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Bio and nano packaging techniques for electron devices : advances in electronic device packaging /

Tipo de Material: materialTypeLabelLibro
Otros Autores: De Vittorio, Massimo, editor ; Martiradonna, Luigi, editor ; Assad, John A, editor.
Serie: Materials sciencie/Chemistry.
Pié de imprenta: New York, NY : Springer , 2014.
Descripción: xii, 628 p.
ISBN: 9783642442865.
Tema(s):
Contenido: 1. Packaging for electronic systems. 2. System integration by advanced electronics packaging. 3. Nano- and biotechniques for electronic device packaging. 4. 3D Design. 5. 3D data structures for nanoscale design. 6. Uncertainty-based design optimization of MEMS/NEMS. 7. Physical effects of nanoparticles and nanoparticle ensembles: impact to system packaging. 8. Photochemical metallization at the nanoscale. 9. Nanopatterning and self-assembly in microsystems: an overview. 10. Direct nanoimprinting for micro- and nanosystems. 11. Platform technologies for pico-liter printing and nano-imprinting. 12. Nanosphere lithography. 13. Nano lithography based on domain patterning of ferroelectrics. 14. Ink-jet printing of conductive nanostructures. 15. Nanoparticle-based resistors and conductors. 16. Self-assembly of nanowire-based field-effect transistors. 17. Interfacing of Biosystems. 18. Optical absorption layers for infrared radiation. 19. Packaging in synthetic biology. 20. S-Layer proteins as self-assembly tool in nano bio technology. 21. Biofunctionalization of surfaces using ultrathin nanoscopic collagen matrices. 22. Electromagnetic aspects in cell biology. 23. DC electrodes for cell applications. 24. Biocompatibility of packaging materials. 25. Biostability of electronic packaging materials…
List(s) this item appears in: NOVEDADES BIBLIOGRAFICAS I-2016
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Item type Current location Collection Call number Copy number Status Date due Barcode Item holds
Libro General Libro General Biblioteca General
Colección General 621.381046 B46 (Browse shelf) Ej. 1 Available 45846
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1. Packaging for electronic systems. 2. System integration by advanced electronics packaging. 3. Nano- and biotechniques for electronic device packaging. 4. 3D Design. 5. 3D data structures for nanoscale design. 6. Uncertainty-based design optimization of MEMS/NEMS. 7. Physical effects of nanoparticles and nanoparticle ensembles: impact to system packaging. 8. Photochemical metallization at the nanoscale. 9. Nanopatterning and self-assembly in microsystems: an overview. 10. Direct nanoimprinting for micro- and nanosystems. 11. Platform technologies for pico-liter printing and nano-imprinting. 12. Nanosphere lithography. 13. Nano lithography based on domain patterning of ferroelectrics. 14. Ink-jet printing of conductive nanostructures. 15. Nanoparticle-based resistors and conductors. 16. Self-assembly of nanowire-based field-effect transistors. 17. Interfacing of Biosystems. 18. Optical absorption layers for infrared radiation. 19. Packaging in synthetic biology. 20. S-Layer proteins as self-assembly tool in nano bio technology. 21. Biofunctionalization of surfaces using ultrathin nanoscopic collagen matrices. 22. Electromagnetic aspects in cell biology. 23. DC electrodes for cell applications. 24. Biocompatibility of packaging materials. 25. Biostability of electronic packaging materials…

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