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重磅外文最新书籍:Thin-Film Optical FiltersFifth Edition
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" q6 u% S$ h& ^% iDetailed Contents& C+ W* e3 x8 o1 |
Series Preface .....................................................................................................................xv/ t% t: f+ h: F; U9 e% `" W m
Preface to the Fifth Edition................................................................................................ xvii) S9 @2 _5 I0 \+ T/ G# w4 C0 {' }
Preface to the Fourth Edition.............................................................................................. xix( u- z% R3 R7 @/ _$ p+ ]: [
Preface to the Third Edition ............................................................................................... xxi
! }) G; N6 F4 X M8 APreface to the Second Edition ........................................................................................... xxiii* ^, p! J2 B# D# X% U
Apologia to the First Edition ............................................................................................. xxv
4 [# ]! {( @2 {Author........................................................................................................................... xxvii
9 O6 G3 E4 p: |" V) d0 USymbols and Abbreviations.............................................................................................. xxix
$ M( |5 D# k& V i- {7 q1. Introduction .................................................................................................................1& ~# i+ A, s# K# s. o- D
1.1 Early History .........................................................................................................1
E b+ d% M+ w$ b4 T K" E- y% Y1.2 Thin-Film Filters.....................................................................................................48 m. l& E5 L" A, c! q0 l7 S. f
References......................................................................................................................8- T# B8 x& J0 ?1 a8 b% F& @7 C1 h
Bibliography ..................................................................................................................9
H& \& [% j+ |: E2. Basic Theory ............................................................................................................... 11
, A: Q" G4 ^! b- R/ @2.1 Maxwell’s Equations and Plane Electromagnetic Waves ......................................... 11, {- K+ }* I v4 L+ ~" I
2.1.1 Poynting Vector ........................................................................................ 16
# a# P2 W: `1 R2 Y5 D2.2 Notation .............................................................................................................. 180 l+ P6 \8 Y: \4 |5 \& w
2.3 Simple Boundary.................................................................................................. 19
5 E1 U. E( ~% G l: G" B5 a7 B! h2.3.1 Normal Incidence in Absorption-Free Media............................................... 213 p/ J. @$ Q( G
2.3.2 Oblique Incidence in Absorption-Free Media .............................................. 23
7 [( m" p- i6 g8 `2 M2 N- J2.3.3 Optical Admittance for Oblique Incidence .................................................. 273 o2 B8 v' `3 N8 L9 l
2.3.4 Normal Incidence in Absorbing Media ....................................................... 28+ F; r* I: ?9 N7 y9 B9 o" ? i$ S& I3 p
2.3.5 Oblique Incidence in Absorbing Media....................................................... 336 V# e& ]; j, a8 n2 }5 ?
2.4 Critical Angle and Beyond.................................................................................... 36
- x0 Z3 E1 O$ E2.5 Reflectance of a Thin Film..................................................................................... 386 g1 U! C. X s* \! l# @
2.6 Reflectance of an Assembly of Thin Films .............................................................. 426 r/ N0 Z4 q' d4 D' H, `
2.7 Reflectance, Transmittance, and Absorptance ......................................................... 44
5 P- x q8 k0 M" \" G2.8 Units ................................................................................................................... 46; f. u0 b7 D \ j
2.9 Summary of Important Results ............................................................................. 47# ~2 H6 t+ m/ ^$ z
2.10 Potential Transmittance ........................................................................................ 517 G5 `/ q. e* b! H# L
2.11 Theorem on the Transmittance of a Thin-Film Assembly ........................................ 53" M+ }. Z0 B' \ M7 S3 i
2.12 Coherence............................................................................................................ 547 X- e6 c$ p5 t# W2 U& @
2.13 Mixed Poynting Vector......................................................................................... 58
- k; ] i% c5 ?5 v r. j9 B3 i2.14 Incoherent Reflection at Two or More Surfaces....................................................... 60
! v! y: `9 |. A2 d9 \References.................................................................................................................... 64
1 Z% I* A& N! B* y' T- O. _3. Theoretical Techniques ............................................................................................... 65
+ H8 `5 ]9 A q3.1 Quarter- and Half-Wave Optical Thicknesses ......................................................... 650 ~9 @0 o+ c1 P k( j4 ~: v
3.2 Admittance Loci................................................................................................... 66. E9 l1 k( l4 `1 \% U) P
3.2.1 Electric Field and Losses in the Admittance Diagram .................................. 70/ C* H' a) D' i9 J% ?" P
3.3 Vector Method ..................................................................................................... 753 Z. [7 {9 T, Z5 p" b) C. O, C9 [$ W
3.4 Other Techniques ................................................................................................. 770 l8 K5 W# J0 l @: Y3 i( n
3.4.1 Herpin Index ............................................................................................ 773 N! T5 v: O/ @
3.4.2 Alternative Method of Calculation ............................................................. 780 Q% I* N' C& R2 r) f7 F8 v7 z
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