Download Bibliography of Microwave Optical Technology by A. F. Harvey PDF

By A. F. Harvey

Although microwaves and coherent optics, being of the biggest and most beneficial branches of electric engineering to emerge technologically, are typically regarded as distinctive matters, some of the underlying primary rules, medical achievements, and functional functions have universal gains. Following the evolvment of the preliminary rules and strategies through the final decade of the final century, microwave engineering has lengthy matured to a level of prepared availability of elements, automation and accuracy of size, within your means production tools, and alertness of refined structures. additional, this improvement of electromagnetic phenomena having spatial and temporal coherence has, in line with a number of centuries of analysis and perform of noncoherent mild, within the final twenty years reached the optical sector. for this reason, it really is now potential to think about a accomplished therapy of those fields, department being made through subject material instead of by means of the synthetic differences of frequency and/or wavelength levels. even though, an entire textual content at the mixed topics will be very huge and unwieldy and, therefore, this Bibliography is gifted within the desire that it'll end up valuable as a compact reference resource to a wide personnel and, through maintaining the newest clinical and technical advances, stimulate a multi-disciplinary process. the fabric of the publication commences with the basics of radiation and subject, progressing via elements and units, amplification and iteration, transmission, reception and processing of knowledge, and strategies of dimension to finish with quite a lot of applications.

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Tver. 1034-9, and Sov. 4. 77. : "Photon as a Fundamental Phenomenon", Int. J. 335-45. 78. : "Higher-Order Coherence of Electromagnetic Field", Opt. 1725, and Opt. 94-5. 79. : "MillimetreWave Frequency Response of Hot Electrons in n-GaAs", Electron. Commun. 113-8. 80. : "Microwave Conductivity and Permittivity in Ge, Si, and GaAs", Indian J. Pure Appl. 740-1. 81. 6-micron Absorption in Laser Window Materials", Appl. Phys. 236-7. 82. : "Relation between Coherence and Entropy of Radiation", Theor.

7. : "Characteristic Impedance of Rectangular Transmission Lines", Proc. 2033. 8. : "Fundamental Wave Propagation in a Coaxial Line with Nonuniform Dielectric Filling", Radiotekh. 1057, and Radio Eng. Electron. 904. 9. : "Regular Polygon Coaxial Transmission Line", Proc. 1549. 10. 215-22. 11. : "Theory of Parallel-Wire Line Covered with Multilayer Dielectric. II", Technol. Rep. 41-9. 12. : "Characteristic Impedance of Rectangular Transmission Lines", Proc. IEE, 1966, 113, no. 1595-6. 13. 52. 14.

1-10. 80. : "Propagation in Shielded Microslot on Ferrite Substrate", Electron. 502-4. 81. : "Variation of Microstrip Losses with Thickness of Strip", Electron. 490-1. 82. : "Properties of Microstrip Line on Si-Si02 System", Trans. 869-81. 83. : "Impedance and Guide Wavelength on Arbitrary Ferromagnetic Substrate", Electron. 642-3. 84. : "Analysis of a Planar Circuit. I and II", Annu. Rep. Eng. Res. Inst. Univ. 153-63 and 165-70. 85. R. Acad. Sci. 677-9. 86. : "Characteristic Impedance of TEM Lines by Variational Methods", Int.

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