7 results about "Green emission" patented technology

The present disclosure discloses a luminescent N-heterocyclic chalcogenone complex having light-emitting properties and exhibiting air stability. The complex emits green emission at a wavelength in the range of 520 – 550 nm. The present disclosure also reveals a process for preparing the N-heterocyclic chalcogenone with ease of bulk synthesis and short reaction time. Ref. Figure 1

A light-emitting device includes a first electrode, a second electrode facing the first electrode, and an intermediate layer provided between the first electrode and the second electrode and including emission layers patterned into red and green emission layers of respective subpixels, wherein the red emission layer includes a red dopant having a horizontal dipole moment, and the green emission layer includes a green dopant having a horizontal dipole moment, and the horizontal dipole moment of the green dopant is greater than the horizontal dipole moment of the red dopant.

Disclosed is a light emitting display device including a substrate having first to fourth subpixels, first to fourth anodes provided respectively on the first to fourth subpixels, an emission unit provided on the first to fourth anodes, the emission unit including two or more blue stacks and a phosphorescent stack including at least a yellowish green emission layer and a green emission layer, a cathode provided on the emission unit, a red filter and a color conversion layer provided between the substrate and the first anode, a green filter provided between the substrate and the second anode, and a blue filter provided between the substrate and the third anode, wherein the first anode has a first thickness, and at least one of the second to fourth anodes has a second thickness greater than the thickness of the first anode.

According to the assembly type photovoltaic panel wall body, the photovoltaic panel is arranged on the outer surface of the assembly type fireproof wall body, the photovoltaic panel is fixedly connected with the inter-panel connecting piece of the fireproof wall body through the photovoltaic panel connecting piece, overall assembly of the photovoltaic panel of the fireproof wall body is achieved, and the photovoltaic panel can receive solar energy and then convert the solar energy into electric energy to be supplied to a building. And the green emission reduction effect is achieved.

This invention discloses a high color rendering white LED material made of rare-earth-doped Cs2KYCl6, belonging to the field of LED material preparation technology. It addresses the technical problem that the uniformity of white light and the aging resistance of existing LED materials need further improvement. This invention adopts a layered composite structure, in which the light-emitting chip is formed by Eu-modified Cs2KYCl6 and optical liquid silicone rubber, providing stable blue-green emission. The encapsulation layer is composed of porous fluorinated aluminum borosilicate microspheres, red oxychloride niobate powder, and fluorosilicone sealant. The porous microspheres achieve uniform light field scattering, the red powder supplements long-wavelength radiation, and the resin and inorganic components form a stable protective layer. The multi-phase synergistic effect enables the material to have a continuous and balanced white light spectrum, high brightness and color uniformity, and maintain low light color drift and attenuation under various aging conditions.

The present disclosure relates to a detection system and method for trace impurities in hydrogen, which comprises a sample processing module, an exogenous gas supply module, a control gas preparation module, a detection module and a tail gas processing module. The sample processing module comprises a sample supply submodule, a first three-way valve and a system pretreatment submodule. The exogenous gas supply module comprises a hydrogen supply submodule and a nitrogen supply submodule. The detection module comprises an infrared spectrometer and a gas cell. The detection system is simple to operate. Using the detection system, multiple trace impurities in hydrogen can be detected simultaneously in one detection. The detection system has the advantages of low detection limit, high detection precision, good repeatability and safe and green emission of hydrogen-containing tail gas.

The invention discloses a high-purity green luminescent and high-optical temperature measurement sensitivity material and a preparation method thereof, and belongs to the technical field of optical luminescent materials. The chemical general formula of the high-purity green luminescence and high-optical temperature measurement sensitivity material is NaBi < 0.89-x > Yb < 0.1 > Er < 0.01 > Ca < x > (MoO4) 2, x is equal to 0.01-0.10, the material is a tetragonal system, the space group is I41 / a, rare earth erbium ions (Er < 3 + >) are used as active ions, rare earth ytterbium ions (Yb < 3 + >) are used as sensitizing ions, and green up-conversion emission near 530 nm and 550 nm can be generated under near-infrared excitation; the Er < 3 + > upconversion green emission ratio and the green light purity are improved by introducing non-equivalent ions Ca < 2 + > to regulate and control a matrix lattice environment and a charge compensation state, and meanwhile, the optical temperature measurement sensitivity based on the thermal coupling energy level is remarkably enhanced, so that the Er < 3 + > upconversion green emission compound has potential and wide application value in the fields of high-purity green light emission and optical temperature measurement.