Hola por favor necesito transformar esta noticia a voz pasiva en utilizando solo el present perfect.
esta es la noticia debe ser tranformada a voz pasiva utilizando el presente perfecto
When it comes time to purchase a new laptop or display for your computer, the question always arises of whether to purchase one with a matte or glossy display. The glossy, glass displays are meant to look brighter and crisper, but they also can act like a mirror because of the reflection caused by the glass.
The days of dealing with a very reflective glass panel may soon be behind us, though. Nippon Electric Glass has used the FPD International 2011 conference in Japan this week to show off its new “invisible glass” panel.
What NEG has done is added an anti-reflection film to both the front and back of the glass that are only nanometers thick. By doing this luminance reflectance is only diminished by 0.1% over a more typical sheet of glass. But the real benefit comes in how much reflections are reduced.
Look at a typical sheet of glass and you will see about 8% of the light reflected off of it. With NEG’s anti-reflection film in place, that is reduced to just 0.5%. However, one question that this anti-reflection technique does raise is how well it would work as a computer display? Would the anti-reflection film cause issues for the light emitted by the display making it through the glass, or would it actually help and make the output even crisper?
As you can see in the image below, the glass on the right really is nearly invisible to the naked eye. It could drastically improve the viewing experience of displays in the future as well as in other situations where glass is used, such as for windows.
esta es la noticia debe ser tranformada a voz pasiva utilizando el presente perfecto
When it comes time to purchase a new laptop or display for your computer, the question always arises of whether to purchase one with a matte or glossy display. The glossy, glass displays are meant to look brighter and crisper, but they also can act like a mirror because of the reflection caused by the glass.
The days of dealing with a very reflective glass panel may soon be behind us, though. Nippon Electric Glass has used the FPD International 2011 conference in Japan this week to show off its new “invisible glass” panel.
What NEG has done is added an anti-reflection film to both the front and back of the glass that are only nanometers thick. By doing this luminance reflectance is only diminished by 0.1% over a more typical sheet of glass. But the real benefit comes in how much reflections are reduced.
Look at a typical sheet of glass and you will see about 8% of the light reflected off of it. With NEG’s anti-reflection film in place, that is reduced to just 0.5%. However, one question that this anti-reflection technique does raise is how well it would work as a computer display? Would the anti-reflection film cause issues for the light emitted by the display making it through the glass, or would it actually help and make the output even crisper?
As you can see in the image below, the glass on the right really is nearly invisible to the naked eye. It could drastically improve the viewing experience of displays in the future as well as in other situations where glass is used, such as for windows.
JoseGalvezPNP
Cuando llega el momento de comprar un nuevo portátil o pantalla para su computadora, siempre surge la pregunta de si comprar uno con una pantalla mate o brillante. Las vitrinas de vidrio brillante están diseñadas para parecer más brillantes y más nítidas, pero también pueden actuar como un espejo debido a la reflexión causada por el vidrio. Los días de tratar con un panel de vidrio muy reflectante pronto estará detrás de nosotros, sin embargo. Nippon Electric Glass ha utilizado la conferencia FPD International 2011 en Japón esta semana para mostrar su nuevo panel de "vidrio invisible". Lo que NEG ha hecho se agrega una película anti-reflexión a la parte delantera y trasera del cristal que son sólo nanómetros de espesor. Al hacer esto, la reflectancia de la luminancia sólo se reduce un 0,1% sobre una hoja de vidrio más típica. Pero el beneficio real viene en cuánto reflexiones se reducen. Mire una hoja típica de cristal y verá alrededor del 8% de la luz reflejada de ella. Con la película antirreflectante de NEG en su lugar, que se reduce a sólo 0,5%. Sin embargo, una pregunta que esta técnica anti-reflexión plantea es lo bien que funcionaría como una pantalla de computadora? ¿La película antirreflectante causaría problemas para la luz emitida por la pantalla haciéndola pasar por el cristal, o realmente ayudaría y haría la salida aún más nítida? Como se puede ver en la imagen de abajo, el cristal de la derecha es casi invisible a simple vista. Podría mejorar drásticamente la experiencia de visualización de las pantallas en el futuro, así como en otras situaciones donde el vidrio se utiliza, como para las ventanas. ☺ Traducido ☺
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sofia22taipe
gracias