Abstracts of Presentations at the 2005 Spring Meeting of the Korean Society of Mycology at The University of Seoul, Seoul, Korea, May 13.

Park, Hyun; Lee, Bong Hoon; Lee, Jin Sung; Jung, Hack Sung; Koh, Young Jin; Shin, Gil-Ho; Kim, Gyoung Hee; Park, Jong Kyu; Hur, Jae‐Seoun; Oh, Soon-Ok; Lee, Hyang Burm; Kim, Kyoung Mo; Kim, Hae Young; Choi, Gyung Ja; Jang, Kyoung Soo; Lim, He Kyoung; Cho, Kwang Yun; Lee, Hyung-Ki; Kim, Jin-Cheol; Lee, Yong-Bo; Na, Young-Hee; Lim, Chae-Kyu; Heo, Byongsoo; Lee, Kang-Soo; Lee, Yang-Soo; Lee, Hyun Ju; Min, Byung Re; Sung, Jung‐Suk; Kim, Yeong-Il; Kim, Jina; Lee, Yoo Mee; Eom, Ahn-Heum; Jeong, Hyun‐Ja; Park, Sang‐Hyun; Shin, Keum Chul; Kim, Nam Kyu; Cho, Byung Ju; Lee, Sang Yong; Lee, Jong Kyu; Hong, In-Pyo; Nam, Sung‐Hee; Jung, I-Yeon; Sung, Gyoo-Byung; Kang, Pil-Don; Kang, Seok-Woo; Hur, Hyeon; Lee, Min-Woong; Guo, Shunxing; Yu, Hyung-Eun; Lee, Dae-Hyoung; Jeong, Seung-Chan; Lee, Jong-Soo; Park, Inhye; Ha, Hyo-Cheol; Park, Kum Ju; Kim, Tae-Suck; Kim, Hyun Su; Kwon, Ji‐Won; Jee, Hyeong-Jin; Jeong, Yong Tae; Yang, Byung Keun; Jeong, Sang Chul; Gu, Young Ah; Kim, Guk Nam; Jeong, Hun; Song, Chi Hyun; Jeon, Hae-Sook; Lim, Kwang-Mi; Kahng, Hyung-Yeel; Xiao, Yue-Qin; Wang, Lisong; Lee, Jeong-Ok; Kim, Yong Il; Chang, Kwang Choon; Lee, Youn Su; Shim, Jae Ouk; Lee, U Youn; Lee, Tae Soo; Lee, Min Woong; Bae, Fun Hee; Min, Su Bin; Park, Cheong Ha; Park, Yeong Sub; Nam, Myeong Hyeon; Kim, Nam Gyu; Jung, Suck Kee; Yoo, Sang‐Jo; Kim, Hong Gi; Ko, Mi Sun; Oh, Soh Young; Park, Myung Soo; Yu, Seung Hun; Lee, Kang-Hyo; Weon, Hang-Yeon; Seok, Soon‐Ja; Kwon, Soon‐Ik; Kim, Yang-Sup; Sung, Jae-Mo; Kim, Wan-Gyu; Kwon, Hye Jin; Kong, Won-Sik; Ko, Han Gyu; Park, Hyuk Gu; Kim, Seong Hwan; Sung, Jae Mo; Park, Won Mok; Hyun, Min Woo; Shrestha, Bhushan; Han, Sang-Kuk; Yoon, Kwon-Sang; Jeong, Kwang-Yeol; Lee, Wonho; Choi, Sung-Keun; Lee, Jeo; Lee, Jung‐Hoon; Lee, Soo-Yong; Vuong, Pham Thi; Ha, Luong Van; Jeong, Kwang-Yeo; Kim, In-Yeup; Kim, Young‐Jin; Lee, Young-Hyun; Jung, Gwang-Reul; Lee, Wi Young; Park, Youngki; Ahn, Jin Kwon; Park, So Young; Choi, Young-Joon; Hong, Soon-Kwang; Shin, Hyeon‐Dong; Kim, Jae‐Jin; Breuil, Colette; Kim, Gyu-Hyeok; Choi, Joo-Ho; Ha, Tai-Moon; Chi, Jeong-Hyun; Ju, Young-Cheol; Yun, Sol; Kim, Tae‐Wan; Min, Kyong-Hee; Ha, Si Jung; Choi, Jun-Oh; Kim, Sungsoon; Ro, Hyeon-Su; Lee, Hyun‐Sook; Ryu, Jae-San; Lee, Tae Su; Jung, Kyung-Ju; Choi, Duck-Soo; Choi, Hyeung-Kuk; Park, Jungsik; Chung, Ki-Chul

doi:10.1080/12298093.2005.12015970

Cited by 18 publications

(24 citation statements)

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“…The only disadvantage of this process is the high cost of NaBH 4 feed. However, this deficiency can be partially overcome by regenerating the by-product of the hydrolysis reaction, NaBO 2 , to NaBH 4 [6].…”

Section: Introductionmentioning

confidence: 99%

Carbon-supported cobalt catalyst for hydrogen generation from alkaline sodium borohydride solution

Dai

Liu

et al. 2008

Journal of Power Sources

169

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Section: Introductionmentioning

confidence: 99%

Carbon-supported cobalt catalyst for hydrogen generation from alkaline sodium borohydride solution

Dai

Liu

et al. 2008

Journal of Power Sources

169

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“…If we consider the superconducting parameters of MgB 2 such as the high T c ≈ 40 K and the short coherence length ξ ≈ 100Å [2,3] together with the anisotropy, it is likely that thermal fluctuation effect manifests itself near T c . However, to our knowledge, there has been little report on the fluctuation effect in MgB 2 , except for two reports [15,16].…”

Section: Introductionmentioning

confidence: 99%

Origin of superconductivity transition broadening in MgB2

Masui

Lee

Tajima

2003

Physica C: Superconductivity

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We report resistivity and magnetization of single crystal MgB 2 , focusing on the broadening of superconducting (SC) transition in magnetic fields. In-plane and outof-plane resistivity indicate that the broadening of superconducting transition is independent of Lorentz force and that it is merely dependent on the magnetic field direction. In magnetization, diamagnetic signal begins to appear at almost the same temperature as the onset temperature of resistivity transition. These results suggest that the broadening is attributed not to the surface superconductivity but to the superconducting fluctuation or the vortex-liquid picture, owing to the short coherence length and the high transition temperature of MgB 2 .

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“…The image was transferred to the computer (9) for a real time processing using image processing software. Finally, by opening the valves (11), the flow started to stream again in the tube (14), back to the storage tank (6). Furthermore, a custom Xenon lighting unit (16) …”

Section: Experimental Apparatusmentioning

confidence: 99%

“…However, virtually all studies have addressed the statistical factors of flow and have not visually studied the formation of droplets in depth [5][6][7][8][9] .…”

Section: Introductionmentioning

confidence: 99%

Droplet Formation Study in Emulsification Process by KSM using a Novel In Situ Visualization System

Farzi

Rezazadeh

2015

Journal of Dispersion Science and Technology

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The semi real-time observations of oil-in-water emulsification process in a Kenics static mixer were performed using a novel in-situ visualization system. The homogenization processes and emulsion characteristics were analyzed using images taken periodically in fixed time intervals during the emulsification process. Morphological evolution of droplets was monitored and the mechanism of droplet formation was studied, both experimentally and theoretically. A wide range of dispersed phase concentration as well as surfactant concentration were used in the experiments and their impacts on emulsion characteristics were determined. Different droplet formation mechanisms occurred during the experimental results are presented. The relationship between droplet sizes, flow rate, surfactant concentration and other impact factors was visually shown, and their role in controlling the emulsification process was revealed. The minimum droplet size obtained from the dispersed phase in emulsions was shown to be perfectly monitored and controlled by this technique.

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Abstracts of Presentations at the 2005 Spring Meeting of the Korean Society of Mycology at The University of Seoul, Seoul, Korea, May 13.

Cited by 18 publications

References 0 publications

Carbon-supported cobalt catalyst for hydrogen generation from alkaline sodium borohydride solution

Carbon-supported cobalt catalyst for hydrogen generation from alkaline sodium borohydride solution

Origin of superconductivity transition broadening in MgB2

Droplet Formation Study in Emulsification Process by KSM using a Novel In Situ Visualization System

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