Direct-Write Technologies for Rapid Prototyping: by Alberto Pique, Douglas B. Chrisey

By Alberto Pique, Douglas B. Chrisey

Direct-Write applied sciences covers purposes, fabrics, and the concepts in utilizing direct-write applied sciences. This ebook presents an outline of the various direct write ideas at present on hand, in addition to a comparability among the strengths and distinct attributes for every of the ideas. The thoughts defined open the door for construction prototypes and checking out fabrics. The e-book additionally presents an outline of the cutting-edge know-how focused on this box. uncomplicated educational researchers and business improvement engineers who trend skinny movie fabrics may want to have this article on their cabinets as a source for particular purposes. Others during this or comparable fields will wish the publication to learn the introductory fabric summarizing isuses universal to all ways, with the intention to examine and distinction diverse innovations. daily functions comprise digital elements and sensors, specially chemical and biosensors. there's a wide variety of analysis and improvement difficulties requiring cutting-edge direct write instruments. This ebook will entice uncomplicated researchers and improvement engineers in college engineering departments and at business and nationwide examine laboratories. this article should still allure both good within the usa, Asia, and Europe. either easy educational researchers and business improvement engineers who trend skinny movie fabrics may want to have this article on their cabinets as a source for particular purposes. This publication offers an outline of the various direct write innovations at the moment on hand A comparability among the strengths and specific attributes for every of the strategies an summary of the cutting-edge know-how desirous about this box.

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Fitzgerald, H. D. Wu, R. A. McGill, S. Lakeou, P. K. Wu, V. Nguyen, and M. Duignan, "A Novel Laser Transfer Process for Direct Writing of Electronic and Sensor Materials," Appl. Phys. A, 69, $279 (2000). 20. J. com). 21. R. H. , Newark, NJ (private communication). 22. Y. Senzaki, J. Caruso, T. T. J. Hampden-Smith, J. Am. Cer. Soc. 78, 2973 (1995). 23. M. Nyman, J. J. Hampden-Smith, and T. T. Kodas, J. Am. Cer. Soc. 80, 1231 (1996). 24. T. T. Kodas and M. H. com). 25. P H. Kydd, "Electrical Conductors Formed from Mixtures of Metal Powders and MetalloOrganic Decomposition Compounds," US Patent 6,036,889, March 14, 2000.

P. Atanassova, K. Kunze, T. Kodas, M. Hampden-Smith, Superior Micropowders, unpublished results. 17. D. Odde and M. J. Renn, Biotechnol. Bioeng. 67, 312 (2000). 18. D. Odde and M. J. Renn, Trends Biotechnol. 17, 385 (1999). Chrisey and Piqu6 13 19. B. R. Ringeisen, D. B. Chrisey, A. Piqu6, H. D. Young, R. Modi, M. Bucaro, J. Jones-Meehan, B. J. Spargo, J. Biomaterials in press. 20. C. P. Christensen, Medical Device and Diagnostic Industry, January (1995). 21. x. Yan and P. Gu, Computer-Aided Design, 28, 307 (1996).

Selection must be based on factors such as solvent and binder removal, the coefficient of expansion, reactivities, chemical compatibility, stress development, and the direct-write tool. Precursor development will be an important part of the direct-write effort, especially if deposition is to occur at low temperatures. Therefore, development of material property database for a specific fabrication method may be crucial to the successful design and operation of the direct-deposition tool and resulting electronic components.

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