Smart Materials and Structures - v. 11, n. 5 (October 2002)
| Published: | October 2002 |
|---|
Articles in this Issue
| Author(s) | Title | Page(s) |
|---|---|---|
| Niu, Sanjun / Saraf, Ravi F. | An approach to sequence DNA without tagging | 778-782 |
| Vajtai, R. / Wei, B. Q. / Zhang, Z. J. / Jung, Y. / Ramanath, G. / Ajayan, P. M. | Building carbon nanotubes and their smart architectures | 691-698 |
| Davies, S. T. / Harvey, E. C. / Jin, H. / Hayes, J. P. / Ghantasala, M. K. / Roch, I. / Buchaillot, L. | Characterization of micromachining processes during KrF excimer laser ablation of TiNi shape memory alloy thin sheets and films | 708-714 |
| Hoel, A. / Ederth, J. / Kopniczky, J. / Heszler, P. / Kish, L. B. / Olsson, E. / Granqvist, C. G. | Conduction invasion noise in nanoparticle WO3/Au thin-film devices for gas sensing application | 640-644 |
| Goosen, J. F. L. | Design considerations for silicon sensors for use in catheters and guide wires | 804-812 |
| Pham, Duy / Tonge, Livia / Cao, Jinan / Wright, Jon / Papiernik, Michal / Harvey, Erol / Nicolau, Dan | Effects of polymer properties on laser ablation behaviour | 668-674 |
| Ederth, Jesper / Hult ker, Annette / Heszler, Peter / Niklasson, Gunnar A. / Granqvist, Claes G. / van Doorn, Arie / van Haag, Chris / Jongerius, Michel J. / Burgard, Detlef | Electrical and optical properties of thin films prepared by spin coating a dispersion of nano-sized tin-doped indium oxide particles | 675-678 |
| Dowling, A. J. / Ghantasala, M. K. / Hayes, J. P. / Harvey, E. C. / Doyle, E. D. | Excimer laser micromachining of TiN films from chromium and copper sacrificial layers | 715-721 |
| Ivanova, Elena P. / Papiernik, Michal / Oliveira, Anna / Sbarski, Igor / Smekal, Thomas / Grodzinski, Piotr / Nicolau, Dan V. | Feasibility of using carboxylic-rich polymeric surfaces for the covalent binding of oligonucleotides for microPCR applications | 783-791 |
| Heszler, P. / Elihn, K. / Landstr m, L. / Boman, M. | Formation and emission spectroscopy of laser-generated nanoparticles | 631-639 |
| Bezrukov, Sergey M. / Kish, Laszlo B. | How much power does neural signal propagation need? | 800-803 |
| van Noort, Danny / Wagler, Patrick / McCaskill, John S. | Hybrid poly(dimethylsiloxane)-silicon microreactors used for molecular computing | 756-760 |
| Pope, Kenneth J. / Smith, Jason L. P. / Shapter, Joe G. | Imaging molecular adsorbates using scanning tunnelling microscopy and image processing | 679-685 |
| Griesser, Hans J. / Hartley, Patrick G. / McArthur, Sally L. / McLean, Keith M. / Meagher, Laurence / Thissen, Helmut | Interfacial properties and protein resistance of nano-scale polysaccharide coatings | 652-661 |
| Fulga, F. / Myhra, S. / Nicolau, D. V. | Interrogation of the dynamics of magnetic microbeads on the meso-scale via electromagnetic detection | 722-727 |
| Dai, Liming | Light-emitting polymers and carbon nanotube electron emitters for optoelectronic displays | 645-651 |
| Spillman, W. B. / Zeng, T. / Claus, R. O. | Modeling the electro-static self-assembly process using stochastic cellular automata | 623-630 |
| McKinnon, Rita P. / Stanley, Fay E. / Lumpkin, Nancy E. / Gauja, Eric / Macks, Linda D. / Mitic, Mladen / Chan, Victor / Peceros, Katia / Buehler, Tilo M. / Dzurak, Andrew S. / Clark, Robert G. / Yang, Changyi / Jamieson, David N. / Prawer, Steven D. | Nanofabrication processes for single-ion implantation of silicon quantum computer devices | 735-740 |
| Thissen, H. / Hayes, J. P. / Kingshott, P. / Johnson, G. / Harvey, E. C. / Griesser, H. J. | Nanometer thickness laser ablation for spatial control of cell attachment | 792-799 |
| Millar, Victoria / Pakes, Chris I. / Cimmino, Alberto / Brett, David / Jamieson, David N. / Prawer, Steven / Yang, Changyi J. / Rout, B. / McKinnon, Rita P. / Dzurak, Andrew S. / Clark, Robert G. | Nanoscale fabrication using single-ion impacts | 686-690 |
| Wang, Hengzi / Iovenitti, Pio / Harvey, Erol / Masood, Syed | Optimizing layout of obstacles for enhanced mixing in microchannels | 662-667 |
| Cao, Jinan / Pham, D. K. / Tonge, L. / Nicolau, D. V. | Predicting surface properties of proteins on the Connolly molecular surface | 772-777 |
| Divinyi, T. / Daroczi, Cs / Karacs, A. / Pet , G. | Pulsed laser-induced micro-and nanosized morphology and composition of titanium dental implants | 819-824 |
| O Brien, J. L. / Schofield, S. R. / Simmons, M. Y. / Clark, R. G. / Dzurak, A. S. / Curson, N. J. / Kane, B. E. / McAlpine, N. S. / Hawley, M. E. / Brown, G. W. | Scanning tunnelling microscope fabrication of arrays of phosphorus atom qubits for a silicon quantum computer | 741-748 |
| Bandyopadhyay, S. / Menon, L. / Kouklin, N. / Williams, P. F. / Ianno, N. J. | Self-assembled networks with neural computing attributes | 761-766 |
| B hler, T. M. / Brenner, R. / Reilly, D. J. / Hamilton, A. R. / Dzurak, A. S. / Clark, R. G. | Single-electron transistor architectures for charge motion detection in solid-state quantum computer devices | 749-755 |
| Cao, Jinan / Pham, D. K. / Tonge, L. / Nicolau, D. V. | Study of atomic force microscopy force distance curves by simulation using the Connolly surface for proteins | 767-771 |
| Varadan, Vijay K. / Xie, Jining | Synthesis of carbon nanocoils by microwave CVD | 728-734 |
| Cahill, Reginald T. | Synthetic quantum systems | 699-707 |
| Toth, Christian / Szab , Gyorgy / Kovács, Lajos / Vargha, K lm n / Barab s, J zsef / N meth, Zsolt | Titanium implants with oxidized surfaces: the background and long-term results | 813-818 |
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