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W B Choi, J U Chu, K S Jeong, E J Bae, J-W Lee, J-J Kim, and J-O Lee, Ultrahigh-Density Nanotransistors by Using Selectively Grown Vertical Carbon Nanotubes, Appl Phys Lett 79(22), 3696 (2001) M Freitag, M Radosavljevic, Y Zhou, A T Johnson, and W F Smith, Controlled Creation of a Carbon Nanotube Diode by a Scanned Gate, Appl Phys Lett 79(20), 3326 (2001) R J Luyken and F Hofmann, Concept for a Highly Scalable Nonvolatile Nanotube Based Memory, AIP Conf Proc 591(1), 581 (2001) C Thelander, M H Magnusson, K Deppert, L Samuelson, P R Poulsen, J Nyg rd, and J Borggreen, Gold Nanoparticle Single-Electron Transistor with Carbon Nanotube Leads, Appl Phys Lett 79(13), 2106 (2001) B Q Wei, R Vajtai, and P M Ajayan, Reliability and Current Carrying Capacity of Carbon Nanotubes, Appl Phys Lett 79(8), 1172 (2001) B W Alphenaar, K Tsukagoshi, and M.

One reason for this is that Breneman s data were collected under viewing conditions for which discounting-the-illuminant could not occur and thus chromatic adaptation was less complete This is illustrated by the predictions of the Nayatani model, which are all shifted toward the yellow side of the visual data This indicates that the incandescent adapting eld in Breneman s experiment retained some yellowish appearance Recent.

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Wagner, Spin Transport in Nanotubes, J Appl Phys 89(11), 6863 (2001) H Watanabe, C Manabe, T Shigematsu, and M Shimizu, Dual-Probe Scanning Tunneling Microscope: Measuring a Carbon Nanotube Ring Transistor, Appl Phys Lett 78(19), 2928 (2001) M Kr ger, M R Buitelaar, T Nussbaumer, C Sch nenberger, and L Forr , Electrochemical Carbon Nanotube Field-E ect Transistor, Appl Phys Lett 78(9), 1291 (2001) H R Hu , Silicon Wafers for the Mesoscopic Era, AIP Conf Proc 550(1), 67 (2001) Y Gao, Y Bando, Z Liu, D Golberg, and H Nakanishi, Temperature Measurement Using a Gallium-Filled Carbon Nanotube Nanothermometer, Appl Phys Lett 83(14), 2913 (2003) G Z Yue, Q Qiu, Bo Gao, Y Cheng, J Zhang, H Shimoda, S Chang, J P Lu, and O Zhou, Generation of Continuous and Pulsed Diagnostic Imaging X-Ray Radiation Using a Carbon-Nanotube-Based Field-Emission Cathode, Appl Phys Lett 81(2), 355 (2002) H Sugie, M Tanemura, V.

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Filip, K Iwata, K Takahashi, and F Okuyama, Carbon Nanotubes as Electron Source in an X-Ray Tube, Appl Phys Lett 78(17), 2578 (2001) P M Ajayan and L S Schadler, Carbon Nanotube Filled Composites, Department of Materials Science and Engineering, Rensselaer Polytechnic Institute, Troy, NY, NanoteC 99 Conference, Sept 8 10, 1999, University of Sussex at Brighton, UK A N Watkins, J L Ingram, J D Jordan, R A Wincheski, J M Smits, and P A Williams, Single Wall Carbon Nanotube-Based Structural Health Monitoring Sensing Materials, 2004 NSTI Nanotechnology Conference and Trade Show, Nanotech 2004, Mar 7 11, 2004, Boston, MA R H Cayton, Nanoparticle Composites for Coating Applications, 2004 NSTI Nanotechnology Conference and Trade Show, Nanotech 2004, Mar 7 11, 2004, Boston, MA T Webster, Purdue University, Self-Assembling Nanotubes O er Promise for Future Arti cial Joints, Press Release, Apr 9, 2004 A L Chun, J G.

To edit dimensions with QDIM, follow these steps: 1. Choose Quick Dimension from the Dimension toolbar. 2. At the Select geometry to dimension: prompt, select the geometry and the dimensions that you want to edit. 3. At the Specify dimension line position, or [Continuous/Staggered/

Moralez, T Webster, and H Fenniri, Helical Rosette Nanotubes: A More E ective Orthopaedic Implant Material, Nanotechnology 15(4), S234 S239 (2004)..

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Figure 9-28 Draw an ER diagram to show the relationships between the Player, Match, Move, and Ply entity sets.

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Functions of a Dedicated Breast MRI Enterprise Data Grid 671 21.6.3 Components in the Enterprise Breast Imaging Data Grid (BIDG) 672 21.6.4 Breast Imaging Data Grid (BIDG) Work ows in Archive and Backup, Query/Retrieve, and Disaster Recovery 672 Two Considerations in Administrating the Data Grid 674 21.7.1 Image/Data Security in Data Grid 674 21.7.2 Sociotechnical Considerations in Administrating the Data Grid 674 21.7.2.1 Sociotechnical Considerations 674 21.7.2.2 For Whom the Data Grid Tolls 677 Current Research and Development Activities in Data Grid 677 21.8.1 IHE Cross-Enterprise Document Sharing (XDS) 678 21.8.2 IBM Grid Medical Archive Solution (GMAS) 678 21.8.3 Cancer Biomedical Informatics Grid (caBIG) 680 21.8.4 Medical Imaging and Computing for Uni ed Information Sharing (MEDICUS) 680 Summary of Data Grid 680

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