- dx1
- variation of last odd layer thickness in nm
- dx2
- variation of last even layer thickness in nm
- dm
- thickness of metal layer
- metal
- character name of dielectric function
- position
- metal position relative to DBR
- incidence
- direction of incidence
- nleft
- refractive index of entering medium
- nright
- refractive index of outer medium
- ...
- ignored
Value
list of class 'stack'
Details
periodic structure of dielectric layers against metal film
See also
Other stack user_level: dbr_stack,
embed_stack, layer_stack,
tamm_stack_porous, tamm_stack