Production manner of organicity electroluminescent luminous element and distribution pattern Bragg reflector, production manner of organicity electro- luminescent luminous element, production manner of multicolor luminous device and production mannered null substrate of organicity electroluminescent

摘要

(57) Abstract Topic The 1st and 2nd material also both parties is the organic material the 1st material and in the distribution type Bragg reflector which possesses the stack of alternate layer which consists of the 2nd material. Solutions The organic electro- luminecsent luminous element has, the electrode which is formed on the organic electro- luminecsent luminescent material and the above-mentioned luminescent material which are formed on the distribution type Bragg reflector and the above-mentioned distribution type Bragg reflector which are formed on the transparent electrode and the above-mentioned transparent electrode which are formed on the transparent baseplate and the above-mentioned baseplate and, the above-mentioned distribution type Bragg reflector conforms to this invention. The multicolored luminous device, has the plural luminous elements which conform to this invention. Production method of the distribution type Bragg reflector, the 1st organic material and has the step which forms the stack of alternate layer which consists of the 2nd organic material making use of ink jet technology. Production method of the organic electro- luminecsent luminous element has, the step which forms the electrode with respect to step and the said luminescent material which form the organic electro- luminecsent luminescent material with respect to step and the said distribution type Bragg reflector which form the distribution type Bragg reflector on the aforementioned transparent electrode making use of the method of conforming to step and this invention which form the transparent electrode which is formed on step and the said baseplate which provide the transparent baseplate and. Production method of the multicolored luminous device has, the step which forms the 1st and 2nd material in the inside layer of the thickness which differs in order to provide the wave length area of the mode which differs on step and the baseplate which form the plural luminous elements making use of the method of conforming to this invention, and.