2003 |
11 | EE | Q. X. Zhang,
Q. Y. Guo,
J. Li,
A. Q. Liu:
Investigation Of Loading Effect In Deep Trench Lisa Technology.
International Journal of Computational Engineering Science 4(2): 303-306 (2003) |
10 | EE | M. Tang,
Ajay Agarwal,
Q. X. Zhang,
A. Q. Liu:
An Approach Of Shadow Mask For Deep-Holes Patterning.
International Journal of Computational Engineering Science 4(2): 315-318 (2003) |
9 | EE | M. Tang,
Ajay Agarwal,
P. Win,
Q. X. Zhang,
J. Li,
A. Q. Liu:
A New Lateral Rf Switch Using Soi-Deep-Etching Fabrication Process.
International Journal of Computational Engineering Science 4(2): 369-372 (2003) |
8 | EE | Xue-Jie Zhang,
Z. X. Shen,
A. Q. Liu:
Mems-Switch-Based Reconfigurable Antenna.
International Journal of Computational Engineering Science 4(2): 373-376 (2003) |
7 | EE | A. B. Yu,
Q. X. Zhang,
A. Q. Liu:
Design Of A Novel Microwave Mems Tunable Filter.
International Journal of Computational Engineering Science 4(2): 377-380 (2003) |
6 | EE | P. Win,
A. Q. Liu:
A Novel Soi Micromachined Relay For True-Time-Delay Systems Applications.
International Journal of Computational Engineering Science 4(2): 381-384 (2003) |
5 | EE | H. Cai,
C. W. Chan,
K. V. Ling,
C. Lu,
Y. X. Wang,
A. Q. Liu:
A Study Of Closed-Loop Control Of Optical MEMS Device.
International Journal of Computational Engineering Science 4(3): 439-442 (2003) |
4 | EE | A. Q. Liu,
X. M. Zhang,
J. Li,
D. Y. Tang:
Characteristics Of Micromachined Short-External-Cavity Tunable Lasers.
International Journal of Computational Engineering Science 4(3): 455-459 (2003) |
3 | EE | J.-M. Huang,
A. Q. Liu,
X. M. Zhang,
J. Ahn:
A Novel Lumped Two Degrees Of Freedom Pull-In Approach To Electrostatic Torsional Micromirrors.
International Journal of Computational Engineering Science 4(3): 569-572 (2003) |
2 | EE | J.-M. Huang,
A. Q. Liu:
Tunable Microelectromechanical Capacitor With Wide Tuning Ranges.
International Journal of Computational Engineering Science 4(3): 573-576 (2003) |
1 | EE | J. Li,
Q. X. Zhang,
A. Q. Liu:
Prevent Notching For Soi Microstructure Fabrication Using SIO2 Thin Film Technique.
International Journal of Computational Engineering Science 4(3): 577-580 (2003) |