TY  - BOOK
AU  - Rachidi,F.
AU  - Tkachenko,S.
TI  - Electromagnetic field interaction with transmission lines: from classical theory to HF radiation effects 
SN  - 9781845640637 (hbk.)
U1  - 621.3192 22
PY  - 2008///
CY  - Southampton, UK, Boston
PB  - WIT
KW  - Electromagnetic fields
KW  - Electric lines
KW  - Electric power transmission
KW  - Telecommunication lines
N1  - 

CONTENT

Part I Classical Transmission Line Theory

Chapter 1
  Derivation of telegraphers equations and Field to transmission line interaction
1 Transmission line approximation
2 Single wire line approximation
3 Contribution of the different electromagnetic field components
4 Inclusion of Losses
5 Case of multiconductor lines
etc

Chapter 2
Surge propagation and crosstalk in multiconductor transmission lines above ground
1 Introduction 
2 Telegraphers or transmission line equations for MTL systems
3 Time domain numerical solutions for transmission line equations
4 Crosstalk in MTL systems 
5 Concluding Remarks

Chapter 3 
Surge propagation in multiconductor transmission lines below ground 
1 Introduction 
2 Telegraphers or transmission line equations for the buried wires
3 Possible limits of transmission line approximation for buried wires
4 Coupling to cable core through cable shields
5 Some additional cases of ground impedance based on wire geometry
etc

Part II Enhanced Transmission line Theory

Chapter 4 
High frequency electromagnetic coupling to transmission lines : electrodynamics correction to the TL approximation
1 Introduction
2 High frequency electromagnetic field coupling with a straight wire above a perfectly conducting ground 
3 Propagation of high frequency current waves through a line bend
4 Conclusion

Chapter 5
High frequency electromagnetic field coupling to long loaded non uniform lines : an asymptotic approach
1 Introduction
2 High frequency electromagnetic field coupling to a long loaded  line
3 Asymptotic approach for a non uniform transmission line 
4 Conclusion

Chapter 6
Transmission line models for high speed conventional interconnects and metallic carbon nanotube interconnects
1 Introduction and historical background 
2 General integral formulation and derivation of transmission line models 
3 Transmission line model for convectional conductors 
4 Transmission line model for CNT interconnects
5 Examples and application
etc

Chapter 7 
The electromagnetic field coupling to buried wires : Frequency and time domain analysis
1 Introduction
2 The frequency domain approach 
3 time domain approach


; Includes index p 256-259
ER  -