文字版电子书（非扫描）：Dielectric Resonators（介质谐振器，Kajfez，Guillon）

Dielectric Resonators第二版，Kajfez，Guillon著，Noble Publishing Corp., Georgia, USA. OW6dK#CFt  
是介质谐振器设计的 .. Y_C6*T%  
OK-*TPrc  

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我来把目录贴一下吧。 zxH<~2
 
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Contents "USzk7=&.  
Chapter 1  INTRODUCTION j72mm!  
Chapter 2  MICROWAVE RESONATORS eOkiB!G.  
2.1  Introduction ;3xi.^=B  
2.2 Q Factor |!7leL  
2.3 Lumped Element Resonant Circuits (!J;
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2.4 Transmission Line Resonators )PYh./_2  
2.5 Cavity Resonators #3{}(T7  
2.6 Conductor and Dielectric Losses ~x+'-2A46  
2.7 Incremental Rules J7aYi]vI  
2.8 Circuit Modeling of Resonators h(J$-SUs  
2.9 Q Measurement Techniques kumo%TXB&  
Appendix 2.A Integrals of Bessel Functions *PB/I4>{  
References Ex|Z@~T12  
Chapter 3  DIELECTRIC ROD WAVEGUIDES J=(i0A  
3.1 Introduction m,
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3.2 Basic Equations 6A|XB3  
3.3 Solutions of the Wave Equation in Cylindrical Coordinates yGrnzB6|  
3.4 The Eigenvalue Equation 5} ur,0{  
3.5 The modes of the Rod i gjn9p&_  
3.6 Power Considerations :RJo#ape  
3.7 The Parallel-Plate Dielectric Resonator _*8 6  
3.8 Measurement of the Dielectric Constant ZU`~@.`i  
References :D;pDl  
Chapter 4  SIMPLE MODELS b`j9}tZ  
4.1  Introduction WPlf8* -fQ  
4.2 Notion of the Magnetic Conductor n9k
  
4.3 Circular Waveguides with Magnetic Walls ]@Z nP,8  
4.4 The Cohn Model *O@Zn  
4.5 Perturbational Correction to the Cohn Model !$ii*}  
4.6 The Itoh and Rudokas Model \*qradgx$  
4.7 Numerical Solution of the Pair of Transcendental Equations /FpPf[  
4.8  Variational Improvement of the Itoh and Rudokas Model m|x_++3  
4.9  Mechanical Tuning of a DR Mounted on Microstrip D^P0X:T]  
Appendix 4.A  Program DRESP Z]bG"K3l  
Appendix 4.B Program DRESV2 G(Hr*T%  
References j8bA"r1  
Chapter 5  RIGOROUS ANALYSIS METHODS A #m_w*  
5.1 Introduction (: kn)  
5.2  Radial Mode Matching Method xfC$u`e=  
5.3 Axial Mode Matching and Other Methods m_Z(osoE#W  
5.4  Finite-Element and Finite-Difference Methods ?m7i7Dz   
5.5  Perturbational Methods R^sgafGl=  
5.6  Green's Function - Integral Equation Methods S1@r.z2L  
5.7  Sample Numerical Results 2EN}"Du]mj  
5.8 Assessment of Methods and Summary ;lrO?sm
 
Appendix 5.A  Derivation of the Eigenfunctions and Eigenvalues of the Operators D,' and 03 *zDDi(@vtK  
Appendix 5.B  Solution of the Eigenvalue Equations c;-NRvVb  
References       Qt_KUtD  
Chapter 6  INTEGRAL EQUATION TECHNIQUES `k8jFB C  
6.1  Introduction Qb%; |li  
6.2  Mathematical Model of an Isolated Dielectric Resonator F2_'U' a  
6.3  Formulation of the Surface Integral Equations ?u".*!%  
6.4 Numerical Solution of the Surface Integral Equations J kAd3ls  
6.5  Computation of Resonant Frequency and Q Factor ~)>.%`v&  
6.6 Numercial and Experimental Results
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6.7 Computation of Modal Surface Current Distributions 7r)]9_[(  
6.8 Interpretation of Modal Surface Current Distributions ,L~aa?Nb-  
6.9  Computation of Modal Field Distributions B B'qbX3xK  
6.10 Interpretation and Use of Modal Field Distributions < .e4  
6.1 1 Other Resonator Shapes and Environments h05FR[</  
References ahCwA}  
Chapter 7  MATERIAL PROPERTIES =5fY3%^b{  
7.1 Introduction YRf$?xa  
7.2 Resonant Cavities Filled with Inhomogeneous Materials AcH!KbYf  
7.3  Measurement of Loss Tangent UWS 91GN@  
7.4 Linear Coefficients (JnEso-V  
7.5 Covered DR on a Microstrip Substrate ;#IrHR*Bk  
7.6  Measurement of Temperature Coefficients ,O-_Pv  
7.7  Temperature Stabilization of DR Oscillators M6qNh`+HO
 
Appendix 7.A  Commercially Available Materials Q)M-f;O  
References QlR~rFs9t  
Chapter 8  COUPLING W?P4oKsql*  
8.1 DR Mounted on Microstrip ^-mWk?>  
8.2  DR in a Waveguide below Cutoff 7t}s5}Z 4  
8.3 Loop Coupling ~&F|g2:  
8.4  DR in a Dielectric Image Guide matm>3n  
8.5  DR on a Finline +%KkzdS'  
8.6  Mutual Coupling between Two DRs in a Waveguide below Cutoff F$1{w"&  
8.7  Mutual Coupling between Two DRs via a Section of Microstrip Line gGBRfq>  
8.8  Mutual Coupling between Two DRs through an Iris 5M #',(X  
8.9  Dual Modes *b0z/6  
8.10  Other Configurations tX1`/}``  
References fO^s4gWTg  
Chapter 9  FILTERS O7LJ-M  
9.1  Introduction F0zaA  
9.2  Waveguide Below Cut-off Band-Pass DR Filter 77aUuP7Iw  
9.3  Microstrip Band-Pass DR Filter }U5$~,*p  
9.4  Waveguide Band-Stop DR Filter $3&XM  
9.5  Microstrip Band-Stop DR Filter /-^J0f+l3  
9.6  Other Band-Pass DR Filters i[FY
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9.7  Elliptic Band-Pass DR Filters Bz>f  
9.8  Dual-Mode DR Filters Fs=x+8'M  
9.9  Band-Pass DR Filter for Mobile Communications
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9.10  Spurious Responses 3$:F/H  
References i;]# @n|  
Chapter 10  OSCILLATORS 'Z9UqEGV  
10.1 Introduction qxHn+O!h  
10.2 S-parameter Characterization of a Microstrip-Coupled Dielectric Resonator $^czqA-&  
10.3 Three-port S-parameter Characterization of Transistors /YJBRU2  
10.4 Oscillation and Stability Conditions p}/D{|xO  
10.5 Stabilized Transistor DRO Design *&_cp]3-WF  
10.6 Stable Transistor DRO Design "*l{ m2"  
10.7 Temperature Stability of DROs zw$\d1-+h  
10.8 Tuning of Transistor DRO 4oryTckS  
10.9 TDRO Measurements Using Network Analyzer Iw( wT_  
Appendix 1O.A  Conversion of two-port S-parameters to three-port S-parameters oTXIs4+G  
Appendix 10.B Generalized Mapping Equations kjdIk9 Y  
References Z02EE-
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Chapter 11  SOFTWARE PecZuv  
1 1.1  Program Listings and Copyright Conditions O:T 49:R}r  
11.2 Program FOAM.ASC v''J@F7  
1 1.3 Program FOAM4.EXE 45<
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11.4 Program DRESV4.EXE wTZ(vX*mK  
References 7P*\|Sxk%  
INDEX

这本书这么厚，真不知道怎么看好

真是不錯,謝謝樓主的分享.

先下再说吧，看看了

谢谢了，辛苦了