School of Chemistry, Chemical Engineering and Biotechnology (CCEB)

This dataverse is a collection of the School of Chemistry, Chemical Engineering and Biotechnology’s research data.
The School of CCEB integrated the Division on Chemistry and Biological Chemistry from the School of Physical & Mathematical Sciences (SPMS) with the School of Chemical and Biomedical Engineering (SCBE).

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91 to 100 of 6,981 Results

ProfBates_Eugene_ES13_DataCollection_spms_std13C-1-1.jdf Aug 15, 2025 - Salvia chinensine Unknown - 528.0 KB - MD5: 7f52e85640b1bf41875c7b2785447fa7
ProfBates_Eugene_ES13_DataCollection_spms_std1H-1-1.jdf Aug 15, 2025 - Salvia chinensine Unknown - 273.4 KB - MD5: e98fb570e9281639f7fe3fe7262835b2
ProfBates_Eugene_ES13_DataCollection_spms_stdCosy-1-1.jdf Aug 15, 2025 - Salvia chinensine Unknown - 5.0 MB - MD5: 4b9d581148e5c9ae7c4f7e9a2e6e4569
ProfBates_Eugene_ES13_DataCollection_spms_stdHmbc-1-1.jdf Aug 15, 2025 - Salvia chinensine Unknown - 8.0 MB - MD5: 8bd1b837833524ccfe1c3e1018701bcf
SalviachinensineA_13C.jdf Aug 15, 2025 - Salvia chinensine Unknown - 528.0 KB - MD5: 9832b6a39849428ebeb016e886bd6a65
SalviachinensineA_1H (4 singlet OH).jdf Aug 15, 2025 - Salvia chinensine Unknown - 273.4 KB - MD5: d5b063bdb654db066e63c01f1b21cba3
SalviachinensineA_1H (Broad OH).jdf Aug 15, 2025 - Salvia chinensine Unknown - 273.4 KB - MD5: 8627252713457be1b708ec832a9db1e7
Tetramethylether_13C.jdf Aug 15, 2025 - Salvia chinensine Unknown - 527.9 KB - MD5: c2a102e9fa52840ea0a1e37d9f47c2f1
Tetramethylether_1H.jdf Aug 15, 2025 - Salvia chinensine Unknown - 273.4 KB - MD5: 885fe64114bc425fcdca6de72cb3c320
Lead-free Metal Halide Double Perovskite-Photoelectrocatalyzed Activation of C(sp3)-H Bonds and Alkylation of Alkenes and Azo Compounds Jun 23, 2025 - Adisak THANETCHAIYAKUP Thanetchaiyakup, Adisak, 2025, "Lead-free Metal Halide Double Perovskite-Photoelectrocatalyzed Activation of C(sp3)-H Bonds and Alkylation of Alkenes and Azo Compounds", https://doi.org/10.21979/N9/KFKIKX, DR-NTU (Data), V1 Photoelectrocatalysis offers a powerful method for driving organic transformations by combining light and electrical energy to access more extreme potentials to generate reactive intermediates under milder conditions. Herein, we report the first application of a metal halide pero...

ProfBates_Eugene_ES13_DataCollection_spms_std13C-1-1.jdf