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1. Poster: Memristive Systems

Author

Ho Yoon, Jung, primary, Jung, Hyung-Suk, additional, Hwan Lee, Min, additional, Hwan Kim, Gun, additional, Ji Song, Seul, additional, Yeong Seok, Jun, additional, Jean Yoon, Kyung, additional, Seong Hwang, Cheol, additional, Besland, M.-P., additional, Tranchant, J., additional, Souchier, E., additional, Moreau, P., additional, Salmon, S., additional, Corraze, B., additional, Janod, E., additional, Cario, L., additional, Zazpe, Raúl, additional, Ungureanu, Mariana, additional, Llopis, Roger, additional, Golmar, Federico, additional, Stoliar, Pablo, additional, Casanova, Félix, additional, Eduardo Hueso, Luis, additional, Hermes, C., additional, Wimmer, M., additional, Menzel, S., additional, Fleck, K., additional, Rana, V., additional, Salinga, M., additional, Böttger, U., additional, Bruchhaus, R., additional, Wuttig, M., additional, Waser, R., additional, Lentz, F., additional, Rösgen, B., additional, Selle, T., additional, Marchewka, Astrid, additional, Menzel, Stephan, additional, Böttger, Ulrich, additional, Waser, Rainer, additional, Hoskins, Brian, additional, Alibart, Fabien, additional, Strukov, Dmitri, additional, Pellegrino, Luca, additional, Manca, Nicola, additional, Kanki, Teruo, additional, Tanaka, Hidekazu, additional, Biasotti, Michele, additional, Bellingeri, Emilio, additional, Sergio Siri, Antonio, additional, Marré, Daniele, additional, M. Padilha, Antonio Claudio, additional, Martini Dalpian, Gustavo, additional, Reily Rocha, Alexandre, additional, Prodromakis, Themistoklis, additional, Salaoru, Iulia, additional, Khiat, Ali, additional, Toumazou, Christopher, additional, Gale, Ella M., additional, Madhavan, A., additional, Adam, G., additional, Alibart, F., additional, Gao, L., additional, Strukov, D. B., additional, Wamwangi, D., additional, Welnic, W., additional, Gholipour, Behrad, additional, Huang, Chung-Che, additional, Anastasopoulos, Alexandros, additional, Al-Saab, Feras, additional, Hayden, Brian E., additional, Hewak, Daniel W., additional, Lan, Rui, additional, Endo, Rie, additional, Kuwahara, Masashi, additional, Kobayashi, Yoshinao, additional, Susa, Masahiro, additional, Baumeister, Paul, additional, Wortmann, Daniel, additional, Blügel, Stefan, additional, Mazzarello, Riccardo, additional, Li, Yan, additional, Zhang, Wei, additional, Ronneberger, Ider, additional, Simon, Ronnie, additional, Gallus, Jens, additional, Bessas, Dimitrios, additional, Sergueev, Ilya, additional, Wille, Hans-Christian, additional, Pierre Hermann, Raphaël, additional, Luckas, Jennifer, additional, Rausch, Pascal, additional, Krebs, Daniel, additional, Zalden, Peter, additional, Boltz, Janika, additional, Raty, Jean-Yves, additional, Salinga, Martin, additional, Longeaud, Christophe, additional, Wuttig, Matthias, additional, Kim, Haeri, additional, Kim, Dong-Wook, additional, Phark, Soo-Hyon, additional, Hong, Seungbum, additional, Park, C., additional, Herpers, A., additional, Verbeeck, J., additional, Egoavil, R., additional, Borgatti, F., additional, Panaccione, G., additional, Offi, F., additional, Dittmann, R., additional, Clima, Sergiu, additional, Sankaran, Kiroubanand, additional, Mees, Maarten, additional, Yin Chen, Yang, additional, Goux, Ludovic, additional, Govoreanu, Bogdan, additional, Wouters, Dirk J., additional, Kittl, Jorge, additional, Jurczak, Malgorzata, additional, Pourtois, Geoffrey, additional, Calka, P., additional, Martinez, E., additional, Delaye, V., additional, Lafond, D., additional, Audoit, G., additional, Mariolle, D., additional, Chevalier, N., additional, Grampeix, H., additional, Cagli, C., additional, Jousseaume, V., additional, Guedj, C., additional, Shrestha, Pragya, additional, Ochia, Adaku, additional, Cheung, Kin. P., additional, Campbell, Jason, additional, Baumgart, Helmut, additional, Harris, Gary, additional, Scherff, Malte, additional, Meyer, Bjoern, additional, Scholz, Julius, additional, Hoffmann, Joerg, additional, Jooss, Christian, additional, Xiao, Bo, additional, Tada, Tomofumi, additional, Gu, Tingkun, additional, Tawara, Arihiro, additional, Watanabe, Satoshi, additional, Young, Tai-Fa, additional, Yang, Ya-Liang, additional, Chang, Ting-Chang, additional, Hsu, Kuang-Ting, additional, Chen, Chao-Yu, additional, Burkert, A, additional, Valov, I., additional, Staikov, G., additional, van den Hurk, Jan, additional, Valov, Ilia, additional, Tappertzhofen, Stefan, additional, van der Hurk, Jan, additional, Hoskins, B., additional, Kim, Gun Hwan, additional, Seok, Jun Yeong, additional, Ho Yoon, Jeong, additional, Yoon, Jung Ho, additional, Yoon, Kyung Jin, additional, Shuai, Yao, additional, Wu, Chuangui, additional, Zhang, Wanli, additional, Zhou, Shengqiang, additional, Bürger, Danilo, additional, Slesazeck, Stefan, additional, Mikolajick, Thomas, additional, Helm, Manfred, additional, Schmidt, Heidemarie, additional, Gale, Ella, additional, Pearson, David, additional, Kitson, Stephen, additional, Adamatzky, Andrew, additional, Costello, Ben de Lacy, additional, Lehtonen, Eero, additional, Poikonen, Jussi, additional, Laiho, Mika, additional, Kanerva, Pentti, additional, Lim, Hyungkwang, additional, Jang, Ho-won, additional, Jeong, Doo Seok, additional, Cao, Xun, additional, Jiang, Meng, additional, Zhang, Feng, additional, Liu, Xinjun, additional, Jin, Ping, additional, Zhang, Kai, additional, Tangirala, Madhavi, additional, Kittiwatanakul, Salinporn, additional, Lu, Jiwei, additional, Wolf, Stuart, additional, Pallem, Venkateswara, additional, Dussarrat, Christian, additional, Pinto, S., additional, Krishna, R., additional, Dias, C., additional, Pimentel, G., additional, Oliveira, G. N. P., additional, Teixeira, J. M., additional, Aguiar, P., additional, Titus, E., additional, Gracio, J., additional, Ventura, J., additional, and Araujo, J. P., additional

Published
2013
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5. Electrical Model and Analysis of Vibration Characteristic of Differential Floating Mass Transducer for Fully-Implantable Middle Ear Hearing Devices.

Author

Kim, Sun I., Suh, Tae Suk, Magjarevic, R., Nagel, J. H., Min-Woo Kim, Min-Kyu Kim, Young-Ho Yoon, Sung-Hoon Kim, Il-Young Park, and Jin-Ho Cho

Abstract

A differential floating mass transducer (DFMT), with high vibration efficiency and simple attachment for implant, has been developed in Korea for fully implantable middle ear hearing devices (F-IMEHDs). The vibration equation and the mechanical model of the DFMT have been defined to analyze the vibration characteristic of the DFMT. In this paper, the mechanical model is transformed to the electrical model by the equivalent relationship between each other because the electrical model enables the simple analysis of the DFMT vibration characteristics using a computer program such as PSpice. Then, the electrical model has been simulated through the PSpice program as change the values of the passive elements in the electrical model. The simulation results showed that the resonant frequency and the vibration displacement characteristics of the simulated DFMT depend on the capacitance in the electrical model. After experiment for measuring vibration displacement of the implemented DFMT has been performed, the measured vibration characteristic has been compared with the simulated result using the selected values of the passive elements to generate proper displacement at the resonant frequency and flat region in the frequency response. The compared results showed that the vibration characteristic of the DFMT through the electrical model is similar to the measured vibration characteristics of the implemented DFMT. Through the comparison, it is verified that the electrical model of the DFMT is useful to analyze the vibration characteristic of the DFMT without solving the vibration equation extracted from the mechanical model. [ABSTRACT FROM AUTHOR]

Published
2007
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6. CHAPTER 8: Carbon Fibers and Active Carbon Fibers.

Author

Seong-Ho Yoon, Korai, Yozo, and Mochida, Isao

Subjects
*CARBON fibers, *PITCH (Rotational geometry)
Abstract

Traditionally, active carbons have been prepared from such natural materials as wood, coal and coconut. The last twenty years or so have seen the development of carbon fibers initially from cellulose and then from polyacrylonitrile (PAN). Although PAN fibers initially had applications in composite materials, it was subsequently found that PAN fibers could be activated to create microporous carbons with specific applications. Following the development of the PAN fibers there followed the pitch-based fibers. These are made from petroleum pitch, from polyvinylchloride pitch, from naphthalene pitch and from ethylene tar. The spinning, stabilization, carbonisation, activation, properties and applications of these pitch-based fibers are set-out. [ABSTRACT FROM AUTHOR]

Published
2000

7. CHAPTER 7: Mesophase Pitch from Aromatic Hydrocarbons.

Author

Mochida, Isao, Seong-Ho Yoon, Korai, Yozo, Kanno, Koichi, Sakai, Yukio, and Komatsu, Makoto

Subjects
*HYDROCARBONS
Abstract

Mesophase pitches have been synthesized from pure aromatic hydrocarbons of naphthalene and methylnaphthalene with the aid of HF/BF3. These synthesized mesophase pitches have many advantages such as low softening point and viscosity when compared with such conventional pitches as petroleum pitches and coal-tar pitch, prepared by pyrolysis processes. The chemical structure, important properties and new applications of these synthesized mesophase pitches are included. [ABSTRACT FROM AUTHOR]

Published
2000

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