Matt Burton

Thermoelectric researcher at Swansea University

[Matt Burton @_Matt_Burton]

When chemical structures are drawn by non-scientists...

[SPECIFIC @info_specific]

👀ICYMI: #Thermoelectric materials turn heat sources into electricity.

📽️Our vlog with @_Matt_Burton highlights the advantages of printing them. #NetZero #EnergyCapture

https://t.co/lQxtwcEybZ

[Rachael Wilkinson @Rachael23711964]

I'm fundraising for Maggie's Centres. Check out my @JustGiving page and please donate if you can. Thank you! #JustGiving https://t.co/mbwELwjR0g

[SPECIFIC @info_specific]

👀ICYMI: @_Matt_Burton explains how #printedthermoelectrics can play an important role in our future #greenenergy mix

📽️Watch ✨Three Reasons to Get Excited About Thermoelectrics✨ here ➡️https://t.co/aA8Sr1HpJ0

[SPECIFIC @info_specific]

⚡Printed #thermoelectrics can convert waste heat to electricity.

📰A review paper @AdvSciNews by @_Matt_Burton @MattCarnie and team shows that the technology can play a key role in #energycapture towards a #NetZero future @TataSteelUK @SUEngineering

➡️https://t.co/txXFwXhyEi

[Matt Burton @_Matt_Burton]

My latest publication is out (at the pre-copyediting stage) in Advanced Materials. A review paper I started in Lockdown#1 looking at Printed Thermoelectrics.
@info_specific @MattCarnie #thermoelectric
https://t.co/eEp3roVrnG

[SPECIFIC @info_specific]

In 2019, we set a new record for efficiencies achieved with our 3D printed #thermoelectric device. #SPECIFIC10yr @_Matt_Burton @SUEngineering

📽️ This is how we made it ➡️https://t.co/cAxirjmYOR
or read about it here ➡️https://t.co/n0xXJ4Fb3U @TheEngineerUK

[SPECIFIC @info_specific]

❤️Wearable thermoelectrics can be used to self-power devices such as heart rate monitors.

✏️📄We made some working thermoelectric generators using pencils and paper! Find out how:

➡️https://t.co/nKAMPSBql3

@_Matt_Burton @MattCarnie @SUEngineering
#SPECIFICResearch #LabLife

[Matt Burton @_Matt_Burton]

A new thermoelectric paper of mine, investigating drawing of thermoelectrics on paper with pellets of Few-Layer Graphene (FLG).

https://t.co/KmXl5cjzgZ

[Matt Burton @_Matt_Burton]

@DrJenBaker I've had editor comments like this on 2 papers I've been involved in (one in nanoscale, I can't remember the other). They were counted as 'reject and resubmit'. After tackling all the comments carefully they both got published after another round of reviews, see it positively.

[SPECIFIC @info_specific]

💫GREAT NEWS!💫

SPECIFIC @SwanseaUni has been successful in winning £6m further EU funding to develop innovations & products in line with our #ActiveBuildings vision

Full story:
➡️https://t.co/pSSJr79vk7

Thanks to: @wefowales | @WG_CounselGen | @WelshGovernment | #EUFunding

[SPECIFIC @info_specific]

Where does most waste heat escape from? Buildings 🏘️

🔥 By incorporating thermoelectrics into buildings, we can harness waste heat for use in #ActiveBuildings

Read more ➡️ https://t.co/H1YUdiL76e

[Matt Burton @_Matt_Burton]

A new thermoelectric paper of mine, investigating bulk pellets of Few-Layer Graphene (FLG).

[NanoTrac Technologies @nanotrac]

[ASAP] Lightweight and Bulk Organic Thermoelectric Generators Employing Novel P-Type Few-Layered Graphene Nanoflakes https://t.co/aYWDSCzuaS Via @ACS_AMI #ACSAppliedMaterialsAndInterfaces #InterdisciplinaryCommunity #ScienceJournal

[Matt Burton @_Matt_Burton]

Thermoelectric properties of electrodeposited Tin Selenide (SnSe) are studied in my latest paper, including the thermal conductivity! #SnSe #thermoelectrics #electrodeposition

[SPECIFIC @info_specific]

🔥 🔬Our most recent paper looks at electrodepositing stoichiometric tin selenide for thermoelectrics.

This is an important step in developing scalable and affordable manufacturing techniques for tin selenide thermoelectrics...

➡️ https://t.co/YwS52iBn6x

[SPECIFIC @info_specific]

📊 The 3 main reasons thermoelectric generators aren't used in wide scale applications are:
-toxicity
-earth abundance
-manufacturing costs
of thermoelectric materials.

Our most recent paper is the 1st to tackle all 3 problems simultaneously.

Read more➡️https://t.co/Fxq0HrpTvB