Philip Coppens
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Explore the profile of Philip Coppens including associated specialties, affiliations and a list of published articles.
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107
Citations
752
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Recent Articles
1.
Basuroy K, Chen Y, Sarkar S, Benedict J, Coppens P
Struct Dyn
. 2017 Apr;
4(2):024501.
PMID: 28382318
The structural changes accompanying the excitation of the luminescent dibromobenzene derivative, 1,4-dibromo-2,5-bis(octyloxy)benzene, have been measured by in-house monochromatic time-resolved (TR) diffraction at 90 K. Results show an increment of the...
2.
Coppens P
Struct Dyn
. 2017 Feb;
4(3):032102.
PMID: 28191481
A short description of some of the paradigm-changing developments of the study of light-induced structural changes in molecular crystals is presented. The review is by no means comprehensive. The extensive...
3.
Chen Y, Jarzembska K, Trzop E, Coppens P
Chemistry
. 2016 May;
22(20):6712.
PMID: 27137878
No abstract available.
4.
Chen Y, Jarzembska K, Trzop E, Coppens P
Chemistry
. 2016 Mar;
22(13):4634-6.
PMID: 26928979
A summary of the evidence based on spectroscopy, calculated density of states (DOS) and photo-electrochemistry, for electron transfer from the occupied Fe(2+) (d)-β orbital located within the band gap of...
5.
Fournier B, Sokolow J, Coppens P
Acta Crystallogr A Found Adv
. 2016 Feb;
72(Pt 2):250-60.
PMID: 26919377
Two methods for scaling of multicrystal data collected in time-resolved photocrystallography experiments are discussed. The WLS method is based on a weighted least-squares refinement of laser-ON/laser-OFF intensity ratios. The other,...
6.
Coppens P, Fournier B
Struct Dyn
. 2016 Jan;
2(6):064101.
PMID: 26798829
The need for data-scaling has become increasingly evident as time-resolved pump-probe photocrystallography is rapidly developing at high intensity X-ray sources. Several aspects of the scaling of data sets collected at...
7.
Coppens P
Struct Dyn
. 2016 Jan;
2(2):020901.
PMID: 26798788
A number of examples illustrate structural-dynamics studies of picosecond and slower photo-induced processes. They include molecular rearrangements and excitations. The information that can be obtained from such studies is discussed....
8.
Dominiak P, Volkov A, Li X, Messerschmidt M, Coppens P
J Chem Theory Comput
. 2015 Dec;
3(1):232-47.
PMID: 26627168
A comprehensive version of the theoretical databank of transferable aspherical pseudoatoms is described, and its first application to protein-ligand interaction energies is discussed. The databank contains all atom types present...
9.
Volkov A, King H, Coppens P
J Chem Theory Comput
. 2015 Dec;
2(1):81-9.
PMID: 26626382
As electrostatic forces play a prominent role in the process of folding and binding of biological macromolecules, an examination of the method dependence of the electrostatic interaction energy is of...
10.
Coppens P, Sokolow J, Trzop E, Makal A, Chen Y
J Phys Chem Lett
. 2015 Aug;
4(4):579-82.
PMID: 26281869
[Cu(I)(phen)(PPh3)2][BF4] crystallizes with two nonsymmetry-related molecules in the asymmetric unit. Synchrotron time-resolved X-ray diffraction experiments have shown that the two independent molecules distort differently on MLCT excitation. The luminescence decay...