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重磅外文最新书籍:Thin-Film Optical FiltersFifth Edition$ h/ E$ |0 i. Y) B0 g
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Detailed Contents
7 K1 _+ a Y q- X8 J0 w! G" ZSeries Preface .....................................................................................................................xv
' u7 j, H" U- ?( v. q4 uPreface to the Fifth Edition................................................................................................ xvii
6 Y2 N' K2 T" V/ u' P6 APreface to the Fourth Edition.............................................................................................. xix1 e$ K# W0 \4 d5 _
Preface to the Third Edition ............................................................................................... xxi4 p3 q' h! T+ C" ^9 b0 V+ M
Preface to the Second Edition ........................................................................................... xxiii
5 H. Z: z; M) nApologia to the First Edition ............................................................................................. xxv+ I& |/ C& ~3 j O8 T) ?1 w6 R$ f
Author........................................................................................................................... xxvii
5 r: O" p5 E( u: w% D( ^Symbols and Abbreviations.............................................................................................. xxix" c6 X$ r% W" D* @4 M8 D9 q
1. Introduction .................................................................................................................1
( N8 ^+ u% |: D, w9 a1.1 Early History .........................................................................................................1 ~" S% i( t0 }0 E" v( ~; J: R
1.2 Thin-Film Filters.....................................................................................................4
) U5 U: y8 V; p! U( E; o. e2 G/ hReferences......................................................................................................................87 S! J/ J, t1 v, \! W
Bibliography ..................................................................................................................9' `; Q! u* F5 @5 M
2. Basic Theory ............................................................................................................... 11- ^2 Z5 M* v. Q& I6 B$ n0 q. f5 Y
2.1 Maxwell’s Equations and Plane Electromagnetic Waves ......................................... 11
" `" ~) _ U# V2.1.1 Poynting Vector ........................................................................................ 16; g; G8 Z0 m5 t& X8 O2 z$ t
2.2 Notation .............................................................................................................. 18- c& L# I) J# G' l
2.3 Simple Boundary.................................................................................................. 191 a5 ^8 X! k2 t ~4 a h: o. z
2.3.1 Normal Incidence in Absorption-Free Media............................................... 21
[, g8 X. S/ }5 i+ X' W, m2.3.2 Oblique Incidence in Absorption-Free Media .............................................. 23
9 B( S; M$ S/ P! s: i) b5 X2.3.3 Optical Admittance for Oblique Incidence .................................................. 274 q9 ?0 e6 r2 w$ O, o6 n$ T7 I
2.3.4 Normal Incidence in Absorbing Media ....................................................... 28
- L+ g" T O3 S' o# A- [0 G8 W2.3.5 Oblique Incidence in Absorbing Media....................................................... 33% T4 v3 V. I U
2.4 Critical Angle and Beyond.................................................................................... 36
( N9 e4 `* \. O& g* f2.5 Reflectance of a Thin Film..................................................................................... 383 e) T4 p, K+ {) [! v0 z# g3 b
2.6 Reflectance of an Assembly of Thin Films .............................................................. 422 m4 v2 N8 Z; @ A
2.7 Reflectance, Transmittance, and Absorptance ......................................................... 44
7 D9 s" V) r# i, F2.8 Units ................................................................................................................... 46
$ B4 ]9 a/ x6 Z2 M. c, L) ^% A2.9 Summary of Important Results ............................................................................. 47
1 T3 W) S* A1 A; J2.10 Potential Transmittance ........................................................................................ 51, \4 H% A$ v" F' C4 l3 Q: T
2.11 Theorem on the Transmittance of a Thin-Film Assembly ........................................ 53* i. A1 l! {1 u* P" G0 ]
2.12 Coherence............................................................................................................ 54
3 h0 _# R5 F" V2.13 Mixed Poynting Vector......................................................................................... 58
. r9 ?: h6 A; V# G! ?% i B2.14 Incoherent Reflection at Two or More Surfaces....................................................... 60& w) F/ p% v2 e1 z5 v; c8 S
References.................................................................................................................... 64
( g, i6 |, C, B5 H0 G3. Theoretical Techniques ............................................................................................... 65
& N0 y O4 B, T. {' |& k' @, w4 m3.1 Quarter- and Half-Wave Optical Thicknesses ......................................................... 65( r. t8 O5 a$ h
3.2 Admittance Loci................................................................................................... 66: G- D+ E: A/ _& M8 U q! [ m
3.2.1 Electric Field and Losses in the Admittance Diagram .................................. 70
: B7 x# Q+ U1 R; c- v3.3 Vector Method ..................................................................................................... 759 G( }7 Z$ B( |# b2 r% |5 J
3.4 Other Techniques ................................................................................................. 77! e& _2 G4 m1 W( O% P
3.4.1 Herpin Index ............................................................................................ 77$ |+ h/ k5 G, [" I
3.4.2 Alternative Method of Calculation ............................................................. 78
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