Physical chemistry

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JOURNAL CONTRIBUTION

Open or Closed? Elucidating the Correlation betweenMicropore Nature and Sodium Storage Mechanisms in HardCarbon

journal contribution posted on 2025-05-06

Oscillatory Field Genesis: The Emergent Architecture of Spacetime, Matter, and Memory

Oscillatory Field Genesis: The Emergent Architecture of Spacetime, Matter, and Memory

dataset posted on 2025-05-05

Data for AMPERE-2 opentron

Data for AMPERE-2 opentron

dataset posted on 2025-05-01 in Technical University of Denmark

Nis Fisker-Bødker

Data.opju

dataset posted on 2025-04-30

High-entropy-doping effect in a rapid-charging Nb₂O₅ lithium-ion battery negative electrode

dataset posted on 2025-04-29

FILES UNDER EMBARGO

Chemo-Mechanics Interactions in Electrochemically Reactive Architectures

thesis posted on 2025-04-22 in Purdue University Graduate School

Source Data.xlsx

Source Data.xlsx

dataset posted on 2025-04-21

Direct electrochemical co-polymerization of EDOT and hydroquinone

Direct electrochemical co-polymerization of EDOT and hydroquinone

dataset posted on 2025-04-16

Amateur synthesis of sodium nitrate and sodium nitrite by electrolytic oxidation of ammonia in a diaphragm separated cell

Amateur synthesis of sodium nitrate and sodium nitrite by electrolytic oxidation of ammonia in a diaphragm separated cell

journal contribution posted on 2025-04-16

Theodore Curtius

Determination of whether an electrolyser could be used to successfully perform electrochemical CO₂ reduction (ECR) using Cu (II) tetraphenyl porphyrin (CuP)

Determination of whether an electrolyser could be used to successfully perform electrochemical CO₂ reduction (ECR) using Cu (II) tetraphenyl porphyrin (CuP)

figure posted on 2025-04-11 in University of Pretoria

Simphiwe Ndlangamandla

Cyclic Voltammetry of S1 and S4

Cyclic Voltammetry of S1 and S4

dataset posted on 2025-04-07

Source data.xlsx

dataset posted on 2025-04-05

Electrochemical Imaging of Noble Metal Electrocatalysts

Electrochemical Imaging of Noble Metal Electrocatalysts

thesis posted on 2025-04-01 in Monash University

Lachlan Francis Gaudin

Data for publication: Visualizing interface degradation of solid oxide cell

dataset posted on 2025-03-31 in Technical University of Denmark

<b>Abiogenesis and Accelerated Eukaryogenesis</b>

Abiogenesis and Accelerated Eukaryogenesis

preprint posted on 2025-03-25

Identifying high-spin hydroxyl-coordinated Fe³⁺N₄ as the active centre for acidic oxygen reduction using molecular model catalysts

dataset posted on 2025-03-24

inorganics-3529241-supplementary.rar

dataset posted on 2025-03-22

Proton-transfer kinetics at liquid-liquid interfaces COMSOL report: electrostatics and transport of diluted species

Proton-transfer kinetics at liquid-liquid interfaces COMSOL report: electrostatics and transport of diluted species

journal contribution posted on 2025-03-17

Source_data

dataset posted on 2025-03-17

Data.zip

dataset posted on 2025-03-13

Zn-graphene capacitor with redox bio-ionic liquid

dataset posted on 2025-03-11 in Brunel University London

Abhishek Lahiri

ZnO dissolution in deep eutectic solvent for Zn recovery

ZnO dissolution in deep eutectic solvent for Zn recovery

dataset posted on 2025-03-11 in Brunel University London

Abhishek Lahiri

Insights into Catalytic Activity and Selectivity of 5-Hydroxymethylfurfural Oxidation on Gold Single-Crystal Electrodes

dataset posted on 2025-03-03

Lorena Chico Mesa

Electrochemical measurement of E. coli

Electrochemical measurement of E. coli

dataset posted on 2025-02-27

Takashi Fujikawa

ONLINE RESOURCE

Identifying high-spin hydroxyl-coordinated Fe³⁺N₄ as the active center for acidic oxygen reduction using molecular model catalysts

online resource posted on 2025-02-24

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 35)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 35)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 34)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 34)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 33)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 33)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 32)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 32)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 31)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 31)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 30)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 30)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 29)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 29)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 28)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 28)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 27)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 27)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 26)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 26)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 25)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 25)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 24)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 24)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 23)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 23)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 22)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 22)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 21)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 21)

figure posted on 2025-02-20