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61 to 70 of 2,247 Results
Codes_Py3_Automated_validation_llm.zip
May 29, 2026 - Supplementary dataset and reproducible codes for LLM-assisted mapping feedstocks of eight conversion technologies from over 121,000 studies
ZIP Archive - 30.9 MB - MD5: 7f096b9d59fcae9952608d30ecd882dc
Python scripts and documentation for targeted LLM-assisted validation of uncertain or non-accepted records after rule-based cleaning.
Review_DataExtraction_Validation_Curation_FinalDataset.zip
May 29, 2026 - Supplementary dataset and reproducible codes for LLM-assisted mapping feedstocks of eight conversion technologies from over 121,000 studies
ZIP Archive - 138.6 MB - MD5: fab016b2ffd7b55a91de062f0abca390
Processed and derived datasets from the extraction, cleaning, validation, and manual-curation workflow, including bibliographic source identifiers, intermediate outputs, and the final curated feedstock–technology descriptors. Scopus-derived abstracts and raw Scopus exports are not included.
Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
May 8, 2026
zhang, guoli, 2026, "Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots", https://doi.org/10.18710/6FDKP9, DataverseNO, V1
This dataset contains electrochemical and structural characterization data that support the following publication: Zhang G., Li H., Wang K., Li G., Li K., Guan T., Wang K. Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots. Energy & Environmental Materials, 2026. The dataset includes cycli...
README.txt
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Plain Text - 4.3 KB - MD5: e243af90dbf6f172f58c8ff004a595b3
README file describing dataset structure, file organization, sample naming, and experimental details.
CyclicVoltammetry_DeformationStates.csv
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Comma Separated Values - 175.1 KB - MD5: 860c3f2ab1dfe39b0942b8e66a4cba05
CyclicVoltammetry_MCs_Comparison.csv
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Comma Separated Values - 176.3 KB - MD5: 30e1d4003125eba260621ca36e7fa3d0
MMCs_CycleStability.csv
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Comma Separated Values - 1.3 KB - MD5: 3fe285b4a68e34d235905da8d044d535
GalvanostaticChargeDischarge_MCs_0.1Ag.csv
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Comma Separated Values - 6.3 MB - MD5: 640d6f9e785e8f21fde584a1a7082662
ImpedanceSpectroscopy_MCs_Comparison.csv
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Comma Separated Values - 4.1 KB - MD5: 03e0e3ffd6bf6caf674ac6a36a2a1b58
AdsorptionIsotherm_MCs_Comparison.csv
May 8, 2026 - Boosting Zinc-Ion Hybrid Capacitors with Mesoporous Carbon Derived from Highly Graphitized Carbon Quantum Dots
Comma Separated Values - 8.7 KB - MD5: 7245e5b35cdbd64334d6e9663a8fac6b
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