Two-dimensional Fourier transform ESR in the slow-motional and rigid limits: SECSY-ESR

Baldev R. Patyal; Richard H. Crepeau; Dan Gamliel; Jack H. Freed

doi:10.1016/0009-2614(90)85562-Q

Two-dimensional Fourier transform ESR in the slow-motional and rigid limits: SECSY-ESR

Baldev R. Patyal, Richard H. Crepeau, Dan Gamliel, Jack H. Freed

Research output: Contribution to journal › Article › peer-review

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Abstract

Two-dimensional Fourier transform ESR has now been extended to the slow-motional and rigid limit regimes which require spectral bandwidths of 200-250 MHz and sub-nanosecond time resolution in echo decays. Two-pulse SECSY-ESR on nitroxides is shown to provide detailed structural information from the effects of nuclear modulation and slow-motional information from both the main ESR spectrum as well as the nuclear modulation.

Original language	English
Pages (from-to)	445-452
Number of pages	8
Journal	Chemical Physics Letters
Volume	175
Issue number	5
DOIs	https://doi.org/10.1016/0009-2614(90)85562-Q
State	Published - 21 Dec 1990
Externally published	Yes

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title = "Two-dimensional Fourier transform ESR in the slow-motional and rigid limits: SECSY-ESR",

abstract = "Two-dimensional Fourier transform ESR has now been extended to the slow-motional and rigid limit regimes which require spectral bandwidths of 200-250 MHz and sub-nanosecond time resolution in echo decays. Two-pulse SECSY-ESR on nitroxides is shown to provide detailed structural information from the effects of nuclear modulation and slow-motional information from both the main ESR spectrum as well as the nuclear modulation.",

author = "Patyal, {Baldev R.} and Crepeau, {Richard H.} and Dan Gamliel and Freed, {Jack H.}",

note = "Funding Information: * Supported by NSF Grant CHE 9004552 and NIH Grant GM25862.",

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AU - Gamliel, Dan

AU - Freed, Jack H.

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PY - 1990/12/21

Y1 - 1990/12/21

N2 - Two-dimensional Fourier transform ESR has now been extended to the slow-motional and rigid limit regimes which require spectral bandwidths of 200-250 MHz and sub-nanosecond time resolution in echo decays. Two-pulse SECSY-ESR on nitroxides is shown to provide detailed structural information from the effects of nuclear modulation and slow-motional information from both the main ESR spectrum as well as the nuclear modulation.

AB - Two-dimensional Fourier transform ESR has now been extended to the slow-motional and rigid limit regimes which require spectral bandwidths of 200-250 MHz and sub-nanosecond time resolution in echo decays. Two-pulse SECSY-ESR on nitroxides is shown to provide detailed structural information from the effects of nuclear modulation and slow-motional information from both the main ESR spectrum as well as the nuclear modulation.

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Two-dimensional Fourier transform ESR in the slow-motional and rigid limits: SECSY-ESR

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