Yuriy Pihosh

[Yuriy Pihosh @PihoshYuriy]

Nanostructured Tantalum Nitride for Enhanced Solar Water Splitting https://t.co/M9ofp2J0eY

[Yuriy Pihosh @PihoshYuriy]

Nanostructured Tantalum Nitride for Enhanced Solar Water Splitting | ACS Energy Letters

[Yuriy Pihosh @PihoshYuriy]

Verified information. Orphans in the Ukraine need our help. Details can be found here: https://t.co/AHi0tQYgxh

[Yuriy Pihosh @PihoshYuriy]

https://t.co/YGTyWv3s70

[openPetition @openPetition]

Four days ago, #Russia attacked #Ukraine. More than 600,000 people are now asking #NATO countries to close Ukraine's airspace to prevent Russia from attacking from the air. What's your opinion? ✍️https://t.co/32IfFXF8yR

[Kevin Parker @kevin_parker_ai]

Efficient Organic Photovoltaics with Improved Charge Extraction and High Short-Circuit Current https://t.co/3dFcmuhPW3 #chemicalphysics

[NK papers @NK_papers]

Deciphering the capacitance frequency technique for performance-limiting defect-state parameters in energy-harvesting perovskites by Vikas Nandal https://t.co/nXuSyhfza4

[SoftRebelMoon @SoftRebelMoon]

Deciphering capacitance frequency technique for performance limiting defect state parameters in energy harvesting perovskites. (arXiv:2106.06930v2 [https://t.co/5TYjzlDa1e] UPDATED) https://t.co/ovizqWY3XK

[arXiv cond-mat @_arXiv_cond_mat]

[2106.06930] Vikas Nandal, Sumanshu Agarwal, Pradeep R. Nair: Deciphering capacitance frequency technique for performance limiting defect state parameters in energy harvesting perovskites https://t.co/J5BfArqXLn https://t.co/ttyL2yWCgE #cond_mat_mtrl_sci

[plotocop @plotocop]

arXiv/cond-mat STATUS REPORT 16/06/2021
🚨🚨 JET DETECTED IN 5 / 87 PREPRINTS 🚨🚨: https://t.co/Uusm5H8JxV, https://t.co/zgVP6Den21, https://t.co/q4HjtQvtgc, https://t.co/2g0ujg1oIE, https://t.co/oZX20fx3Wu

PLOT CRIME RUNS RAMPANT

[Gary Beane @pollinus66]

[ASAP] Anomalous Scaling Exponents in the Capacitance–Voltage Characteristics of Perovskite Thin Film Devices https://t.co/LioWc9eCgf

[産業技術総合研究所（産総研） @AIST_JP]

【プレスリリース】可視光で水から水素を生成する粉末光触媒の変換効率向上の条件を明確化
～定量的な測定と理論解析により細粒化やドーピングの効果を予測～
https://t.co/msYXwyhCQS

[産業技術総合研究所（産総研） @AIST_JP]

粉末酸硫化物光触媒における光励起キャリア寿命などの物性データの抽出に成功し、物性データとシミュレーションを組み合わせ、変換効率10％を達成する条件を明確化しました。粉末光触媒の大幅な性能改善への貢献が期待されます。
https://t.co/msYXwyhCQS

[AIST @AIST_EN]

Researchers in AIST developed a process for producing high-concentration methane from low-concentration CO₂ in collaboration with TU Delft. This process does not require a CO₂ capture and separation process prior to the conversion process.
https://t.co/kigEPUSHkc

[Energy Technology @EnergyTechnol]

Design Predictions of n-n Heterojunction Based Photoanode for Efficient Unbiased Overall Solar #WaterSplitting (aۻKazuhiro Takanabe) @UTokyo_News_en @KCCkaust https://t.co/e8CVTgRPok

[FMEM Lab @FmemL]

Results of our collaboration with Prof. A.G. Nasibulin were published in @ACS_AEM. Check out: "Surface Passivation for Efficient Bifacial HTL-free Perovskite Solar Cells with SWCNT Top Electrodes". https://t.co/4BOM4MDMuX

[Yuriy Pihosh @PihoshYuriy]

Prof. Domen group unveils charge carrier dynamics, long carrier lifetime (6ns), and design strategies for emerging Y2Ti2O5S2 photocatalyst. Congratulation to my friend Vikas Nandal and his colleagues on such excellent work:
https://t.co/pf4XOJlfHx

[Yuriy Pihosh @PihoshYuriy]

It is my pleasure to share our recently published research work titled “Probing fundamental losses in nanostructured Ta3N5 photoanodes: design principles for efficient water oxidation” in Energy & Environmental Science (impact factor 30) journal.

https://t.co/zYuQT082gr

[Yuriy Pihosh @PihoshYuriy]

Ta3N5-Nanorods enabling highly efficient water oxidation via advantageous light harvesting and charge collection - now published in Energy & Environmental Science https://t.co/UEUZX7rbTa

[Yuriy Pihosh @PihoshYuriy]

Nanochannels and ferroelectric LiNbO3 are used to create a high‐performance room‐temperature proton conductor. A µFC with LiNbO3 NCs achieves a remarkable power output of up to ≈54 mW cm−2, which is 1.4 times higher than bare glass NCs.

[Yuriy Pihosh @PihoshYuriy]

https://t.co/4JYmsA1nGr

[Yuriy Pihosh @PihoshYuriy]

https://t.co/4JYmsA1nGr