5results about How to "High luminous intensity" patented technology

The invention discloses a floating interactive intelligent display chip based on dynamic distance sensing and a preparation process, and relates to the field of integrated chip preparation, the floating interactive intelligent display chip comprises a substrate layer, a buffer layer, an intrinsic layer, a multi-quantum well layer, a barrier layer, a source electrode, a grid electrode, a p-GaN layer, an anode and a drain electrode, the buffer layer, the intrinsic layer, the multi-quantum well layer and the barrier layer are sequentially arranged on the substrate layer, and the source electrode, the grid electrode, the p-GaN layer, the anode and the drain electrode are sequentially arranged on the substrate layer. The source electrode is arranged on one side of the upper surface of the barrier layer, the grid electrode is arranged in the middle of the upper surface of the barrier layer, the p-GaN layer is arranged on the other side of the upper surface of the barrier layer, and the anode and the drain electrode are sequentially arranged above the p-GaN layer. An InGaN / GaN multi-quantum well structure is embedded into a p-GaN HEMT epitaxial layer structure to form a light-emitting HEMT structure, and a driving transistor, a light source and a photoelectric detector are subjected to monolithic integration, so that a floating interactive intelligent display chip with an epitaxial integrated structural characteristic is realized.

The utility model discloses a novel fish lure with noctilucent effect, including the fish bait main part, the lateral surface of fish bait main part is equipped with two first recess and second recess, and the first recess and second recess are symmetric distribution, and the both ends of fish bait main part are installed with two connecting rings, the utility model discloses a first recess and second recess etc. are arranged, and the fishing line and the fish hook are installed on the fish bait main part through two connecting rings, when the fishing line is pulled upward when the fish bait main part is thrown in the water and fishes, the fish bait main part will pull the surrounding water, and the position and shape of first recess and second recess determine the flow direction and speed of water, after the water enters first recess and second recess, due to the change of the flow rate of water around because of the water distribution, the air bubble will be produced, these air bubbles rise in the water, form a kind of dynamic bubble flow, and the bubble flow can simulate the air bubble produced when the aquatic insects, small fish and other organisms swim and struggle in the water, attract the predatory fish to come and attack, and then play the effect of fish lure.

In some embodiments, the display device includes an anti-reflective pattern or columnar spacer disposed between the light-emitting diode and the diaphragm layer and comprising a blue colorant. Blue light reflected from the anti-reflective pattern or columnar spacer is almost imperceptible. Image quality can be improved by preventing rainbow spots (or blotches) caused by reflections of external light. Since blue light emitted from the light-emitting diode can pass through the anti-reflective pattern and / or columnar spacer, the light intensity emitted from the light-emitting diode can be increased.

The application provides carbon nanodots with red anti-Stokes luminescence characteristics and a preparation method and application thereof, relates to the field of carbon nanomaterials, and the carbon nanodots are prepared by using o-phenylenediamine as raw material, mainly have a main emission peak in a red light-near infrared region, and have anti-Stokes emission characteristics in a protic solvent. The anti-Stokes luminescence of the carbon nanodots with red anti-Stokes luminescence characteristics is derived from phonon-assisted single-photon absorption, can be excited by a continuous laser light source, and the anti-Stokes luminescence intensity increases with the increase of temperature. The carbon nanodots with red anti-Stokes luminescence characteristics can be applied to anti-Stokes fluorescence imaging and optoelectronic devices as anti-Stokes imaging reagents.

The present application relates to a TAL H180 The application relates to application of a gene mutant in increasing biosynthesis amount of 3-aryl acrylic acid or increasing light emission intensity of an organism or a cell. The application provides an innovative solution for creating an efficient self-luminous plant, and can be widely applied to the fields of biosensor development, in-vivo imaging, ornamental plant cultivation and the like, and has important scientific value and broad application prospect.