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Foreword |
529 | Rudra Pratap, K N Bhat |
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Structure, properties, and MEMS and microelectronic applications of vanadium oxides |
531 |
Robert B Darling and Shiho Iwanaga |
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RF sputtering: A viable tool for MEMS fabrication |
543 |
Sudhir Chandra, Vivekanand Bhatt and Ravindra Singh |
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Microstructures using RF sputtered PSG film as a sacrificial layer in surface micromachining |
557 | Vivekanand Bhatt, Sudhir Chandra and Chatar Singh | Click |
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A new approach to integrate PLZT thin films with microcantilevers |
563 | Ravindra
Singh, T C Goel and Sudhir Chandra |
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Biomicrofluidics: Recent trends and future challenges |
573 |
Tamal Das and Suman Chakraborty |
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Bio-functionalization of silicon nitride-based piezo-resistive microcantilevers |
591 |
Nitin S Kale, Manoj
Joshi, |
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Of light, of MEMS: Optical MEMS in telecommunications and beyond |
599 |
F Chollet, H B Liu, M
Ashraf, |
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Fabrication of polymer-based reflowed microlenses on optical fibre with control of focal length using differential coating technique |
607 |
Mohammed Ashraf, Franck Chollet, Murukeshan Matham and Chun Yang |
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A novel MOEMS pressure sensor: Modelling and experimental evaluation |
615 |
Patricia M Nieva, Jim
Kuo, |
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An X band RF MEMS switch based on silicon-on-glass architecture |
625 |
M S Giridhar, Ashwini
Jambhalikar, |
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Design and characterization of in-plane MEMS yaw rate sensor |
633 |
K P Venkatesh, Nishad
Patil, |
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Composite Si/PS membrane pressure sensors with micro and macro-porous silicon |
643 |
L Sujatha and Enakshi Bhattacharya |
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Effect of metal coating and residual stress on the resonant frequency of MEMS resonators |
651 |
Ashok Kumar Pandey, K P Venkatesh and Rudra Pratap |
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System integration
design in MEMS – |
663 |
Shishir Kumar, K P
Venkatesh, |
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Sensors and packages based on LTCC and thick-film technology for severe conditions |
677 |
C Jacq, Th Maeder and P Ryser |
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