@article{oai:nifs-repository.repo.nii.ac.jp:00000424,
 author = {SUDO,  Shigeru and TAMURA,  Naoki and KALININA,  Diana and VINYAR,  Igor and SATO,  Kuninori and VESHCHEV,  Evgeny and GONCHAROV,  Pavel and OZAKI,  Tetsuo and INAGAKI,  Shigeru and FUNABA,  Hisamichi and MUTOH,  Sadatsugu and IGITKHANOV,  Yuri and YI,  Liu and PETERSON,  Byron and STUTMAN,  Dan and FINKENTHAL,  Michael and LHD, Experimental Group},
 journal = {Plasma and Fusion Research},
 month = {Jan},
 note = {In order to obtain a better understanding of impurity transport in magnetically confined plasmas, a Tracer-Encapsulated Soild PELlet (TESPEL) has been developed. The essential points of the TESPEL are as follows: the TESPEL has a double-layered structure, and a tracer impurity, the amount of which can be known precisely, is embedded as an inner core. This structure enables us to deposit the tracer impurity locally inside the plasma. From experiences of developing the TESPEL production technique and its injection experiments, it became clear that various plasma properties can be studied by the TESPEL injection. There are not only impurity transport in the plasma but also transport both outside and inside of the magnetic island O-point, heat transport and high-energy neutral particle flux. Therefore, the TESPEL injection has a favorable multi-functional diagnostic capability. Furthermore a Tracer-Encapsulated Cryogenic PELlet (TECPEL) has been also developed. The TECPEL has an advantage over the TESPEL in terms of no existence of carbons in the outer layer. The TECPEL injector was installed at LHD in December 2005, and the preliminary injection experiments have been carried out.},
 title = {Multi-functional Diagnostic Method with Tracer-encapsulated Pellet Injection},
 volume = {Vol.2},
 year = {2007}
}