Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance

Clayton J, Qi M, Godt A, Goldfarb D, Han S, Sherwin M (2017)
Physical Chemistry Chemical Physics 19(7): 5127-5136.

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Physical Chemistry Chemical Physics
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Clayton J, Qi M, Godt A, Goldfarb D, Han S, Sherwin M. Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance. Physical Chemistry Chemical Physics. 2017;19(7):5127-5136.
Clayton, J., Qi, M., Godt, A., Goldfarb, D., Han, S., & Sherwin, M. (2017). Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance. Physical Chemistry Chemical Physics, 19(7), 5127-5136. doi:10.1039/c6cp07119h
Clayton, J., Qi, M., Godt, A., Goldfarb, D., Han, S., and Sherwin, M. (2017). Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance. Physical Chemistry Chemical Physics 19, 5127-5136.
Clayton, J., et al., 2017. Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance. Physical Chemistry Chemical Physics, 19(7), p 5127-5136.
J. Clayton, et al., “Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance”, Physical Chemistry Chemical Physics, vol. 19, 2017, pp. 5127-5136.
Clayton, J., Qi, M., Godt, A., Goldfarb, D., Han, S., Sherwin, M.: Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance. Physical Chemistry Chemical Physics. 19, 5127-5136 (2017).
Clayton, Jessica, Qi, Mian, Godt, Adelheid, Goldfarb, Daniella, Han, Songi, and Sherwin, Mark. “Gd3+-Gd3+ distances exceeding 3 nm determined by very high frequency continuous wave electron paramagnetic resonance”. Physical Chemistry Chemical Physics 19.7 (2017): 5127-5136.

6 Zitationen in Europe PMC

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Quantitative analysis of zero-field splitting parameter distributions in Gd(iii) complexes.
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Multi-step phase-cycling in a free-electron laser-powered pulsed electron paramagnetic resonance spectrometer.
Wilson CB, Aronson S, Clayton JA, Glaser SJ, Han S, Sherwin MS., Phys Chem Chem Phys 20(26), 2018
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Bis-Gadolinium Complexes for Solid Effect and Cross Effect Dynamic Nuclear Polarization.
Kaushik M, Qi M, Godt A, Corzilius B., Angew Chem Int Ed Engl 56(15), 2017
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Computing distance distributions from dipolar evolution data with overtones: RIDME spectroscopy with Gd(iii)-based spin labels.
Keller K, Mertens V, Qi M, Nalepa AI, Godt A, Savitsky A, Jeschke G, Yulikov M., Phys Chem Chem Phys 19(27), 2017
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Time domain simulation of Gd3+-Gd3+ distance measurements by EPR.
Manukovsky N, Feintuch A, Kuprov I, Goldfarb D., J Chem Phys 147(4), 2017
PMID: 28764344

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