Milestones of microwaves

IEEE Transactions on Microwave Theory and Techniques

Volumn 50, Issue 3, 2002, Pages 594-611

  Sobol, Harold ^a,b,c   Tomiyasu, Kiyo ^a,d  

^a IEEE   (United States)

^b University of Texas at Arlington   (United States)

^c Lockeed Martin ^*  (United States)

^d LOCKHEED MARTIN   (United States)

Author keywords

Microwave applications; Microwave detection; Microwave ferrites; Microwave generation; Microwave history; Microwave integrated circuits; Microwave passive devices; Microwave solid state devices; Microwave tubes; Waveguides

Indexed keywords

BIOLOGICAL RADIATION EFFECTS; MEDICAL APPLICATIONS; MICROWAVE ACOUSTICS; MICROWAVE GENERATION; MICROWAVE INTEGRATED CIRCUITS; MICROWAVE MEASUREMENT; MICROWAVE TUBES; WAVEGUIDES;

MICROWAVE APPLICATIONS; MICROWAVE DETECTION; MICROWAVE PASSIVE DEVICES;

MICROWAVES;

EID: 0036500718     PISSN: 00189480     EISSN: None     Source Type: Journal    
DOI: 10.1109/22.989945     Document Type: Article

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3. Production and utilization of micro-rays
4. The ionosphere, skip distance of radio waves and the propagation of microwaves
5. Heinrich Hertz: A short life
6. The history of electromagnetics as Hertz would have known it
7. Heinrich Hertz-Theorist and experimenter
8. The first century of microwaves - 1886 to 1986: Parts I and II
9. The origins of waveguides: A case of multiple discovery
10. A short history of microwave acoustics
11. Microwave communications - An historical perspective
12. The first century of microwaves - 1886 to 1986, Part II: The Hertzians and their work
13. History of millimeter and submillimeter waves
14. An historical view of the evolution of low-noise concepts and techniques
15. Microwave ferrite devices: The first ten years
16. Generation of high power oscillations with a magnetron in the cm band
17. Beam transmission of ultra-short waves
18. History of microwave passive components with particular attention to directional couplers
19. Historical perspectives on microwave field theory
20. Microwave integrated circuits-an historical perspective
21. Microwave instrumentation: An historical perspective
22. A history of microwave filter research, design and development
23. Coaxial transmission lines, related two-conductor transmission lines, connectors and components: A U.S. historical perspective
24. Transmission line calculator
25. A half century of radar
26. History of biological effects and medical applications of microwave energy
27. A transmission line taper of improved design
28. The traveling-wave valve
29. Theory of the beam-type traveling-wave tube
30. The magnetron-type traveling-wave amplifier
31. Backward wave tubes
32. Design and performance of a high power pulsed klystron
33. High power klystrons at UHF
34. The M-type carcinotron tube
35. The design of high power traveling-wave tubes
36. The electron cyclotron maser, an historical survey
37. The gyrotron
38. The virtues of nonlinearity-detection, frequency conversion, parametric amplification and harmonic generation
39. Theory of a wide gap emitter for transistors
40. A proposed high-frequency, negative resistance diode
41. Monolithic microwave integrated circuits: An historical perspective
42. An N-way hybrid power divider
43. An oscillographic method of presenting impedances on the reflection coefficient plane
44. An automatic impedance plotter based on a hybrid-like network with a very wide dynamic range
45. A history of microwave heating applications
46. Characteristics of a new serrated choke
47. Numerical solution of initial boundary value problems involving Maxwell's equations in isotropic media
48. Extending IC technologies to microwave equipment
49. Microwave integrated circuits for radar and communication systems
50. A general high-order finite-element waveguide analysis program
51. The amplitron, a super power microwave generator
52. The super power CW amplitron
53. A 5 watt 500 MC transistor
54. Generation of microwave power by parametric amplification in a single transistor
55. Microwave oscillations of current in III-V semiconductors
56. Origins of high-power diode switching
57. The possibility of negative resistance effects in semiconductors
58. Transferred electron amplifiers and oscillators
59. Theory of Gunn effect
60. CW microwave oscillations in GaAs
61. A silicon microwave diode oscillator
62. The historical development of GaAs FET digital IC technology
63. Theory of a tunnel diode oscillator in a microwave structure
64. A new mode of operation for bulk negative resistance oscillators
65. Highpower, high efficiency silicon avalanche diodes at ultra high frequencies
66. Coupled rectangular bars between parallel plates
67. The analytical equivalence of TEM-mode directional couplers and transmission-line stepped-impedance filters
68. The re-entrant cross section and wide-band 3-dB hybrid couplers
69. General synthesis of asymmetric multi-element coupled transmission-line directional couplers
70. Coupled circular cylindrical rods between parallel ground planes
71. Theory and tables of optimum symmetrical TEM-mode coupled transmission-line directional couplers
72. Computer design and optimization of UHF and MW circuits
73. Computer-aided design of wideband integrated microwave transistor amplifiers on high dielectric substrates
74. Optimization methods for computer aided design
75. A precision microwave phase-measurement system with swept presentation
76. An advanced new network analyzer for sweep measuring amplitude and phase from 0.1-12.4 GHz
77. A new microwave spectrum analyzer
78. The RF vector volt meter-An important new instrument for amplitude and phase measurements from 1 MHz to 1000 MHz
79. An automatic network analyzer system
80. Two new integrated circuit media with special advantages at millimeter wavelength
81. Simplified 12-GHz low-noise converter with mounted planar circuit in waveguide
82. Distributed Bragg reflector Gunn oscillators for dielectric millimeter wave integrated circuits
83. Recent advances in gyrotrons
84. A high directivity microstrip coupler technique
85. DEMON-An optimal seeking computer program for the design of microwave circuits
86. Automatic load contour mapping for microwave power transistors
87. A fast computer routine to design high frequency circuits
88. Two scattering matrix programs for active circuit analysis
89. Computer aided design for the 1980's
90. Using arbitrary six port and eight port junctions to measure complex voltage ratios
91. Advanced mobile phone service: Introduction, back-ground and objectives