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JP2012511240A |
The method and element which pour into the semiconducting material of nano structure the electron emitted by crossing a crevice from a field emission cathode, and generate light are contained in the embodiment of the present invention, I...
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JP4927126B2 |
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JP2012084475A |
To provide a field emission-type light source which permits electric field intensities in an electron emission film on a cathode electrode to be restricted to a low range and also permits densities of an incident electron beam incident o...
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JP4924518B2 |
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JP4917121B2 |
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JP2012069349A |
To provide an electron emission element reducing the occurrence of dielectric breakdown, enabling low-cost manufacturing, and allowing stable electron emission with a good amount.An electron emission element 1 includes an electron accele...
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JP2012064464A |
To provide a field-emission light source which can continuously emit light with high luminous efficiency by preventing a temperature rise of a phosphor.The field-emission light source is characterized by comprising: a cylindrical vacuum-...
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JP2012062209A |
To provide a carbon nanotube composite which is excellent in durability and combustion resistance, can be manufactured at a low cost, and is excellent in the dispersibility of carbon nanotube molecules.The carbon nanotube composite inclu...
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JP4906457B2 |
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JP4903375B2 |
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JP2012049561A |
To provide various structures which reduce short circuit in an OLED display and an OLED device.An OLED device includes: (a) a substrate; (b) a first electrode layer disposed over the substrate; (c) an inorganic short circuit reduction la...
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JP2012049146A |
To provide various structures which reduce short circuit in an OLED display and an OLED device.An OLED device includes: (a) a substrate; (b) a first electrode layer disposed over the substrate; (c) an inorganic short circuit reduction la...
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JP2012049145A |
To provide various structures which reduce short circuit in an OLED display and an OLED device.An OLED device includes: (a) a substrate; (b) a first electrode layer disposed over the substrate; (c) an inorganic short circuit reduction la...
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JP4890343B2 |
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JP4884354B2 |
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JP4880740B2 |
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JP4883998B2 |
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JP4880724B2 |
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JP4876779B2 |
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JP4870133B2 |
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JP4864299B2 |
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JP4864409B2 |
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JP4861628B2 |
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JP4863329B2 |
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JP4857769B2 |
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JP4855682B2 |
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JP2012009304A |
To provide a field electron emission lamp in which luminescence from a phosphor layer into the lamp can be extracted to the outside of the lamp, and a metal back layer is not required.Since a structure where an electron discharge element...
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JP2011508387A5 |
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JP4850648B2 |
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JP2012004118A |
To provide a backlight unit capable of preventing breaking of a cathode electrode, and a display apparatus including the backlight unit.There are disclosed a backlight unit and a display apparatus including the backlight unit. The backli...
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JP2011256313A |
To provide a phosphor having stable address discharge voltage characteristics without deteriorating luminance property in a short-time drive, to provide a plasma tube array type display device in which a phosphor layer using the above ph...
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JP4815128B2 |
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JP4815761B2 |
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JP4813809B2 |
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JP4809311B2 |
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JP2011222452A |
To provide an electron emitting element capable of continuously operating for a long time.The electron emitting element is provided with a first electrode, an insulator layer that is formed on the first electrode and has an opening, a se...
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JP2011210439A |
To provide an electron emission element, using a nano carbon material for actualizing easy electric field concentration, improved in electron emission performance and its uniformity and stability, and produced in simple and high-controll...
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JP4796774B2 |
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JP2011204640A |
To provide a light emitting device capable of achieving low power consumption, high efficiency of light emission, and longer lifetime.The light emitting device 10 includes an airtight container 1 for enclosing a gas, an electron emitter ...
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JP2011200939A |
To provide a method for manufacturing a nanocarbon material composite substrate, by which a nanocarbon material can be patterned and grown on a substrate surface.In the method for manufacturing the nanocarbon material composite substrate...
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JP4790794B2 |
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JP2011198762A |
To provide a field emission type surface light source device and to provide an image display apparatus employing the same.A first electrode and second electrode provided on a first substrate along a direction where they cross each other,...
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JP2011192623A |
To provide a three-dimensional facet light emitting source device and a solid light emitting source device increasing the application level of a light emitting source.The three-dimensional light emitting source device includes a transpar...
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JP2011187452A |
To provide a method for manufacturing a cathode assembly including a process of forming an electron field emitter by printing paste, with the use of the screen printable paste configured of carbon nanotubes.The method for manufacturing t...
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JP4777448B2 |
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JP4776137B2 |
A method of generating ballistic electrons with a high controllability by applying an electric field to a nano-structure micro-crystal layer or a semi-insulating layer of a semiconductor to generate ballistic electrons or quasiballistic ...
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JP2011178928A |
To provide such a target for use in ultraviolet generation as can improve the ultraviolet generation efficiency, and to provide an electron beam excitation ultraviolet light source.The target 10 for use in ultraviolet generation includes...
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JP2011181404A |
To provide a method of manufacturing a nano carbon material composite substrate favorably attaining electric field concentration on a nano carbon material deposited on a substrate.In the method of manufacturing the nano carbon material c...
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JP2011181351A |
To provide an electron emission element that has a gas absorption material uniformly distributed therein and therefore can provide uniform light emission; and also to provide lighting equipment that uses the electron emission element as ...
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JP2011181516A |
To provide a light source device which can be easily manufactured as a surface light source without requiring a high vacuum degree, which has an excellent brightness and luminous efficiency, and which is operable even under a low operati...
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