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chemical_formula_hill
string
chemical_formula_reduced
string
chemical_formula_anonymous
string
atomic_numbers
list
elements
list
elements_ratios
list
nelements
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nsites
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cell
list
positions
list
pbc
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dimension_types
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nperiodic_dimensions
int32
structure_hash
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multiplicity
int32
software
string
method
string
adsorption_energy
float64
atomic_forces
string
atomization_energy
float64
cauchy_stress
string
cauchy_stress_volume_normalized
bool
electronic_band_gap
float64
electronic_band_gap_type
string
energy
float64
formation_energy
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max_force_norm
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mean_force_norm
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property_object_metadata
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property_object_last_modified
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configuration_metadata
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configuration_labels
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configuration_names
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configuration_dataset_ids
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configuration_last_modified
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dataset_authors
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dataset_description
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dataset_elements
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dataset_nelements
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dataset_nproperty_objects
int64
dataset_nconfigurations
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dataset_nsites
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dataset_adsorption_energy_count
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dataset_atomic_forces_count
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dataset_atomization_energy_count
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dataset_cauchy_stress_count
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dataset_electronic_band_gap_count
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dataset_energy_count
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dataset_energy_mean
float64
dataset_energy_variance
float64
dataset_formation_energy_count
int64
dataset_last_modified
timestamp[ns]
dataset_dimension_types
list
dataset_nperiodic_dimensions
list
dataset_publication_year
string
dataset_total_elements_ratios
list
dataset_license
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dataset_links
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dataset_doi
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dataset_hash
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dataset_id
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dataset_extended_id
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CH2O
CH2O
A2BC
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MD_2682155397138376378020205
2025-07-02T20:23:51
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null
null
null
[ "QM-22_H2CO_to_cis_and_trans_HCOH_10167" ]
[ "DS_pci59t5zafkx_0" ]
2025-07-02T20:23:47
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CO_1312715080866946400074486
QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
CH2O
CH2O
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MD_2682155397138376378020205
2025-07-02T20:23:51
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10322" ]
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
CH2O
CH2O
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MD_2682155397138376378020205
2025-07-02T20:23:51
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10272" ]
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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Apache-2.0
{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
CH2O
CH2O
A2BC
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[ "C", "H", "O" ]
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MD_2682155397138376378020205
2025-07-02T20:23:51
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null
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10413" ]
[ "DS_pci59t5zafkx_0" ]
2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
[ "C", "H", "O" ]
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{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
null
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
CH2O
CH2O
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[ "C", "H", "O" ]
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MD_2682155397138376378020205
2025-07-02T20:23:51
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null
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10574" ]
[ "DS_pci59t5zafkx_0" ]
2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
[ "C", "H", "O" ]
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2025-07-02T16:24:46
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Apache-2.0
{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
CH2O
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MD_2682155397138376378020205
2025-07-02T20:23:51
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[ "DS_pci59t5zafkx_0" ]
2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
[ "C", "H", "O" ]
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{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
CH2O
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:50
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:50
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:50
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10189" ]
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:50
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10067" ]
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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MD_2682155397138376378020205
2025-07-02T20:23:51
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2025-07-02T20:23:47
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[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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DS_pci59t5zafkx_0
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MD_2682155397138376378020205
2025-07-02T20:23:50
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2025-07-02T20:23:47
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QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T20:23:51
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2025-07-02T20:23:47
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CO_1156018137295401054924922
QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
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2025-07-02T16:24:46
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Apache-2.0
{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
null
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DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
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MD_2682155397138376378020205
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[ "QM-22_H2CO_to_cis_and_trans_HCOH_10589" ]
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2025-07-02T20:23:47
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CO_4536659220788985549820300
QM-22_H2CO_to_cis_and_trans_HCOH
[ "Chen Qu", "Qi Yu", "Brian L. Van Hoozen Jr", "Joel M. Bowman", "Rodrigo A. Vargas-Hernández" ]
The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.
[ "C", "H", "O" ]
3
34,750
34,750
139,000
0
0
0
0
0
34,750
-3,108.191595
1.708916
0
2025-07-02T16:24:46
[ [ 0, 0, 0 ] ]
[ 0 ]
2025
[ 0.25, 0.5, 0.25 ]
Apache-2.0
{'source-publication': 'https://doi.org/10.1021/acs.jctc.8b00298', 'source-data': 'https://github.com/jmbowma/QM-22', 'other': ['https://doi.org/10.1063/5.0089200', 'https://doi.org/10.1098/rsta.2016.0194']}
null
4891190253158194424045836203772541126072489027379042352205248027739581117420687600447024998847199711504571397302006254014034192514304813372903776615028545
DS_pci59t5zafkx_0
QM-22_H2CO_to_cis_and_trans_HCOH__Qu-Yu-Jr-Bowman-Vargas-Hernandez__DS_pci59t5zafkx_0
End of preview. Expand in Data Studio

Cite this dataset

Qu, C., Yu, Q., Jr, B. L. V. H., Bowman, J. M., and Vargas-Hernández, R. A. QM-22 H2CO to cis and trans HCOH. ColabFit, 2025. https://doi.org/None

View on the ColabFit Exchange

https://materials.colabfit.org/id/DS_pci59t5zafkx_0

Dataset Name

QM-22 H2CO to cis and trans HCOH

Description

The H2CO/HCOH set of the QM-22 datasets, representing the isomerization of formaldehyde to cis and trans-hydroxycarbene, with energies calculated at the CCSD(T) level of theory. QM-22 consists of CHON molecules of 4-15 atoms, developed in counterpoint to the MD17 dataset, run at higher total energies (above 500 K) and with a broader configuration space.

Additional details stored in dataset columns prepended with "dataset_".

Dataset authors

Chen Qu, Qi Yu, Brian L. Van Hoozen Jr, Joel M. Bowman, Rodrigo A. Vargas-Hernández

Publication

https://doi.org/10.1021/acs.jctc.8b00298

Original data link

https://github.com/jmbowma/QM-22

License

Apache-2.0

Number of unique molecular configurations

34750

Number of atoms

139000

Elements included

C, H, O

Properties included

energy

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