9 results about "Solution processed" patented technology

X-ray scintillators based on amorphous organic metal halide hybrid films are demonstrated, which can be prepared via a facile solution processing with a non-crystalline organic halide salt reacting with metal halide at low temperature. The solution processed scintillators exhibit excellent scintillation properties, thermal stability, mechanical resilience, and processability.

To provide a solution treatment apparatus and a solution treatment method which achieve excellent suppression of odor generated in a solution treatment step and suppression of odor generated from dewatered sludge generated in the solution treatment step.SOLUTION: A solution as a processing object is treated by nitrification reaction and denitrification reaction by microorganisms in an environment where alkali-treated sludges and minerals coexist.SELECTED DRAWING: Figure 1

A method of manufacturing an organic light emitting device and an organic light emitting device are provided. The method includes performing a heat treatment at a set or predetermined temperature range when a solution process is used to form a hole transport layer. When a solution process is used to form an emission layer on the hole transport layer, a mixed layer can be formed to a suitable thickness to improve hole injection into the emission layer. The method can be used to manufacture an organic light emitting device.

X-ray scintillators based on amorphous organic metal halide hybrid films are demonstrated, which can be prepared via a facile solution processing with a non-crystalline organic halide salt reacting with metal halide at low temperature. The solution processed scintillators exhibit excellent scintillation properties, thermal stability, mechanical resilience, and processability.

X-ray scintillators based on amorphous organic metal halide hybrid films are demonstrated, which can be prepared via a facile solution processing with a non-crystalline organic halide salt reacting with metal halide at low temperature. The solution processed scintillators exhibit excellent scintillation properties, thermal stability, mechanical resilience, and processability.

The present invention relates to a high-transmission ultra-thin film and a manufacturing method therefor, the high-transmission ultra-thin film comprising: an absorption layer comprising a conjugated polymer; and a reflection layer comprising inorganic nanoparticles. The present invention can achieve broadband radiation and diffuse reflection characteristics enabling passive reduction of the internal temperature while maintaining transparency by using a water-dispersed organic-inorganic hybrid film based on a transparent and infrared emitting polymer.

Equipment, systems, processes and techniques for conducting processing of solutions are described. The techniques can be applied to provide diluted solution (i.e. purified solvent), concentrate solution or each. A variety of specific equipment, example systems and processes are depicted and described.

The substrate is held in place by suction with sufficient force to withstand its rotation while being processed with the processing solution. [Solution] In this invention, the suction area of ​​the chuck body is surrounded by an annular elastic portion of the packing. Before the center of the lower surface of the substrate and the suction area of ​​the chuck body come into contact, the annular elastic portion deforms to follow the lower surface of the substrate while surrounding the center of the lower surface of the substrate, and adheres tightly. As a result, suction leakage is less likely to occur, and the substrate is held in place by the suction area not only when there is no warping, but also when there is warping.

This utility model discloses a planar film-type evaporation and crystallization integrated machine, belonging to the technical field of evaporation and crystallization equipment. It includes: a stirring tank with a lid on top; an evaporation chamber on one side of the stirring tank; multiple sets of planar evaporation films inside the evaporation chamber; and a stirring assembly inside the stirring tank, comprising bevel gear one, bevel gear two, and bevel gear three. This assembly can stir the solution from different directions and angles, enabling faster and more comprehensive mixing of the solvent and solution, ensuring uniform solute distribution in the solution, providing a stable material basis for subsequent evaporation and crystallization, reducing localized crystallization or differences in crystal quality caused by uneven solution distribution, and allowing for quick installation and removal of the lid. Operators can directly and thoroughly clean the inside of the stirring tank, preventing residual crystals or impurities from affecting subsequent solution processing.