STAM & STAM Methods

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

[STAM & STAM Methods @STAM_Journal]

#STAM OKE spectroscopy uncovers solute-specific rotational friction in aqueous amino acid solutions, beyond viscosity effects. 🔗 https://t.co/swTBDalz5p #OKE

[STAM & STAM Methods @STAM_Journal]

#STAM In-situ X-ray imaging shows solidification cracking is governed by a temperature-dependent strain distribution in Fe-alloys. 🔗 https://t.co/uR0egjChZZ #Welding

[STAM & STAM Methods @STAM_Journal]

#STAM Group IV content and VEC tune defect energetics in BCC refractory alloys, shedding light on strength and ductility origins. 🔗 https://t.co/X6YFTJJ00a #HighEntropyAlloy

[Taylor & Francis Japan @tandfjapan]

🆕9月30日オンライン公開

本日は、@STAM_Journal より機械学習によるプロセス分析・最適化と、そのHAMR用FePt-BNグラニュラー膜への適用に関する研究をご紹介します。

アクセスはこちらから🔗https://t.co/ifzj9fdYBP

#プロセス最適化 #機械学習

[STAM & STAM Methods @STAM_Journal]

#STAMMethods NNP-MD reveals a low-barrier H diffusion network in Ba₁.₇₅LiH₂.₇O₀.₉, explaining the superionic transition at ~573 K. 🔗 https://t.co/DGzfjAcJvM #SuperionicConductor

[STAM & STAM Methods @STAM_Journal]

#STAM Machine learning accelerates FePt-BN HAMR media optimization, achieving sub-6 nm grains and ultra-high recording density for HDDs. 🔗 https://t.co/99FVERxAgy #HAMR

[Taylor & Francis Japan @tandfjapan]

@STAM_Journal 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。
コレクションも併せてご確認ください💻
https://t.co/bp59ziH9J0

[Taylor & Francis Japan @tandfjapan]

🆕本日は、 @STAM_Journal より9月21日にオンライン出版されたばかりの論文をご紹介します。

研究関連キーワード🔎 #アミノ酸 #光カー効果分光法 #再配向ダイナミクス

論文へはこちらからアクセス 🔗https://t.co/6WGY1P0Vmc

#物質材料研究 #オープンアクセス

[STAM & STAM Methods @STAM_Journal]

#STAM Fe-MOF/PAN nanofibers enable dual electric and thermal therapy, enhancing glioblastoma treatment efficacy via synergistic stimulation. 🔗 https://t.co/vpdzorC34K #GBM

[STAM & STAM Methods @STAM_Journal]

#STAM Evaporated C60 films deliver rapid, reversible lithiation and high stability as anodes in thin-film solid-state batteries. 🔗 https://t.co/uuwzP53rcf #SolidStateBattery

[STAM & STAM Methods @STAM_Journal]

#STAM hBN-supported chalcogen substitution yields crack-free Janus TMD monolayers with narrow PL linewidths and improved optical uniformity. 🔗 https://t.co/wCpHWZOiyH #JanusTMD

[STAM & STAM Methods @STAM_Journal]

#STAM TMAH wet etching enables near-vertical trenches with atomically flat {−201}-faceted sidewalls on (512) β-Ga₂O₃ substrates.
🔗 https://t.co/mHg89P8Pt8 #Ga2O3

[STAM & STAM Methods @STAM_Journal]

#STAM Inorganic oxides offer diverse mechanisms for selective protein and peptide purification, advancing biopharma workflows.
🔗 https://t.co/xPJJcOZScm #ProteinPurification

[STAM & STAM Methods @STAM_Journal]

#STAM Silicon reservoir computing achieves 100% accuracy and 1.9× faster training for real-time dynamic image recognition.
🔗 https://t.co/mmaSvGvjJC #MachineVision

[STAM & STAM Methods @STAM_Journal]

#STAM Ru-based bimetallic oxide nanosheets with Cr boost alkaline OER performance and stability, promising durable anodes for water splitting.
🔗 https://t.co/19JlxoqdOc #OER

[STAM & STAM Methods @STAM_Journal]

#STAM UiO-type MOFs offer stable, versatile platforms for advanced hydrogen storage, enabling tunable adsorption and chemisorption approaches.
🔗 https://t.co/sUg065LUqy #HydrogenStorage

[STAM & STAM Methods @STAM_Journal]

#STAM pH-responsive lipid nanoparticle enables targeted BBB crossing and anti-inflammatory therapy for ischemic stroke.
🔗 https://t.co/5aMt9iSb6b #Nanoparticle

[STAM & STAM Methods @STAM_Journal]

#STAM Advances in niobium oxide signal processing and switching enable efficient, biologically plausible artificial neural networks. 🔗 https://t.co/xmp6oBjSSF #NeuralNetworks

[STAM & STAM Methods @STAM_Journal]

#STAM Honey-mediated CoFe₂O₄/g-C₃N₄ nanocomposites show high capacitance and stability, advancing green supercapacitor electrodes.
🔗 https://t.co/tN1Ay5Guo9 #Supercapacitor

[STAM & STAM Methods @STAM_Journal]

#STAM Enzyme-responsive Tat-PEG-lipid conjugates enable precise, reversible adhesion of suspension cells for advanced biomedical uses.
🔗 https://t.co/qHjUC3Iqew #CellEngineering