JanBitenc

[Chemistry Europe @ChemEurope]

#BattSupercaps Influence of Salt Concentration on the Electrochemical Performance of Magnesium Hexafluoroisopropoxy Aluminate Electrolyte (Jan Bitenc and co-workers) @BitencJan @RobertDominko #openaccess 🔓 https://t.co/hdFYbaLMv4

[JanBitenc @BitencJan]

Our take on the the performance of COFs in Al metal-organic batteries, realistic, however not overoptimistic 😀

Thanks to @ciqususc (COF cathode) and @JSI_SLO (XRS) teams for collaboration!

[Manuel Souto @SoutoManel]

Another great collaboration with Olivera and @BitencJan! We report a comprehensive electrochemical evaluation of COF cathodes for aluminum organic batteries, including the use of cost-effective amide-based electrolytes. Just out in @ChemSusChem : https://t.co/n07yPKI2oV

[JanBitenc @BitencJan]

Can amide-based Al electrolytes present an alternative to more established ionic liquid-based electrolytes? You can find part of the answer in our new article:
https://t.co/Ds3PcItXnB

[JanBitenc @BitencJan]

Our view on the SotA of organic electrode materials and required future steps towards practical application

https://t.co/5WNoMkUWuT

[Robert Dominko @RobertDominko]

New paper with focus on the proper interpretation of electrochemical impedance spectra. High and mid frequency range of spectra can be impacted by cell housing. Coin, pouch and Swagelok cells are compared and discussed. All credits to Sara Drvaric Talian

https://t.co/vW0yPUoDwo

[JanBitenc @BitencJan]

COFs going beyond Li-ion

[Manuel Souto @SoutoManel]

Happy to see one of the first results of #ELECTROCOFS @ERC_Research just published in @JMaterChem A! A comprehensive study of the influence of electrolyte and binder on the performance of COF-based🔋Great work by Olivera and @raquelddantas! #OpenAccess https://t.co/HnsSg96KAa

[Batteries & Supercaps @Batt_Supercaps]

Check out our special collection on #OrganicBatteries! Guest edited by Alexandru Vlad, @YanYao2 , and Jun Chen: https://t.co/OnbiXLiXgN

With contributions by @RobertDominko @BitencJan @tbaumlab @HRByon @DavidMecerreyes & many more!

It's free to read until the end of June! 🔋

[JanBitenc @BitencJan]

@patrik_Chalmers @UU_University @2030Battery @KristinaEdstrm2 @EU_Commission @Energi_mynd @GreyGroupCam @TVegge @cdf1530 Although it will be definitely 2030+😀

[JanBitenc @BitencJan]

Interested in doing a PhD on multivalent battery electrolytes? Apply till 15th of May.

[Kemijski inštitut @kemijski]

SCIENTISTS4FUTURE - Open 25 positions for doctoral (#PhD ) study. Apply for one of innovative topics by May 15, 2023. Info ➡️https://t.co/GWRuKIm8qz
#phdstudent #phdlife #education #ljubljana #Slovenia

[JanBitenc @BitencJan]

Our simple, yet effective approach for avoiding limitations of multivalent anodes and revealing true performance of organic cathodes in multivalent electrolytes.
@polystorage_etn #MSCA

[Batteries & Supercaps @Batt_Supercaps]

Unveiling True Limits of Electrochemical Performance of Organic Cathodes in Multivalent Batteries through Cyclable Symmetric Cells (Bitenc) #OpenAccess @BitencJan https://t.co/aDVQFOnasX

[JanBitenc @BitencJan]

A recent review of our work on multivalents and application of organic cathodes. Thanks @ClusterPolis and @MaxFichtner for hosting.

[JanBitenc @BitencJan]

@MaxFichtner It was a pleasure, thank you @MaxFichtner
for being such a great host.

[JanBitenc @BitencJan]

@vasko_dagama Dotaknite se izrezka, če ga želite prilepiti v besedilno polje.

[JanBitenc @BitencJan]

@loroik @ESRF_FR @lppnam2403 @jazer Even with more detectors? We tried sth at DESY, bit no succes yet :)

[JanBitenc @BitencJan]

@loroik @ESRF_FR @lppnam2403 @jazer XRS?

[Batteries & Supercaps @Batt_Supercaps]

The first issue of 2021 is now online ➡️ https://t.co/Bl5lDlDFM2

With excellent contributions by @gogotsi1 @Prof_AA_Franco @vignesh_warant @Sigita_Bat @Emjewls @Janek_Lab_JLU @ZeierLab @piotr_portos @RasmusGbg @patrik_Chalmers @loroik @RobertDominko @BitencJan and more!

[JanBitenc @BitencJan]

@VicBracamonte Started with the good stuff :)

[JanBitenc @BitencJan]

Organic cathodes open new oppurtunities for development of Ca metal batteries and expose several important challenges (electrolytes&cap. retention).

[Batteries & Supercaps @Batt_Supercaps]

Bitenc (@BitencJan), Dominko (@RobertDominko), and co-workers (@loroik, @kemijski, @unilj, @AlistoreE, @EnergyRs2E) demonstrate a proof-of-concept calcium metal-organic #Batteries https://t.co/pJg6Kx6jiZ

[Robert Dominko @RobertDominko]

Here is an access to the paper describing current state of the art and future perspectives of Mg batteries @BitencJan @kemijski @2030Battery
https://t.co/kfH0pb6Rsy

[JanBitenc @BitencJan]

@19Joe92 @desy @AlenVizintin Measuring XRS on different metal-organic bateries

[JanBitenc @BitencJan]

Doing some fancy battery characterization @desy with @AlenVizintin.