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1 to 10 of 1,183 Results

Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Feb 5, 2026 - Semiconductor Nanostructures Research Group Toth, Balazs; Gali, Ádám; Thiering, Gergő, 2025, "Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case", https://hdl.handle.net/21.15109/ARP/EXJKGL, ARP, V4 This dataset accompanies the research article about Python code Exe.py that can be used to investigate E⊗e dynamic Jahn-Teller systems.
N3V_point_defect.tar.gz Feb 5, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Gzip Archive - 218.3 MB - MD5: a9e0033670a7e3014bdce41c91f78c55
research_data.md Feb 5, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Markdown Text - 13.1 KB - MD5: b38a6b247ab653087f791b8633341981
Supporting information for Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes Jan 26, 2026 - Artificial Transporters Research Group Nonn, Melinda, 2026, "Supporting information for Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes", https://hdl.handle.net/21.15109/ARP/Q8W6OO, ARP, V1 Synthesis of tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes were demonstrated in this article. The synthesis was based by using some elementary organic chemistry reactions. The products were characterized by NMR dates and MS analysis.
sup.inf.Chemopen.2025.14.e202400475.pdf Jan 26, 2026 - Supporting information for Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes Adobe PDF - 1.1 MB - MD5: b71c70ef7e6b25f6f2b9a7e597082921 Supplementary information of Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes paper
CH3O_radical.tar.gz Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Gzip Archive - 898.3 KB - MD5: 554e8d22b5a33427616a82132c991858
Group_IV_vacancies.tar.gz Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Gzip Archive - 205.9 MB - MD5: bb89258bc809ad366a86421caba2b3e7
Jahn-Teller_parameters.csv Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Comma Separated Values - 534 B - MD5: 0bb1fa646b4fcc44b4894f16060e6877
N3V0_C3v_to_C1h_min.csv Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Comma Separated Values - 1.0 KB - MD5: 79f7ffc2899dc1c486ec9ce3cb094424
N3V0_C3v_to_C1h_sadd.csv Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case Comma Separated Values - 1.0 KB - MD5: 5cd9232350662854465c321ed827221b

Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Feb 5, 2026 - Semiconductor Nanostructures Research Group

Toth, Balazs; Gali, Ádám; Thiering, Gergő, 2025, "Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case", https://hdl.handle.net/21.15109/ARP/EXJKGL, ARP, V4

This dataset accompanies the research article about Python code Exe.py that can be used to investigate E⊗e dynamic Jahn-Teller systems.

N3V_point_defect.tar.gz

Feb 5, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Gzip Archive - 218.3 MB -

research_data.md

Feb 5, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Markdown Text - 13.1 KB -

Supporting information for Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes

Jan 26, 2026 - Artificial Transporters Research Group

Nonn, Melinda, 2026, "Supporting information for Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes", https://hdl.handle.net/21.15109/ARP/Q8W6OO, ARP, V1

Synthesis of tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes were demonstrated in this article. The synthesis was based by using some elementary organic chemistry reactions. The products were characterized by NMR dates and MS analysis.

sup.inf.Chemopen.2025.14.e202400475.pdf

Jan 26, 2026 - Supporting information for Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes

Adobe PDF - 1.1 MB -

Supplementary information of Selective Synthesis of Tetrahydroisoquinoline and Piperidine Scaffolds by Oxidative Ring Opening/Ring Closing Protocols of Substituted Indenes and Cyclopentenes paper

CH3O_radical.tar.gz

Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Gzip Archive - 898.3 KB -

Group_IV_vacancies.tar.gz

Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Gzip Archive - 205.9 MB -

Jahn-Teller_parameters.csv

Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Comma Separated Values - 534 B -

N3V0_C3v_to_C1h_min.csv

Jan 10, 2026 - Exe.py: Ab initio fine structure parameters for trigonal defect qubits within the E⊗e Jahn-Teller case

Comma Separated Values - 1.0 KB -