STAM & STAM Methods

Leading open access, international journals for outstanding research articles across all aspects of materials science.

[STAM & STAM Methods @STAM_Journal]

#STAM Machine learning finds Ti-rich stabilizer prevents coercivity loss in Sm(Fe,Co)₁₂ magnets, enabling better practical performance.
🔗 https://t.co/IJa59Z6Xgl #PermanentMagnets

[STAM & STAM Methods @STAM_Journal]

#STAM BaH₂ and SrH₂ exhibit stable Ni₂In-type phases under high pressure and temperature, advancing understanding of hydride-ion conductors.
🔗 https://t.co/uAZWBUfaK4 #MaterialsScience

[STAM & STAM Methods @STAM_Journal]

#STAMMethods XGBoost with thermodynamic descriptors aids screening low-modulus titanium alloys for implants, highlighting key selection factors.
🔗 https://t.co/btBN8EDpnJ #TitaniumAlloys

[STAM & STAM Methods @STAM_Journal]

#STAMMethods Ridge regression quantifies elemental effects in Eu²⁺ phosphors, providing interpretable insights and complementing chemical intuition.
🔗 https://t.co/KWuob5hjBn #Phosphors

[STAM & STAM Methods @STAM_Journal]

#STAM Electrospun PUA–PANI polymers with UV photopatterning enable unique, stable PUF devices for flexible and affordable hardware security.
🔗 https://t.co/QG6D7IZXyV #PUF

[STAM & STAM Methods @STAM_Journal]

#STAMMethods NMF-based ARPES analysis maps local electronic variations, revealing spectral domains in low-dimensional materials like graphene.
🔗 https://t.co/NBSLqv7RZd #ARPES

[STAM & STAM Methods @STAM_Journal]

#STAM Controlled solvent mixing boosts chiroptical properties of fluorene–thienopyrroledione polymers, advancing chiral material design.
🔗 https://t.co/MIspdATRMz #ChiralPolymers

[STAM & STAM Methods @STAM_Journal]

#STAMMethods AI-based acoustic monitoring detects welding disturbances in real time, enabling autonomous quality assurance for smart manufacturing.
🔗 https://t.co/GT2UgibiLO #AI

[STAM & STAM Methods @STAM_Journal]

#STAM Doped Mn₄N films offer room-temperature magnetic compensation and fast magnetization dynamics, advancing spintronics applications.
🔗 https://t.co/PZgm7eyGtU #Spintronics

[STAM & STAM Methods @STAM_Journal]

#STAM Ferrocene and ruthenocene yield exotic cubic metallic phases at ultrahigh pressures, advancing metal-light element systems research.
🔗 https://t.co/nlV2ZHvYot #Metallocenes

[STAM & STAM Methods @STAM_Journal]

#STAMMethods Robust luminance-histogram analysis automates RHEED image evaluation, improving in situ control of 2D material fabrication.
🔗 https://t.co/9kwuzshk6c #RHEED

[Taylor & Francis Group Japan @tandfjapan]

@STAM_Journal 論文コレクションへのアクセスはこちらから🔗
Researches on Materials Innovation Program in University of Tsukuba：https://t.co/d9W4tmBVOg

[Taylor & Francis Group Japan @tandfjapan]

本日は、 @STAM_journal より、6月2日にオンライン公開されたばかりの研究をご紹介します。
本論文は、論文コレクション「Researches on Materials Innovation Program in University of Tsukuba」に収録されています。

論文へのアクセスはこちらから👉https://t.co/0G8qs9VWLz

[STAM & STAM Methods @STAM_Journal]

What is #Starrydata ? Take a look at this video commentary on the world's largest database of experimental data on thermoelectric materials! #STAMMethods https://t.co/rtAwSlMiVB
@YouTube @nezdenmama

[STAM & STAM Methods @STAM_Journal]

#STAM Heated TMAH enables rapid, controllable wet etching of (−102) β-Ga₂O₃, yielding precise V-shaped trenches for reproducible device fabrication.
🔗 https://t.co/yGau1KfFsu #Ga2O3

[STAM & STAM Methods @STAM_Journal]

#STAM Integration of Nb:STO with Si-based µTEGs boosts sustainable energy harvesting in low-power electronics through improved thermal management.
🔗 https://t.co/94hTCgP1An #MicroTEG

[STAM & STAM Methods @STAM_Journal]

#STAM Study reveals how high-mobility carriers in RbV₃Sb₅ Kagome metal underlie superconductivity as CDW is suppressed under pressure.
🔗 https://t.co/oom5tcUL6G #Superconductivity

[STAM & STAM Methods @STAM_Journal]

#STAM This review introduces “optochemistry,” merging optics and chemistry to explore new phenomena with light as waves or beams.
🔗 https://t.co/1CwqOTGTMm #Optochemistry

[STAM & STAM Methods @STAM_Journal]

Latest #EditorsChoice from #STAM
https://t.co/qwMdysw48Z

[STAM & STAM Methods @STAM_Journal]

#STAM CNT-based air-electrode enables lithium–air batteries to operate efficiently in atmospheric O₂, achieving high energy density and long cycle life.
🔗 https://t.co/7c2tuYzfT7 #LithiumAir