A technology of tunnel devices for millimeter- wave applications
Tunnel diode fabrication techniques and circuits for millimeter wave receivers
TUNNEL DIODE↗
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Millimeter Communication Propagation Program First quarterly report, 1 Nov. 1964 - 1 Feb. 1965
Effects of propagation medium on millimeter-wave space-earth communications
MILLIMETER WAVE↗
Millimeter Communication Propaganda Program Second quarterly report, 1 Feb. - 1 May 1965
Experiments to determine propagating medium effects on millimeter wave space-earth communications
SPACE COMMUNICATION↗
Millimeter communication propagation program, volume I Final report, 1 Nov. 1964 - 1 Nov. 1965
Millimeter wave propagation experiment design for space communication
WAVE PROPAGATION↗
Millimeter communication propagation program, volume II Final report, 1 Nov. 1964 - 1 Nov. 1965
Processing data of atmospheric refraction effects on millimeter wave propagation for space-earth communications
ATMOSPHERIC REFRACTION↗
Millimeter communication propagation program, volume III Final report, 1 Nov. 1964 - 1 Nov. 1965
Annotated bibliography for millimeter wave communication propagation program for space-earth communications
SPACE COMMUNICATION↗
Radio frequency systems. Millimeter waves study Seventh quarterly progress report, 1 Sep. - 1 Dec. 1965
Frequency stability, transistor amplifier, power supply, and millimeter wave studied and improved for television exciter unit
POWER SUPPLY↗
Solar observations at millimeter wavelengths.
Millimeter wavelength solar radiation consisting of thermal, slowly varying active and burst components and eclipse measurements of brightness distribution
MILLIMETER WAVE↗
Millimeter wave semiconductor diode detectors, mixers, and frequency multipliers.
Equivalent circuit evaluation of theoretical potential and limitations of millimeter wave semiconductor diode detectors, mixers and frequency multipliers
SEMICONDUCTOR DEVICE↗
Receiver Techniques and Detectors for Use at Millimeter and Submillimeter Wave Lengths Annual Report, 1 Oct. 1965 - 30 Sep. 1966
Millimeter and submillimeter wave receiver techniques and detectors
DETECTOR↗
Millimeter-wave generation with electron-beam devices. A critical survey of the state of the art
Millimeter wave generation with electron beam devices
ELECTRON BEAM↗
Millimeter-wave radiometry for radio astronomy Final report, 1 Aug. 1964 - 15 Sep. 1966
Instrumentation and antenna development, solar observations, and lunation observations in study of millimeter wave radiometry for radio astronomy
MILLIMETER WAVE↗
Radio frequency systems. Millimeter waves study Quarterly report, 1 Jun. - 1 Sep. 1966
Research on radio frequency systems and millimeter waves
TELEVISION EQUIPMENT↗
Millimeter-wave generation with electron-beam devices.
Coherent high power millimeter and submillimeter wave generation by various free electron beam devices, noting periodic beam has greatest development potential
COHERENT RADIATION↗
Topics in the optimization of millimeter-wave mixers
This report is in three parts: 1. In the first part a user-oriented computer program for the analysis of single-ended Schottky diode mixers is described. The program is used to compute the performance of a 140-220 GHz mixer and excellent agreement with measurements at 150 and 180 GHz is obtained. A sensitivity analysis indicates the importance of various diode and mount characteristics on the mixer performance. 2. The second part of this report describes a computer program for the analysis of varactor diode multipliers. The diode may operate in either the reverse biased varactor mode or with substantial forward current flow where the conversion mechanism is predominantly resistive. In addition, a design for a varactor diode doubler, tunable over an output frequency range of 150-220 GHz, is given. The doubler has 10-20% conversion efficiency with an instantaneous bandwidth of 3%. 3. The third section of this report contains a description and analysis of i new H-plane rectangular waveguide transformer. The transformer can be made luckily and easily in split-block waveguide using a standard slitting saw. It is particularly suited for use in the millimeter-wave band, replacing conventional electroformed stepped transformers. A theoretical analysis of the transformer is given, and good agreement is obtained with measurements made at X-band. Design curves are included for transitions which have a VSWR <1.2 over a full waveguide band when the impedance ratio is as high as 4 to 1.
Millimeter-wave↗
Millimeter and submillimeter spectroscopy in support of upper atmospheric research
This paper describes the laboratory program in millimeter and submillimeter spectroscopy at the Jet Propulsion Laboratory.
millimeter submillimeter spectroscopy upper atmosp↗
A Simple Millimeter-Wave Blackbody Load
A very simple black body calibration target is described for millimeter and submillimeter wavelengths.
black body calibration millimeter submillimeter wa↗
Submillimeter, Millimeter, and Microwave Spectral Catalog
This paper describes a computer-accessible catalog of submillimeter, millimeter, and microwave spectral lines in the frequency range between 0 and 10,000 GHz (i.e., wavelengths longer than 30um).
submillimeter millimeter microwave spectral lines↗