Development of high performance hybrid twc/gpf automotive after treatment systems by rational design: substitution of pgms and rare earth materials #H2020
๐ The official results of #PartialPGMs have been discussed by Isella Vicini @WarrantHub for the new issue of #DIESEL Mag. The experience obtained during the development of Partial-PGM's will help future industrialisation. More at: https://t.co/DQ4icPTeSo
2019 has been the last year of the project: we want to remind you this amazing year and the best moments of the project in this short video. Watch it! โก๏ธ https://t.co/RG4ci1vGOM
I had the great pleasure to watch @PARTIAL_PGMs for 3 years. Here they summarise in their own languages what they were up to and why https://t.co/FPMflZNYsm See how @EU_H2020 brings Nations together and also notice #WomenInSTEM
๐ The long road made by #PARTIAL-PGMs led to astonishing results!
What the project made and achieved will help #Europe ๐ช๐บ to minimize the impact of modern catalytic systems. #Horizon2020@CORDIS_EU
It has been a fantastic #adventure, one worth to be remembered... โตโต
๐ญ How to say goodbye to so many friends, colleagues and passionate professionals?
During these years of #PARTIAL-PGMs project we shared and learnt a lot!
๐ฌ๐ง Thank you! ๐ฎ๐น Grazie! ๐ฌ๐ท ฮตฯ ฯฮฑฯฮนฯฯ๏ฟฝ๏ฟฝฮตฯ! ๐ณ๐ฑ Dank!
๐ซ๐ท Merci! ๐จ๐ฟ Dรญky!
We are #Europeans ๐ช๐บ
๐ May this be only the beginning!
๏ฟฝ๏ฟฝ The First day of review is close to the end. The final presentation is on "Rational Design of the Materials and characterization studies", main topic of WorkPackage 3. Keep following us for the final days of #PARTIAL-Pgms panels! ๐ฅ
๐ What will happen here at @Johnson_Matthey HQ in ๐ฌ๐ง #Reading? #Partial-pgms final meeting is going to start at the multinational Company premises. Almost time to say goodbye! ๐
Wonderful days spent on the #Albarella Island during #PARTIAL-PGM's Summer School. Let's dive into #memories with our gallery :) https://t.co/BZ4rzPRr0C
Dal 17 al 18 Settembre a #Reading (UK) si terrร l'ultimo meeting tecnico de @PARTIAL_PGMs, progetto finanziato dalla Commissione Europea nellโambito della catalisi per il settore automotive. Per maggiori informazioni https://t.co/Om5VKrfzI1 #WarrantHub#EuropeanFunding
At Duke University, materials scientists have hypothesized a novel โoil-and-vinegarโ method for creating #selfassembling materials of extraordinary architectures made from sphere-shaped #nanoparticles ๐ฒ https://t.co/hSpMEY5Eeh - @EUScienceInnov
Alteration of the #carbon-oxygen and carbon-carbon bonds present in organic molecules is a significant intermediate phase in #catalytic reactions, where the source material is converted into useful end products. https://t.co/Q5PQtMzTGa - @CritCatEU@UniPadova
In essence, this work communicates a new synthetic 'tool' for chemists which operates in an unconventional and intriguing manner, paving the way for the #design of other asymmetric reactions based on halogen-bonding interactions. https://t.co/dNsNUzXVmf
๐ฅ Highly stable and active #catalysts are needed to accelerate these reactions, especially to split water molecules into oxygen and hydrogen. https://t.co/OK5JAy58Ya - @EUScienceInnov@Johnson_Matthey
These defective #TMDs and porous organic molecule structures can find potential applications such as site-selective #catalysis, molecular sensors or flexible organic optoelectronic devices. https://t.co/aWeTYRa1xf - @CritCatEU@Univ_Lille1
Scientists at Tokyo Institute of Technology produced subnano-sized metallic particles that are very effective as #catalysts for the oxidation of hydrocarbons. https://t.co/vd0rXAKAe0 - @LiqTech
๐ค Of particular interest for the fields of #nanotechnologies are the potential applications of liquid metals as nanomaterials. These applications includes #catalysis, composites, dynamic surfaces, solders, conductive inks, and plasmonic structures. https://t.co/wo7TWPLfNX
A RUDN chemist synthesized #nanomaterials for water purification, catalysis of organic reactions and sensors. The substances were developed on the basis of porous carbon with iron oxide and nitrogen particles. https://t.co/RjoGDKIcTp
The introduction of chiral cyclic carbenes as ligands for transition metal catalysts opens up opportunities for the development of new catalytic asymmetric transformations. https://t.co/Y7b7sgABo8