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Latest Publications & Patents on Perovskites

Perovskites

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This is our latest selection of worldwide publications and patents in english on Perovskites, between many scientific online journals, classified and focused on perovskite, ABX3 structure, Goldschmidt tolerance factor, exciton binding, band gap tunability, charge-transport layer, n–i–p and p–i–n architectures, Goldschmidt tolerance, n–i–p architecture, mesostructured scaffold, charge transport layer, p–i–n architecture and Goldschmidt factor.

Electromechanical system comprising at least one perovskite species, piezoelectric device and method for manufacturing an electromechanical system

Patent published on the 2026-10-15 in WO under Ref WO2026213670 by INST HERCILIO RANDON [BR] (Boaretto Joel [br], Cruz Robinson Carlos Dudley [br], Cid Cristiani Campos PlÁ [br], Salazar Arianna Manuela [br], Telli Eduardo Dambros [br])

Abstract: The present invention describes a material comprising at least one perovskite species, wherein the properties of said material are adjusted in accordance with the desired application, being used in electromechanical systems and devices on micrometric or nanometric scales. The present invention further allows the material to comprise different perovskite species combined with each other and/or with other components, which add equivalent or complementary properties to the material. The present inv[...]


Our summary: The invention details a material with perovskite species tailored for electromechanical applications. It enables combinations of different perovskite species and other components for enhanced properties. The technology is relevant in chemistry, nanotechnology, and electronic engineering.

Perovskite, Piezoelectric, Electromechanical, Nanotechnology

Patent

Method for manufacturing perovskite and perovskite thin film manufactured thereby

Patent published on the 2026-10-15 in WO under Ref WO2026216856 by UIF UNIV INDUSTRY FOUNDATION YONSEI UNIV [KR] (Yi Yeon Jin [kr], Park Jee Hong [kr], Kim Jun Ho [kr], Kang Dong Hee [kr], Jung Na Eun [kr])

Abstract: The present invention relates to a method for manufacturing perovskite and a perovskite thin film manufactured thereby. According to one aspect of the present invention, the method for manufacturing perovskite comprises: a raw material preparation step of preparing a first precursor, a second precursor, and a heterogeneous precursor that are formed by combining a halide anion and an organic or inorganic cation; a pretreatment step of mixing and pretreating the second precursor and the heterogene[...]


Our summary: The invention describes a method for manufacturing perovskite and its thin film. It includes steps for preparing precursors and a co-deposition process. The method aims to improve the efficiency of perovskite thin film production.

Perovskite, Thin film, Manufacturing method, Precursor

Patent

Controlled synthesis of seeding nanocrystals for the fabrication of transparent conducting perovskite oxides on non-epitaxial substrates

Patent published on the 2026-10-15 in US under Ref US20260317952 by WISCONSIN ALUMNI RES FOUNDATION [US] (Evans Paul Gregory [us], Kannu Lakshmi Kumar Chinna [us], Marandu Maureen [us], Liu Rui [us])

Abstract: Transparent conducting oxide (TCO) films composed of transparent, electrically conducting, perovskite oxides (TCPOs) and methods of making the films are provided. The TCPOs are crystallized from their corresponding amorphous films using embedded crystalline perovskite oxide seeds as nucleation sites. The amorphous films have the same complex oxide composition as the TCPO but are in an amorphous form. The crystalline perovskite oxide seeds are themselves formed on a substrate from a thin amorphou[...]


Our summary: The study presents a method for synthesizing transparent conducting perovskite oxides using seeding nanocrystals. It describes the crystallization of amorphous films into TCPOs through embedded crystalline seeds. This approach allows for the fabrication of films without the constraints of epitaxial growth substrates.

nanocrystals, transparent conducting oxides, perovskite, nucleation

Patent

Multilayer ceramic capacitor

Patent published on the 2026-10-08 in WO under Ref WO2026211238 by MURATA MFG CO LTD [JP] (Akiho Hironori [jp], Ueno Kenji [jp], Wakamatsu Toru [jp])

Abstract: In a multilayer ceramic capacitor 1, an element body section 10 comprises an internal ceramic layer 14, outer layer ceramic portions 17 on first and second main surfaces, and side surface ceramic portions 18 on first and second side surfaces, each of these comprising Mn, Si, and Al and a perovskite-type oxide containing Ba and Ti as main components, and not comprising B, Li, Zn, Na, or P. The molar ratio Ba/(Ti+Zr) exceeds 1 in each of the ceramic layers and each of the ceramic portions, and the[...]


Our summary: A multilayer ceramic capacitor consists of an internal ceramic layer and outer ceramic portions. The composition includes Mn, Si, Al, and a perovskite-type oxide with Ba and Ti. The molar ratios of Ba to Ti and Zr vary across the layers, affecting dielectric properties.

multilayer ceramic capacitor, perovskite oxide, molar ratio, dielectric properties

Patent

Photoelectric conversion element and photoelectric conversion device

Patent published on the 2026-10-08 in WO under Ref WO2026211981 by CANON KK [JP] (Watariguchi Kaname [jp], Nishida Tsutomu [jp], Maruyama Akihiro [jp], Nishi Masashi [jp], Yokoyama Masanori [jp], Ohsawa Tatsuya [jp], Masuda Yuki [jp], Miki Yuusuke [jp])

Abstract: Provided is a photoelectric conversion element having improved durability when driven while applying a heat cycle. The photoelectric conversion element includes a first electrode, a second electrode, a photoelectric conversion layer disposed between the first electrode and the second electrode and containing a crystal of a perovskite structure, and an electron transport layer disposed between the second electrode and the photoelectric conversion layer, the photoelectric conversion element bein[...]


Our summary: This document describes a photoelectric conversion element designed for enhanced durability under heat cycles. It features a perovskite crystal structure and includes an electron transport layer made from a specific organic compound and thermoplastic resin. The design aims to improve performance and longevity of the photoelectric conversion device.

photoelectric conversion, perovskite structure, electron transport layer, durability

Patent

Formation of a perovskite layer and related coating liquid uses and photoelectric device

Patent published on the 2026-10-07 in EP under Ref EP4819806 by UNIV GRONINGEN [NL] (Kinge Sachin [be], Loi Maria Antonietta [nl], Chen Lijun [nl])

Abstract: [0001] A solar cell s perovskite structure, layers of which are spaced apart from each other via the organic cations, is formed with coating a surface of a heated support (30°C-70°C) with a first blade coating operation of applying at less than 18 mm/s a first liquid comprising a mix of polar aprotic solvents and tin salt dissolved therein, followed by a waiting time of 2s or more and then evaporation of the first solvent for forming crystals with the tin salt and annealing the crystals for ob[...]


Our summary: A perovskite layer is formed using a two-step blade coating process on a heated support. The first step involves applying a tin salt solution, followed by solvent evaporation and annealing. The second step uses a different solvent mixture for coating and further annealing to achieve the final structure.

Perovskite, Solar Cell, Blade Coating, Annealing

Patent

Thermally Fine-Tuned NiOx&ndash;MAPbI3 Interfaces Enabled by a Polymeric Surface Additive for High-Sensitivity Self-Powered Photodetectors

Published on 2026-01-30 by HyeRyun Jeong, Kimin Lee, Wonsun Kim, Byoungchoo Park @MDPI

Abstract: Self-powered perovskite photodiodes provide an attractive platform for low-power and high-sensitivity photodetection; however, their performance capabilities are often constrained by inefficient interfacial charge extraction and noise suppression. Here, we report a polymer-mediated interfacial engineering strategy for methylammonium lead iodide (MAPbI3) photodiodes by integrating thermally optimized nickel oxide (NiOx) hole-transport layers (HTLs) with a nonionic polymeric surfactant, poly(oxyet[...]


Our summary: A polymer-mediated interfacial engineering strategy enhances the performance of self-powered perovskite photodiodes. Incorporating thermally optimized nickel oxide and a nonionic polymeric surfactant improves charge extraction and reduces noise. This approach achieves high sensitivity and low noise without compromising dynamic performance.

Photodetectors, Perovskite, Interfacial Engineering, Nickel Oxide

Publication

Performance of CaMn0.625Ti0.125Fe0.125Mg0.125O3 Oxygen Carrier in the Chemical Looping Combustion of Biomass

Published on 2026-01-29 by Yingjie Mi, Wen Luo, Jinchen Ma, Zhenyi Du, Haibo Zhao @MDPI

Abstract: Chemical looping combustion (CLC) has been recognized as a promising CO2 capture technology, in which oxygen carriers (OCs) transport lattice oxygen to the fuel instead of the air. This study aims to evaluate a newly developed perovskite OC for biomass CLC and to clarify the role of staged fuel conversion in improving gas&amp;ndash;solid redox efficiency. This is the first application of perovskite OC CaMn0.625Ti0.125Fe0.125Mg0.125O3 in biomass CLC using a dual-stage fluidized bed. The perov[...]


Our summary: This study evaluates the performance of the perovskite oxygen carrier CaMn0.625Ti0.125Fe0.125Mg0.125O3 in biomass chemical looping combustion. The research demonstrates that staged fuel conversion significantly enhances gas-solid redox efficiency, leading to improved combustion efficiency and CO2 yield. Optimal conditions resulted in a maximum combustion efficiency of 79% and a CO2 yield of 82% at specific operational parameters.

Chemical Looping Combustion, Oxygen Carrier, Biomass, Perovskite

Publication

Topics covered: Rare-Earth Elements, Thermal Barrier Coating, Microstructure, Mechanical Properties, Solution Combustion Synthesis, Vickers Hardness, Fracture Toughness, Thermal Expansion, Hall Effect, Doped, Perovskite, Corrosion Resistance, Thermal Cycle Test, Grain Refinement, High-Temperature Performance, Charge Carrier Density, Transport Properties, International Organization for Standardization (ISO), ASTM International, American National Standards Institute (ANSI), International Electrotechnical Commission (IEC), and International Standards Organization (ISO)..

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