Já fez sua inscrição no VII EnBraer?
https://t.co/FjlvvF5ewY. Teremos um evento científico de alto nível. Entre as palestras, teremos a abertura com o prof. Dr. Antônio Gomes da UFC, com o tema: "A espectroscopia Raman no Brasil: aspectos históricos e impactos"
New article published! The study by @Flaviaequimica involved a lot of collaborative work. https://t.co/4xL4aFivI8
Anyone can read and download free from the link above before March, 31st. Small victory; hopefully we may still do some science around here.
#ChemIDP is your private space to consider #career options, develop strategies to strengthen your skills, & map plans that reflect your background, experiences, & career dreams. Set the stage for a satisfying career. Start your career planning now! https://t.co/TA0bfnLTpK
New paper:
Ni−Fe (Oxy)hydroxide Modified Graphene Additive Manufactured (3D‐Printed) Electrochemical Platforms as an Efficient Electrocatalyst for the Oxygen Evolution Reaction https://t.co/eXucbbyTzj
Congrats! @pamylalsantos @DrSamRowley@Act_mmu and Alejandro-Ferrari
Have you ever thought about to print your own 3D-cell for Raman Spectroelectrochem?
Take a look our last paper @an_chem
https://t.co/GDgUrCRefg
Congrats: Matheus, @VeraKatic @pamylalsantos @bmorandi @formigagroup
We are hiring! 2 PD and 1 PhD positions are available in our new research group at @helsinkiuni@KumpulaScience to develop nanoparticles for plasmonic catalysis :) More info and application in the links: https://t.co/p5rctgG0Cq and https://t.co/XELZABLyJ1. Please RT!
Our latest paper in single-molecule SERS is out! With Marcia Temperini @IQUSP and @agbrolo@UVicResearch
Intensity Fluctuations in Single-Molecule Surface-Enhanced Raman Scattering https://t.co/nHDMVsbbPl
The wavelength of ordinary light is too big to affect molecules in a controlled way - using nanoparticles as "antennae" creates plasmons which can excite specific bonds and catalyse reactions
https://t.co/m3pVUKol0T
Kalil's Feature Article - @ElsevierConnect
Congrats @kalilcft !
Preferential coordination of ruthenium complex as an electroactive self-assembled monolayer on gold substrate and its application in sensing of dopamine
https://t.co/lj0NxRsjgH
Our last accepted paper using 3D printed graphene electrodes https://t.co/MUOuBtoLfC … … Enhanced Performance of 3D printed graphene electrodes after electrochemical pre-treatment: Role of exposed graphene sheets @pamylalsantos @VeraKatic @formigagroup @diegopesantos