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Preface | ||
Introduction to terahertz solid-state devices | 3 | |
Microwave mixers | 29 | |
Fundamentals of receivers for terahertz systems | 53 | |
Millimetre wave and terahertz waveguides and measurements | 63 | |
Unipolar and bipolar resonant tunneling components | 81 | |
Superconducting mixers for submillimetre wavelengths | 97 | |
Schottky barrier devices for THz applications | 119 | |
Device physics of intersubband lasers | 127 | |
From quantum mechanics to s-parameters? | 135 | |
Travelling wave detectors - a principle for terahertz operation | 143 | |
Integrated active devices | 155 | |
Hot hole lasers | 163 | |
Integrated waveguides and mixers: an overview of waveguide mixer design and construction | 175 | |
Integrated waveguides and mixers: future technologies for device integration | 183 | |
Material issues for new devices | 193 | |
Active antenna power combining, beam control and 2-dimensional combinating | 203 | |
Grid amplifiers | 221 | |
System characterisation issues for integration | 227 | |
THz astronomy from space | 237 | |
Submillimetre measurements from satellites | 245 | |
Spacecraft applications of THz technology | 257 | |
Millimetre measurements | 269 | |
What future for wireless telecommunications systems beyond 60 GHz? | 289 | |
Technical issues of terahertz component fabrication | 299 | |
Vector measurements from 8 GHz to the THz range, obtained in a real life experiment | 323 | |
Lightwave/terahertz interaction | 343 | |
Electrooptic and photoconductive techniques for probing and imaging of THz electric signals | 359 | |
Tunable coherent THz radiation pulses from optically excited bloch oscillations | 369 | |
Multi-gigahertz optoelectronic devices: Part 1 - resonant tunneling diode (RTD) for optical modulation | 377 | |
Multi-gigahertz optoelectronic devices: Part 2 - monolithic, harmonic, modelocking of semiconductor lasers | 385 | |
List of Speakers | 393 | |
List of Participants (and group photo) | 397 | |
Index | 407 |
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Add New Directions In Terahertz Technology, A detailed study of the science, engineering and applications of terahertz technology, based on room-temperature solid-state devices, which are seen as the key technology for wider applications in this frequency range. The relative merits of electronic an, New Directions In Terahertz Technology to the inventory that you are selling on WonderClubX
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Add New Directions In Terahertz Technology, A detailed study of the science, engineering and applications of terahertz technology, based on room-temperature solid-state devices, which are seen as the key technology for wider applications in this frequency range. The relative merits of electronic an, New Directions In Terahertz Technology to your collection on WonderClub |