Untitled

Azarnova, T. V.

doi:10.1023/a:1019826518567

“…27784.1790 -29459.0 0.0142 PG Kreiner (2004) 28081.3540 -29138.0 0.0056 PG Kreiner (2004) 28749.3280 -28416.5 0.0110 PG Kreiner (2004) 29476.0790 -27631.5 0.0048 PG Kreiner (2004) 34600.4190 -22096.5 0.0119 PG Azarnova (1956) 34677.2480 -22013.5 -0.0009 PG Azarnova (1956) 34930.4620 -21740.0 0.0053 PG Azarnova (1956) 34962.4030 -21705.5 0.0060 PG Azarnova (1956) 34987.3960 -21678.5 0.0023 PG Azarnova (1956) 34993.4150 -21672.0 0.0035 PG Azarnova (1956) 35012.3890 -21651.5 -0.0015 PG Azarnova (1956) 39035.4680 -17306.0 -0.0098 PG Kreiner (2004) 39061.4030 -17278.0 0.0026 PG Kreiner (2004) 39443.2930 -16865.5 -0.0021 PG Kreiner (2004) 41599.4940 -14536.5 -0.0019 PG Kreiner (2004) 41602.2740 -14533.5 0.0007 PG Kreiner (2004) 42525.2990 -13536.5 -0.0023 PG Kreiner (2004) 43050.6920 -12969.0 -0.0039 VIS Baldwin & Samolyk (1996) 43073.8260 -12944.0 -0.0150 VIS Baldwin & Samolyk (1996) 43380.7500 -12612.5 0.0045 VIS Baldwin & Samolyk (1996) 43429.8160 -12559.5 0.0028 VIS Baldwin & Samolyk (1996) 43755.6940 -12207.5 -0.0027 VIS Baldwin & Samolyk (1996) 44022.7920 -11919.0 0.0005 VIS Baldwin & Samolyk (1996) 44485.6760 -11419.0 -0.0182 VIS Baldwin & Samolyk (1996)…”

Section: Although Bd and Was Included Into The List Of Near-contact Bmentioning

confidence: 99%

A γ Doradus candidate in eclipsing binary BD And?

Sipahi

¹

,

Dal

²

2014

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Display Technology

Theis

2004

Digital Encyclopedia of Applied Physics

0

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Displays are the visual interface between human and electronically generated signals. Since the advent of the cathode ray tube, many other technical solutions for displays have been investigated and optimized to specific user requirements. This article attempts to structure the complexity of display categories and is focused on technology, that is, the engineering and material science aspects of electronic display devices. The fundamental technical features of cathode ray tubes (CRTs) are outlined. The larger part of the article, however, deals with flat‐panel technologies that have been developed to overcome two of the major drawbacks of CRTs, bulkiness and high weight. Flat panel displays are distinguished as either light‐generating or (external) light‐modulating devices. In the first group, the underlying basic technologies are light generation from gas discharge, cathodoluminescence, and electroluminescence. The exploitation of gas discharge for display purposes has led to the flat, direct‐view large‐area plasma displays. Cathodoluminescence—light generation through electron impact on phosphors—is used in CRT and flat‐panel devices such as vacuum fluorescence displays and field‐emission displays. Electroluminescence is the light emission caused by the action of electronic fields in solid inorganic or organic material. In the group of light‐modulating devices, the dominating technology is based on the unique optical properties of liquid crystal material. In conjunction with additional enabling thin films (e.g., orientation layers and polarizers), these devices are used in reflective, transmissive, or transflective modes. For high performance, they rely on a matrix of active switches associated with each pixel. Other technologies in the light‐modulating group make use of a variety of microparticles, which could give way to the eventual realization of electronic paper. The article ends with a short survey on projection display technologies.

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Display Technology

Theis

2007

The Optics Encyclopedia

0

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Displays are the visual interface between human and electronically generated signals. Since the advent of the cathode ray tube, many other technical solutions for displays have been investigated and optimized to specific user requirements. This article attempts to structure the complexity of display categories and is focused on technology, that is, the engineering and material science aspects of electronic display devices. The fundamental technical features of cathode ray tubes (CRTs) are outlined. The larger part of the article, however, deals with flat‐panel technologies that have been developed to overcome two of the major drawbacks of CRTs, bulkiness and high weight. Flat panel displays are distinguished as either light‐generating or (external) light‐modulating devices. In the first group, the underlying basic technologies are light generation from gas discharge, cathodoluminescence, and electroluminescence. The exploitation of gas discharge for display purposes has led to the flat, direct‐view large‐area plasma displays. Cathodoluminescence—light generation through electron impact on phosphors—is used in CRT and flat‐panel devices such as vacuum fluorescence displays and field‐emission displays. Electroluminescence is the light emission caused by the action of electronic fields in solid inorganic or organic material. In the group of light‐modulating devices, the dominating technology is based on the unique optical properties of liquid crystal material. In conjunction with additional enabling thin films (e.g., orientation layers and polarizers), these devices are used in reflective, transmissive, or transflective modes. For high performance, they rely on a matrix of active switches associated with each pixel. Other technologies in the light‐modulating group make use of a variety of microparticles, which could give way to the eventual realization of electronic paper. The article ends with a short survey on projection display technologies.

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A γ Doradus candidate in eclipsing binary BD And?

A γ Doradus candidate in eclipsing binary BD And?

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