A Bulk Micromachined MEMS Digital Distributed Phase Shifter Based on Metal-Air-Metal Capacitors Formed by Intrinsic Stress

Articles in the same Issue

1. CONTENTS
2. The Feynman Path Integral and Ε-Infinity from the Two-slit Gedanken Experiment
3. Space, Time and Beyond
4. El-Naschie's Photo Gallery
5. Bitemporal Dynamic Sinai Divergence: An Energetic Analog to Boltzmann's Entropy?
6. Higgs-free derivation of gauge boson masses using complex dynamics of Levy flows
7. El Naschie Ε-Infinity Cantorian Space-time, Fantappie's Group and Applications in Cosmology
8. Gap Solitons Coexisting with Bright Soliton in Nonlinear Fiber Arrays
9. Adaptive Synchronization of Coupled Self-sustained Electrical Systems
10. A New Adaptive Chaos Synchronization Principle for a Class of Chaotic Systems
11. The Interface Effect on the Effective Electrical Conductivity of Particle Filled Composites
12. A Novel Space-Time MmB Difference Scheme with Second-Order Accuracy for 3 Dimensional Flows
13. Symmetric Boundary Knot Method for Membrane Vibrations under Mixed-type Boundary Conditions
14. A Bulk Micromachined MEMS Digital Distributed Phase Shifter Based on Metal-Air-Metal Capacitors Formed by Intrinsic Stress
15. Retention Model of Single-Electron Memory (SEM) Using Disintegration Theory
16. Synchronization Numerical Simulation of two FitzHugh-Nagumo Neurons
17. Memoryless Adaptive Variable Structure Control of Time-Delayed Systems with Unknown Bounded Uncertainties