PRX Energy (@prx_energy) 's Twitter Profile
PRX Energy

@prx_energy

@APSphysics's interdisciplinary, #OpenAccess journal for high-impact #energy science and technology research. Free to publish until 2025!

ID: 1387772779735441408

linkhttps://journals.aps.org/prxenergy/ calendar_today29-04-2021 14:17:43

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#ICYMI: A new Perspective addresses pitfalls in the discovery process for high-performance p-type transparent conductors β€” promising materials for future #photovoltaics β€” and shares insights to help researchers get from β€œdesign to device.” πŸ”— go.aps.org/4dn1DRG

#ICYMI: A new Perspective addresses pitfalls in the discovery process for high-performance p-type transparent conductors β€” promising materials for future #photovoltaics β€” and shares insights to help researchers get from β€œdesign to device.”

πŸ”— go.aps.org/4dn1DRG
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If you're attending #ACSFall2024 today, stop by our sponsored session in room 507 at 4 p.m. ET for a discussion on the latest advancements in #energy storage. We hope to see you there!

If you're attending #ACSFall2024 today, stop by our sponsored session in room 507 at 4 p.m. ET for a discussion on the latest advancements in #energy storage. We hope to see you there!
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The full report assesses the current state of monitoring U.S. #MethaneEmissions from oil and gas operations, identifies current technological and policy gaps, and makes recommendations for the federal government. Read it now: go.aps.org/4fPcxBt.T

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#ICYMI: scientists introduce a control scheme that could help stabilize power grids that incorporate more inertialess #RenewableEnergy sources β€” showing how an adaptive inertia control scheme may outperform stability measures used in today’s grids. πŸ”— go.aps.org/3yn3fvQ

#ICYMI: scientists introduce a control scheme that could help stabilize power grids that incorporate more inertialess #RenewableEnergy sources β€” showing how an adaptive inertia control scheme may outperform stability measures used in today’s grids.

πŸ”— go.aps.org/3yn3fvQ
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Have you met our lead editor? David Scanlon is a chemist interested in predicting the properties of new materials using computational science. @scanlond81is also the chair of computational chemistry and a professor at Uni of Birmingham. πŸ§ͺ

Have you met our lead editor?

David Scanlon is a chemist interested in predicting the properties of new materials using computational science. @scanlond81is also the chair of computational chemistry and a professor at <a href="/unibirmingham/">Uni of Birmingham</a>. πŸ§ͺ
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Meet Jacilynn (Brant) Otero, our managing editor. πŸ‘‹ Jaci (Brant) Otero has a background in solid-state #chemistry with a focus on the design and synthesis of functional materials, like solid-state electrolytes and metal-organic frameworks.

Meet Jacilynn (Brant) Otero, our managing editor. πŸ‘‹

<a href="/JaciBrant/">Jaci (Brant) Otero</a> has a background in solid-state #chemistry with a focus on the design and synthesis of functional materials, like solid-state electrolytes and metal-organic frameworks.
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Say hello to Margaret Hudson, one of our associate editors! πŸ‘‹ Maggie Hudson has a background in materials chemistry, specifically the synthesis, photophysics, and optoelectronic device applications of semiconductor nanomaterials. πŸ§ͺ πŸ’‘

Say hello to Margaret Hudson, one of our associate editors! πŸ‘‹ 

<a href="/NanoChemMaggie/">Maggie Hudson</a> has a background in materials chemistry, specifically the synthesis, photophysics, and optoelectronic device applications of semiconductor nanomaterials. πŸ§ͺ πŸ’‘
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The activation energy of ionic transport changes with composition in electrode composites for #SolidStateBatteries. The new study supports that electrolyte optimization is necessary for #batteries to work at colder temperatures. πŸ”— go.aps.org/3X4XNpv

The activation energy of ionic transport changes with composition in electrode composites for #SolidStateBatteries. The new study supports that electrolyte optimization is necessary for #batteries to work at colder temperatures.

πŸ”— go.aps.org/3X4XNpv
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For #OpenScienceWeek, let’s talk data availability. Our refreshed policy means that all articles in Physical Review D and PRX Energy will now have a statement explaining where data can be accessed. Expect the same for all of our journals by the end of the year. πŸ”—

For #OpenScienceWeek, let’s talk data availability. Our refreshed policy means that all articles in <a href="/PhysRevD/">Physical Review D</a> and <a href="/PRX_Energy/">PRX Energy</a> will now have a statement explaining where data can be accessed. Expect the same for all of our journals by the end of the year.  

πŸ”—