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Followers
190
Account age
3 yrs
💰 Suggested sponsorship rate
$40 – $65 / sponsored post
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🧰 Free analysis for Kerstin Neuhaus
Known for
22 views
#MinCup25 has started and this year I am prepared to show to all my chemist colleagues, how cool minerals are 💪.
1 views
How can we measure that? The answer is: with an adapted Hebb-Wagner-type measurement device. This means, we use ion blocking, but electron conducting contacts (Pt). On the backside, there is a large Pt sheet contact and on top is a small Pt micro contact (contact size reduces the polarization time).The micro contact is surrounded by dielectric paste, which shields the contact from inserting new ox
📊 Post engagement
4
Avg engagement / post
2.1%
Engagement vs followers
Nov 2022
On Mastodon since
🔥 Top post: #MinCup25 has started and this year I am prepared to show to all · 22 likes + reposts
📊 Activity & format
Posting cadence
0.1 / week
A lower-frequency account — each post lands with more weight.
Content mix
Mostly text
Recent: 10 text · 2 image · 0 video.
Follower / following
1.7×
Follows 110 back. A more reciprocal / networked account.
Recent posts
View on Mastodon ↗
🔥 Top post
#MinCup25 has started and this year I am prepared to show to all my chemist colleagues, how cool minerals are 💪.
New preprint: http://dx.doi.org/10.2139/ssrn.6281048
We show that the synthetic spinels ZnFe2O4 (#Franklinite) and ZnAl2O4 (#Gahnite) form a solid solution series with properties depending on the Fe/Al ratio in the material, e.g. pronounc…
Remember, the deadline for applications for #PhD positions in #battery #chemistry at @baccara is on Nov, 10th.
https://mas.to/@baccara/113288165453627800
Nächste Woche übernehme ich den @RealSci_DE Account drüben auf BlueSky 🥳. Es geht dann um Mikroskope, hopsende Ionen und Keramiken ☕ in der Batterieforschung 🔋.
Wollt ihr nicht rüberkommen und mitlesen? Ist schön da 😁
#battchat #EnergySto…
Have a look at the newest publication of Elina Nazmutdinova of @baccara on the influence of Li3InCl6-PEDOT:PSS hybrids in solid-state #batteries, where the composites were prepared via an aqueous one-pot approach: https://chemistry-europe.…
Please have a look at the newest publication of Karolina Schickle et al. on bactericidal events on graphene oxide nano films deposited on metal implant surfaces.
Happy to contribute a tiny piece to the puzzle by measuring surface potentia…
To control the humidity, we plan to use an additional glass hood around the micro contact device, were air is continuously pumped over a saturated salt solution, which gives us a well defined humidity depending on the salt composition.
When we apply a negative bias, it drives oxide ions away from the contact. As no oxygen ions can fill this up due to the dielectric paste, we can determine the local oxygen partial pressure by using the Nernst equation. The same (but in th…
How can we measure that? The answer is: with an adapted Hebb-Wagner-type measurement device. This means, we use ion blocking, but electron conducting contacts (Pt). On the backside, there is a large Pt sheet contact and on top is a small P…
we can get already get a lot of information about the pathways of the ions through the grains and about the degree of blocking of the charge transport by the grain boundaries.Ionic conductivity should remain unchanged over a large O2/H2O p…
For ion conductivity, this can be done by impedance spectroscopy. This is a method which measures the AC current resistance of a material. As electrons and capacitive effects at interfaces are relatively fast, they occur in another frequen…
Typical solid electrolytes show a good ionic and a low electronic conductivity. In O2- and H+ conductors, charge transport depends on the O2 and H2 (H2O) partial pressure. So how do we determine O2-, H+, and electronic partial conductivit…
How can we measure that? The answer is: with an adapted Hebb-Wagner-type measurement device. This means, we use ion blocking, but electron conducting contacts (Pt). On the backside, there is a large Pt sheet contact and on top is a small P…
we can get already get a lot of information about the pathways of the ions through the grains and about the degree of blocking of the charge transport by the grain boundaries.Ionic conductivity should remain unchanged over a large O2/H2O p…
For ion conductivity, this can be done by impedance spectroscopy. This is a method which measures the AC current resistance of a material. As electrons and capacitive effects at interfaces are relatively fast, they occur in another frequen…
Typical solid electrolytes show a good ionic and a low electronic conductivity. In O2- and H+ conductors, charge transport depends on the O2 and H2 (H2O) partial pressure. So how do we determine O2-, H+, and electronic partial conductivit…
🐘 Community & instance
Home server
mstdn.science
Their home server on the fediverse — the instance a creator picks signals the community they belong to.
On Mastodon since
Nov 2022
Joined in the Twitter-exodus wave of late 2022 — part of the migration that made Mastodon a real destination.
💡 Facts
🗓️Joined Mastodon in 2022 — 3 years ago.
👁️Averages 4 views per post.
📤Posts about 0.1× per week.
🕵️ Fake follower check
Estimated80/100
Excellent
Credibility score
97%
Real
Real audience
Low
Fake-follower risk
High
Data confidence
- Est. 97% real, active audience · Low fake-follower risk.
- Strong engagement (~2.1% of followers engage each post) — an active, real audience.
- Established account (3+ years old).
Heuristic estimate from engagement, follower ratios, account age & growth — a screening signal, not a guarantee.
About
mineralogist turned materials scientist (she/her) specialized in atomic force #microscopy #AFM & solid state ionics in oxides, loves 🌋, #minerals, planetology and good food, research group leader at @fzj, Team #MinCup25
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