@techreport{oai:jaxa.repo.nii.ac.jp:00042840,
 author = {木下, 恭一 and 中村, 裕彦 and 花上, 康宏 and 岩井, 正行 and 鶴, 哲也 and 村松, 祐治 and 足立, 聡 and 越川, 尚清 and 依田, 真一 and Kinoshita, Kyoichi and Nakamura, Hirohiko and Hanaue, Yasuhiro and Iwai, Masayuki and Tsuru, Tetsuya and Muramatsu, Yuji and Adachi, Satoshi and Koshikawa, Naokiyo and Yoda, Shinichi},
 month = {Dec},
 note = {One dimensional TLZ (Traveling Liquidus-Zone) growth model has been developed and the importance of accurate measurements of temperature gradients in the liquidus-zone has been revealed because sample translation rates for growing homogeneous crystals are directly related to the temperature gradient according to the model. For this purpose, a new method was invented to determine the average temperature gradient in the zone experimentally. In addition, temperature profiles in dummy samples were measured by using thermocouples and these results were utilized for developing numerical analyses of temperature distribution in the sample device. As a result, understanding of the TLZ growth mechanism has been deepened including constitutional supercooling during the crystal growth. Here, experimental results on temperature profile (temperature gradient) measurements and compositional profile analyses based on the TLZ model and measured temperature gradients are summarized together with the TLZ model over view., 資料番号: AA0045402001, レポート番号: NASDA-TMR-020024E},
 title = {Modeling and experimental study on the traveling liquidus-zone method},
 year = {2002}
}