Add to ORKGThe use of ENDOR spectroscopy in the study of disordered systems is discussed. It is shown that by this techniqueit is possible to obtain the principal values of the anisotropic interactions of radicals and some information on their cosine directors
The radicals CH2COO- (I) and CH3CHCOO- (II) produced by gamma irradiation at room temperature of a s...
In this communication I report the results of a series of studies by ESR, ENDOR and Electron Spin Ec...
Recent improvements of a 3 mm high-field/high-frequency CW EPR/ENDOR spectrometer [O. Burghaus, M. R...
The use of ENDOR spectroscopy in the study of disordered systems is discussed. It is shown that by t...
We show that the analysis of ENDOR lineshapes and enhancements can give valuable information on the ...
The use of ENDOR spectroscopy of radicals in frozen solution is discussed. It is shown that by this ...
Both electron paramagnetic resonance (EPR) and electron nuclear double resonance (ENDOR) spectroscop...
EPR and ENDOR (Electron Nuclear DOuble Resonance) spectroscopies give complementary information in t...
EPR and ENDOR (Electron Nuclear DOuble Resonance) spectroscopies give complementary information in t...
There has recently been an increase in the amount of work on the theoretical side of ENDOR spectrosc...
Exact and perturbation methods were employed in simulations of powder ENDOR spectra to obtain the an...
The construction and operation of a high power liquid phase Electron Nuclear Double Resonance (ENDOR...
The most detailed information on paramagnetic systems is obtained from studies in single crystals. I...
The EPR spectrum due to radical pairs was studied in mixed crystals containing 5% of a nitroxide ind...
Electron-nuclear double resonance (ENDOR) is a widely used technique to measure the nuclear frequenc...
The radicals CH2COO- (I) and CH3CHCOO- (II) produced by gamma irradiation at room temperature of a s...
In this communication I report the results of a series of studies by ESR, ENDOR and Electron Spin Ec...
Recent improvements of a 3 mm high-field/high-frequency CW EPR/ENDOR spectrometer [O. Burghaus, M. R...
The use of ENDOR spectroscopy in the study of disordered systems is discussed. It is shown that by t...
We show that the analysis of ENDOR lineshapes and enhancements can give valuable information on the ...
The use of ENDOR spectroscopy of radicals in frozen solution is discussed. It is shown that by this ...
Both electron paramagnetic resonance (EPR) and electron nuclear double resonance (ENDOR) spectroscop...
EPR and ENDOR (Electron Nuclear DOuble Resonance) spectroscopies give complementary information in t...
EPR and ENDOR (Electron Nuclear DOuble Resonance) spectroscopies give complementary information in t...
There has recently been an increase in the amount of work on the theoretical side of ENDOR spectrosc...
Exact and perturbation methods were employed in simulations of powder ENDOR spectra to obtain the an...
The construction and operation of a high power liquid phase Electron Nuclear Double Resonance (ENDOR...
The most detailed information on paramagnetic systems is obtained from studies in single crystals. I...
The EPR spectrum due to radical pairs was studied in mixed crystals containing 5% of a nitroxide ind...
Electron-nuclear double resonance (ENDOR) is a widely used technique to measure the nuclear frequenc...
The radicals CH2COO- (I) and CH3CHCOO- (II) produced by gamma irradiation at room temperature of a s...
In this communication I report the results of a series of studies by ESR, ENDOR and Electron Spin Ec...
Recent improvements of a 3 mm high-field/high-frequency CW EPR/ENDOR spectrometer [O. Burghaus, M. R...