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Advanced Energy Materials
O3‐type layered oxides are considered as one of the most promising cathode materials for rechargeable sodium‐ion batteries (SIBs) due to their appealing energy density and feasible synthesis.
Bing Wang +11 more
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O3‐type layered oxides are considered as one of the most promising cathode materials for rechargeable sodium‐ion batteries (SIBs) due to their appealing energy density and feasible synthesis.
Bing Wang +11 more
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Nature, 1929
IN the course of some experiments upon the light-sensitive properties of selenium, evidence has been obtained by me of what appears to be a direct action of cathode rays upon the grey crystalline form of that substance.
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IN the course of some experiments upon the light-sensitive properties of selenium, evidence has been obtained by me of what appears to be a direct action of cathode rays upon the grey crystalline form of that substance.
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On the reflection of cathode rays
Proceedings of the Royal Society of London, 1899There being apparently some doubt as to the exact nature of the rays, named by Professor S. P. Thompson paracathodic rays,* which in a Crookes tube of the focus type proceed from the front surface of the anti-cathode, and cause the green fluorescence of the glass, the writer has made the following investigations :-
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The Journal of the Acoustical Society of America, 1946
A system has been developed whereby speech analysis patterns are made continuously visible on the moving luminescent screen of a special cathode-ray tube. The screen is a cylindrical band that rotates with the tube about a vertical axis. The electron beam always excites the screen in the same vertical plane.
R. R. Riesz, L. Schott
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A system has been developed whereby speech analysis patterns are made continuously visible on the moving luminescent screen of a special cathode-ray tube. The screen is a cylindrical band that rotates with the tube about a vertical axis. The electron beam always excites the screen in the same vertical plane.
R. R. Riesz, L. Schott
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Radiology, 1929
IN the first few years after the discovery of X-radiation by Roentgen, little or no practical application of the rays was found in the field of medical therapy. When, finally, the field was opened up the workers were hampered by their very inadequate knowledge of the radiation.
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IN the first few years after the discovery of X-radiation by Roentgen, little or no practical application of the rays was found in the field of medical therapy. When, finally, the field was opened up the workers were hampered by their very inadequate knowledge of the radiation.
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1999
After this chapter you should be able to explain how a cathode ray gun works know how electron beams may be deflected know how a time base circuit is used understand how a cathode ray oscilloscope, (CRO), can be used as a timer be able to explain both vertical and horizontal deflections in a CRO know how an a.c.
Frank McKim, Martin Harrison
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After this chapter you should be able to explain how a cathode ray gun works know how electron beams may be deflected know how a time base circuit is used understand how a cathode ray oscilloscope, (CRO), can be used as a timer be able to explain both vertical and horizontal deflections in a CRO know how an a.c.
Frank McKim, Martin Harrison
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1989
A CRT pre-production unit was established at the Laboratories, led by R. Harvey who pre-war had been engaged on work in the Heat Laboratory, to produce quantities of tubes to Wembley design. In addition the Ministry of Aircraft Production set up a shadow factory at Shaw, Manchester, managed by GEC, at which production of CRTs was led by D.P.
Joan Algar, Robert Clayton
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A CRT pre-production unit was established at the Laboratories, led by R. Harvey who pre-war had been engaged on work in the Heat Laboratory, to produce quantities of tubes to Wembley design. In addition the Ministry of Aircraft Production set up a shadow factory at Shaw, Manchester, managed by GEC, at which production of CRTs was led by D.P.
Joan Algar, Robert Clayton
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1977
The final thermionic device and active component to be described in this book is the cathode-ray tube, which is used as the display device in cathode-ray oscilloscopes and in television monitors and receivers. The types of tube that are used vary between the oscilloscope and television screen by virtue of the method of moving the electron beam across ...
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The final thermionic device and active component to be described in this book is the cathode-ray tube, which is used as the display device in cathode-ray oscilloscopes and in television monitors and receivers. The types of tube that are used vary between the oscilloscope and television screen by virtue of the method of moving the electron beam across ...
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1965
An indirectly heated cathode is generally used as the electron source [1]. The electrons are emitted from an oxide coating on the tip of a small nickel cylinder sealed at one end. The coated tip is clearly shown in Fig. 2-1a as a white surface marked (k). The filament (f) or “heater” is reproduced in Fig.
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An indirectly heated cathode is generally used as the electron source [1]. The electrons are emitted from an oxide coating on the tip of a small nickel cylinder sealed at one end. The coated tip is clearly shown in Fig. 2-1a as a white surface marked (k). The filament (f) or “heater” is reproduced in Fig.
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Utilization of waste cathode ray tube funnel glass for ultra-high performance concrete
, 2020Tiejun Liu +4 more
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