Picosecond spectroscopy biological systems

Biological systems, picosecond spectroscopy, 201-20 Blood, copper and zinc analyses, 112 Blooming... 

In order to appreciate more fully the Impact that video imaging systems have had on measurements In Picosecond Spectroscopy some data obtained with the above techniques will now be presented covering various areas of Interest In Physics, Chemistry,and Biology. 

Picosecond Spectroscopy and Applications to Chemical and Biological Systems... 

Picosecond spectroscopy provides a means of studying ultrafast events which occur in physical, chemical, and biological processes. Several types of laser systems are currently available which possess time resolution ranging from less than one picosecond to several picoseconds. These systems can be used to observe transient states and species involved in a reaction and to measure their formation and decay kinetics by means of picosecond absorption, emission and Raman spectroscopy. Technological advances in lasers and optical detection systems have permitted an increasing number of photochemical reactions to be studied in. greater detail than was previously possible. Several recent reviews (1-4) have been written which describe these picosecond laser systems and several applications of them... 

Eck V./Josef Holzwarth, A. Genz Iodine Laser Temperature J.F. Holzwarth, V. Eck, A. Genz, Iodine Laser Temperature Jump from Picoseconds to Seconds Relaxation Processes of Phospholipid Bilayers. In Bayley, P.M./R. Dale (Eds.), Spectroscopy and Dynamics of Biological Systems, London 1984, p. 351-377. 

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