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Enhanced Electrocatalytic and Cathode-Electrolyte Interfacial Properties With a Pr-Based Simple Perovskite/Ruddlesden-Popper Nanocomposite Cathode in Protonic Ceramic Fuel Cells. [PDF]
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Modified Pechini-derived Na<sub>3</sub>V<sub>2</sub>(PO<sub>4</sub>)<sub>3</sub>/C with superior low-temperature performance for sodium-ion batteries. [PDF]
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ChemInform, 2003
AbstractFor Abstract see ChemInform Abstract in Full Text.
Lyuji, Ozawa, Minoru, Itoh
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AbstractFor Abstract see ChemInform Abstract in Full Text.
Lyuji, Ozawa, Minoru, Itoh
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Scientific American, 1923
The cathode ray oscillograph, since its invention by Braun, has developed along three lines. The major types of tubes are the high voltage tubes with a fluorescent screen, the high voltage tubes with internal photographic equipment, and the low voltage tubes. This paper follows the structural development of commercial tubes.
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The cathode ray oscillograph, since its invention by Braun, has developed along three lines. The major types of tubes are the high voltage tubes with a fluorescent screen, the high voltage tubes with internal photographic equipment, and the low voltage tubes. This paper follows the structural development of commercial tubes.
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1994
Devices in which phosphors are excited by means of cathode rays have great practical importance: cathode-ray tubes are used for television, oscilloscopes, electron microscopes, etc. Cathode rays are a beam of fast electrons; the accelerating voltage in a television picture tube is high (> 10 kV).
G. Blasse, B. C. Grabmaier
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Devices in which phosphors are excited by means of cathode rays have great practical importance: cathode-ray tubes are used for television, oscilloscopes, electron microscopes, etc. Cathode rays are a beam of fast electrons; the accelerating voltage in a television picture tube is high (> 10 kV).
G. Blasse, B. C. Grabmaier
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Proceedings of the Physical Society of London, 1922
The paper draws attention to three commercial forms of cathode-ray oscillograph which may be employed in the study of very high-frequency alternating or impulsive electrical phenomena.The behaviour of a stream of cathode rays in electrostatic and magnetic fields is first dealt with, and the penetrating power of cathode rays through matter is considered
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The paper draws attention to three commercial forms of cathode-ray oscillograph which may be employed in the study of very high-frequency alternating or impulsive electrical phenomena.The behaviour of a stream of cathode rays in electrostatic and magnetic fields is first dealt with, and the penetrating power of cathode rays through matter is considered
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Journal of Applied Physics, 1939
The bunching of cathode rays in the klystron, described in this Journal by R. H. Varian and S. F. Varian, is treated mathematically here, and is found to result in a current having a wave form with sharp peaks and containing strong higher harmonics.
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The bunching of cathode rays in the klystron, described in this Journal by R. H. Varian and S. F. Varian, is treated mathematically here, and is found to result in a current having a wave form with sharp peaks and containing strong higher harmonics.
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1968
The modern cathode-ray oscilloscope is designed as a measuring instrument, and is the most useful of all electronic test devices. So great is its versatility that workers in every branch of scientific activity now find the instrument to be almost indispensable.
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The modern cathode-ray oscilloscope is designed as a measuring instrument, and is the most useful of all electronic test devices. So great is its versatility that workers in every branch of scientific activity now find the instrument to be almost indispensable.
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2013
The study of the passage of electricity through gases had lagged behind the corresponding study on metals and liquids. Faraday himself had engaged in research on electrical discharges in gases as early as 1838 but was hampered by the inefficiency of his vacuum pumps.
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The study of the passage of electricity through gases had lagged behind the corresponding study on metals and liquids. Faraday himself had engaged in research on electrical discharges in gases as early as 1838 but was hampered by the inefficiency of his vacuum pumps.
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