Spectroscopy electron resonance

Multiple Electron Resonance Spectroscopy ed M M Doric and J H Freed (New York Plenum) ch 14, pp 475-507... 

Laser Stark (or laser electronic resonance) spectroscopy... 

Dorio, M. M., Freed, J. H., eds. Multiple Electron Resonance Spectroscopy. New York Plenum Press (1979)... 

Kennedy, T. A. (1981). In Nuclear and Electron Resonance Spectroscopies Applied to Materials Science (E. N. Kaufmann and G. K. Shenoy, eds.), Materials Research Society Pioc., Vol. 3, p. 95. North-Holland, New York. 

T. M. Duncan and R. W. Vaughan, Nuclear and Electron Resonance Spectroscopies applied to Materials Science , Elsevier North-Holland, Amsterdam, 1981, p. 259. 

Biegelsen, D. K. (1981) in Nuclear and Electron Resonance Spectroscopies Applied to Material Science, eds Kaufinann and Shenoy (North Holland, Amsterdam). Biegelsen, D. K., Street, R. A., and Jackson, W. B. (1983) Physica B, 117B 118B, 899. 

Electron-resonance spectroscopy was used for identifying the radical obtained on x-irradiation "" and 7-irradiation of crystalline glycolic acid. The evidence supports the structure H0CHC02H for the trapped radical, with only very slight indications of the presence of another radical. One possible step in the formation of the (carboxyhydroxymethyl) radical is as follows. 

Electron resonance spectroscopy has been used also in the investigation of vinyl polymerization in the solid phase. Thus Bamford et have studied the... 

Frequently, femtosecond pulses are used in such electronically resonant spectroscopy. Such pulses usually have near-transform limited bandwidths and can spectrally embrace a fair range of vibrational coherences. Thus, even when a single central colour is chosen to define the femtosecond exciting pulse, actually a broad band of colours is available to provide a range for both co j and C02- Instead of preparing single well-defined vibrational coherences using sharply... 

Kim NK, Bowman MK, DeRose VJ (2010) Precise mapping of RNA tertiary structure via nanometer distance measurements with double electron-electron resonance spectroscopy. J Am Chem Soc 132(26) 8882-8884. doi 10.1021/Jal01317g... 

Volume 11/19 brings the spectroscopic data on diamagnetic and paramagnetic molecules as well as on molecular ions up to date considering the publications up to and partly including 1990. The spectroscopic information collected in this volume has been obtained principally from gas phase microwave measurements. In addition, gas phase data have been included derived from methods related to microwave spectroscopy by employing a coherent radiation source. These are molecular beam techniques, radio frequency spectroscopy, electron resonance spectroscopy, laser spectroscopy, and double resonance techniques. Some other methods are considered if the accuracy of the derived molecular parameters is comparable to that of micro-wave spectroscopy and no microwave data are available. Examples would be Fourier infirared spectroscopy or electric deflection method. 

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