Perovskites: Ancient Structure, Modern Applications

Goodfellow is pleased to announce the availability of their new range of Perovskites, a group of materials that demonstrate great potential for optoelectronic applications.
Perovskites have a unique and versatile crystal structure that consists of a variation in the chemical formula ABX3. Many Perovskites occur as oxides (ABO3), where A and B are typically metal cations. Due to their lattice, these materials are characterized by special properties like superconductivity, magnetoresistance, piezoelectricity and dielectric and pyroelectric behavior.
Therefore, Perovskites are excellent candidates for multilayer capacitors like fuel cells, solar cells, sensors and electric batteries, or even next-generation display screens, LEDs, memory devices (RAM) and high-temperature superconductors.
Goodfellow’s range of Perovskites includes powder and solid forms of:
Barium Titanate
Bismuth Aluminate
Bismuth Titanium Oxide
Calcium Titanate
Copper Tungsten Oxide
Lithium Titanate
Lead Titanium Oxide
Lanthanum Titanate
Samarium Ferrite
For more information, please visit our website: www.goodfellow.com/news-articl...

[@hasanhas00n1]

Thanks for the video, you did a fantastic job in covering perovskites

[@zorotenesin6515]

Thank you very much, now i understand

[@robertthomason8905]

Maybe some interesting materials were created at the Chernobyl meltdown. Corium is one that comes to mind. Lead titranate. Barrier isolating of plasma containment. High frequency and compression. Electro ceramic peizioelectric properties to shield.

[@anubhavsharma7918]

Well is there any research paper on using vaandium as transition metal?

[@faizarani256]

Can u plz make a detailed video on lead free halide double perovskite

[@gabrielamendoza8016]

how can we count the three oxygens in the structure? I am trying to imagine it but I can not understand, please tell us where you count the three oxygen! Thank you.

[@pirismail9201]

Thanks, can i get this PPT?

[@goodfellowyourglobalsuppli1692]

Hi! Sure - please could you send over your email to [e-mail] so we can send it over to you?

[@goodfellowyourglobalsuppli1692]

@@onlyforstudy4492 Please could you email [e-mail] for the PowerPoint? They will be able to send this over directly :)

[@6211frank]

@@goodfellowyourglobalsuppli1692 I am interested in this video too so I have sent the request to your email.