@inproceedings{oai:repo.qst.go.jp:00054895,
 author = {矢木, 雅敏 and Woo, Cho Young and 瀬戸, 春樹 and Soo, Hahm Taik and 矢木 雅敏 and 瀬戸 春樹},
 book = {International Conference Proceedings of MC 2017},
 month = {Apr},
 note = {3-field Landau fluid (LF3) model describes the ion tem-
perature gradient driven drift wave (ITG) turbulence in Toka-
mak plasmas[1]. It is applied to investigate the internal trans-
port barrier formation which gives the improved energy con-
finement time[2]. The code is developed using the spectral
method[3] which is parallelized using Message Passing Inter-
face (MPI)[4, 5]. Since the calculation cost of nonlinear mode
coupling is most expensive part, so that various schemes for
the decomposition of do loop are tested to optimize it. It is
found that the best scheme gives roughly 30% faster than the
standard decomposition method.},
 publisher = {Korean Nuclear Society},
 title = {Parallelization of Spectral Landau Fluid Code Using MPI},
 year = {2017}
}