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Organic/inorganic chemistry, analytical chemistry, electrochemistry, molecular properties, chemical reactions
2,316 datasets
A 610.3 KB dataset on figshare details a solvent-free mechanochemical synthesis method. Vipin Kumar authored this dataset, which was last updated on June 4, 2026. The data likely contains reaction outcomes for synthesizing 2,3-dihydrothiazoles and thiazolidines from β-ketothioamides and α-bromoketones/1,3-dichloroprop-2-one.
Experimental data for a solvent-free mechanochemical synthesis cascade producing 2,3-dihydrothiazoles and thiazolidines. The dataset likely contains reaction yields and conditions for reactions performed at room temperature within 15 minutes. The data was uploaded by Vipin Kumar on figshare in June 2026.
Perhalogenated lithium closo-dodecaborate salts exhibit high Li+ ionic conductivity, reaching 0.12 S cm–1 for Li2B12Cl12 at ≈870 K. The dataset contains crystal structure information (CIF files) for Li2B12X12 (X = F, Cl, Br, I) determined by X-ray diffraction over a wide temperature range. It was authored by Agnieszka Prus and last updated on 2026-06-04.
Lithium closo-dodecaborate salts Li2B12X12 (X = F, Cl, Br, I) were isolated and characterized over a wide temperature range. Agnieszka Prus published this dataset on figshare in June 2026, containing Crystallographic Information Files (CIF) for these solid electrolyte materials. The data includes ionic conductivity values up to 0.12 S cm–1 for Li2B12Cl12 at approximately 870 K.
Li2B12Cl12 exhibits a high ionic conductivity of 0.12 S cm–1 at approximately 870 K. This dataset contains Crystallographic Information Files (CIF) for perhalogenated lithium closo-dodecaborate salts, published by Agnieszka Prus on figshare in June 2026. The data supports research into solid electrolytes for advanced battery systems.
Agnieszka Prus published crystal structure and ionic conductivity data for perhalogenated lithium closo-dodecaborate salts on June 4, 2026. The dataset includes results for Li2B12X12 compounds (X = F, Cl, Br, I) characterized by X-ray diffraction, thermal analysis, and spectroscopy over a wide temperature range. It contains measured ionic conductivity values, such as 0.12 S cm–1 for Li2B12Cl12 at ≈870 K.
A 2026 study by Agnieszka Prus provides crystal structure and ionic conductivity data for perhalogenated lithium closo-dodecaborate salts (Li2B12X12, X = F, Cl, Br, I). The dataset includes structural data determined by X-ray diffraction across a wide temperature range, thermal analysis, and spectroscopic characterization. Ionic conductivity values reach up to 0.12 S cm–1 for Li2B12Cl12 at approximately 870 K.
A 2026 study by Agnieszka Prus systematically examines the crystal structures and ion transport properties of perhalogenated lithium closo-dodecaborate salts Li2B12X12 (X = F, Cl, Br, I). The dataset includes structural data determined by X-ray diffraction over a wide temperature range, complemented by thermal analysis, FTIR, Raman spectroscopy, and DFT calculations. It reports ionic conductivity values up to 0.12 S cm–1 for Li2B12Cl12 at approximately 870 K.
Crystallographic Information Files (CIF) for four perhalogenated lithium closo-dodecaborate salts. The dataset includes structures determined by X-ray diffraction over a wide temperature range for Li2B12X12 (X = F, Cl, Br, I). Author Agnieszka Prus published the data on figshare in June 2026.
Agnieszka Prus published crystal structure and ionic conductivity data for perhalogenated lithium closo-dodecaborate salts on June 4, 2026. The dataset includes results for Li2B12X12 compounds (X = F, Cl, Br, I) characterized by X-ray diffraction, thermal analysis, and spectroscopy over a wide temperature range. It contains measured ionic conductivity values, such as 0.12 S cm–1 for Li2B12Cl12 at ≈870 K.
35.0 KB of crystallographic information file (CIF) data for lithium perhalogenated closo-dodecaborate salts (Li2B12X12, X = F, Cl, Br, I). The dataset, authored by Agnieszka Prus and last updated in June 2026, contains structures determined by X-ray diffraction over a wide temperature range, with ionic conductivity values up to 0.12 S cm–1 reported.
Source data for the 'molDiscovery: Learning Mass Spectrometry Fragmentation of Small Molecules' project. The data was provided by Liu Cao of Carnegie Mellon University and is associated with a paper on the paperswithcode platform. The dataset's specific size, format, and update date are not detailed in the available metadata.
Approximately 400 terms used in the multidisciplinary field of bioinorganic chemistry are defined. The glossary was compiled by M. W. G. De Bolster of Vrije Universiteit Amsterdam to fulfill a recognized need for globally acceptable definitions, reflecting current usage and complementing IUPAC guidelines. It includes abbreviations and acronyms frequently used in the field.
About 400 terms and definitions compiled for the multidisciplinary field of bioinorganic chemistry. This glossary was created by M. W. G. De Bolster of Vrije Universiteit Amsterdam to fulfill a recognized need for globally acceptable definitions. It reflects current usage and complements IUPAC guidelines, including frequently used abbreviations and acronyms.
A glossary of about 400 terms and definitions compiled by M. W. G. De Bolster of Vrije Universiteit Amsterdam for the multidisciplinary field of bioinorganic chemistry. The definitions reflect current usage and complement IUPAC guidelines, aiming to fulfill a recognized need for globally acceptable terminology. Abbreviations and acronyms frequently used in the field are included.
400 terms defined for the multidisciplinary field of bioinorganic chemistry, compiled by M. W. G. De Bolster of Vrije Universiteit Amsterdam. The glossary was created to fulfill a recognized need for globally acceptable definitions and reflects current usage, complementing IUPAC guidelines. It includes abbreviations and acronyms frequently used in the field.
About 400 essential terms defined for the multidisciplinary field of bioinorganic chemistry. The glossary was compiled by M. W. G. De Bolster of Vrije Universiteit Amsterdam to fulfill a recognized need for globally acceptable definitions. It reflects current usage and complements IUPAC guidelines, including frequently used abbreviations and acronyms.
About 400 terms are defined in this glossary for the multidisciplinary field of bioinorganic chemistry. It was compiled by M. W. G. De Bolster of Vrije Universiteit Amsterdam to fulfill a recognized need for globally acceptable definitions. The definitions reflect current usage and complement IUPAC guidelines.
M. W. G. De Bolster of Vrije Universiteit Amsterdam compiled this glossary of about 400 terms for the multidisciplinary field of bioinorganic chemistry. The definitions reflect current usage and complement IUPAC guidelines, aiming to fulfill a recognized need for globally acceptable definitions. It includes abbreviations and acronyms frequently used in the field.
400 terms with definitions and explanatory notes compiled for the multidisciplinary field of bioinorganic chemistry. The glossary was created by M. W. G. De Bolster of Vrije Universiteit Amsterdam to fulfill a recognized need for globally acceptable definitions. It reflects current usage and complements IUPAC guidelines, including frequently used abbreviations and acronyms.