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重磅外文最新书籍:Thin-Film Optical FiltersFifth Edition8 ?" d8 \# i$ Q; Z- U8 \
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Detailed Contents7 N0 t+ w3 }* L, M- s" j
Series Preface .....................................................................................................................xv. @( n9 X5 O6 m. q" s) m
Preface to the Fifth Edition................................................................................................ xvii' e. U! P$ f1 W# }( j
Preface to the Fourth Edition.............................................................................................. xix
9 x* P7 q! G# e9 K7 H0 l6 fPreface to the Third Edition ............................................................................................... xxi% z/ `( t' T0 ~7 i& k, s& y% p
Preface to the Second Edition ........................................................................................... xxiii
, h9 z1 J9 m. JApologia to the First Edition ............................................................................................. xxv
- A7 s2 l0 c3 N4 f/ I6 i7 HAuthor........................................................................................................................... xxvii
( g j a& V# w l) k9 h1 K2 @Symbols and Abbreviations.............................................................................................. xxix
$ B# f! N4 Q0 x/ Z6 i0 c- v! r1. Introduction .................................................................................................................17 i- {- P! a6 s' c8 }
1.1 Early History .........................................................................................................1
; H2 o( x3 z; I9 b1.2 Thin-Film Filters.....................................................................................................4" q. N0 k% q# |) z Q+ z* w
References......................................................................................................................8$ ?& D, a& t* m) D' f
Bibliography ..................................................................................................................9
5 S# \) _: V/ V3 b; X' \) ~2. Basic Theory ............................................................................................................... 119 \" X. h8 S+ U2 O, W+ c! T+ ^ y; y
2.1 Maxwell’s Equations and Plane Electromagnetic Waves ......................................... 11$ i v( ^/ r/ `5 J) A, z
2.1.1 Poynting Vector ........................................................................................ 16
' \, _- o5 Y' q+ y# [( s2.2 Notation .............................................................................................................. 18 \/ S2 x% U. m* `. J- T9 S
2.3 Simple Boundary.................................................................................................. 19) o# z1 _- x8 y( B% A
2.3.1 Normal Incidence in Absorption-Free Media............................................... 21
* b- {; y U9 G6 G a2.3.2 Oblique Incidence in Absorption-Free Media .............................................. 23
- J! d' Z4 c$ m- Y8 t2.3.3 Optical Admittance for Oblique Incidence .................................................. 27" [; K$ P# T- t
2.3.4 Normal Incidence in Absorbing Media ....................................................... 28
6 i4 W6 F; s* c3 n0 I( k& }( U2.3.5 Oblique Incidence in Absorbing Media....................................................... 33. N5 A! I3 d' c, j3 r8 w
2.4 Critical Angle and Beyond.................................................................................... 36
_: a) b+ e: `2.5 Reflectance of a Thin Film..................................................................................... 38
) L: z# f6 U- P* j2.6 Reflectance of an Assembly of Thin Films .............................................................. 427 f% h& V7 f7 d# j
2.7 Reflectance, Transmittance, and Absorptance ......................................................... 44
) @3 L1 o/ X" Q* O, I+ v0 ^2.8 Units ................................................................................................................... 46
: ]" ~7 R2 j9 X. w/ U' g; c9 J2.9 Summary of Important Results ............................................................................. 47" u0 {. Y9 i4 a, |* I: h2 x
2.10 Potential Transmittance ........................................................................................ 51: N" ?7 l' |- k. z; R
2.11 Theorem on the Transmittance of a Thin-Film Assembly ........................................ 53
$ [4 u5 @' n) D9 v% E) C. v0 s6 H2.12 Coherence............................................................................................................ 54
" A. q% p3 x* }! Z7 y2 ] Z1 v$ a2.13 Mixed Poynting Vector......................................................................................... 58* _; x' n; t, I& K+ E# y$ B; o
2.14 Incoherent Reflection at Two or More Surfaces....................................................... 60
' F+ }) C# g. H' e% n, DReferences.................................................................................................................... 646 o% N( p9 P3 Q% x& k
3. Theoretical Techniques ............................................................................................... 65
: @. P# D! J& t3.1 Quarter- and Half-Wave Optical Thicknesses ......................................................... 65
2 p0 ~, h5 \ E5 r" M: P% b2 o6 C6 x3.2 Admittance Loci................................................................................................... 66+ F8 f( b; r; v# z: z' Z
3.2.1 Electric Field and Losses in the Admittance Diagram .................................. 70
0 @& ^+ t4 A( H4 N8 i4 T3.3 Vector Method ..................................................................................................... 75
: g5 \+ q5 n) a" j% e) d3.4 Other Techniques ................................................................................................. 77
- m8 _) v5 M* s2 l% ~: Y3.4.1 Herpin Index ............................................................................................ 77* W. u* I4 l* X8 y, Q) K" E. ]3 T
3.4.2 Alternative Method of Calculation ............................................................. 78- c x3 d5 J2 k9 ?7 ^0 _
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