@techreport{oai:nifs-repository.repo.nii.ac.jp:00010312,
 author = {"Toda,  S. and Itoh,  S.-I and Yagi,  M. and Fukuyama,  A. and Itoh,  K."},
 month = {Mar},
 note = {"To study the plasma evolutin and spatial structure at the L/H transition, the double hysteresis is examined by use of the 1-dimensional transport model equations.  Three mechanisms for the bipolar losses, i.e., the loss cone loss, collisional bulk viscosity loss of ions and the anomalous loss are simultaneously retained.  five-fold multiple bifurcations are found to exist at the plasma edge, similar to the previous 0-dimensional study.  Double hysteresis causes a self-generated oscillation, which is attributed to the compound dither, a kind of ELMs.  Spatio-temporal evolution of the compound dither is analyzed."},
 title = {Spatial Structure of Compound Dither in L/H Transition},
 year = {2000}
}