Browse by Author Jiang, Q

TitleAuthor(s)YearView Count
The Oscillatory Characteristics of a 2C60CNT Oscillator SystemWang, X; Xin, H; Leonard, J.N; Chen, G; Chwang, ATY; Jiang, Q2007103
Energy exchanges in carbon nanotube oscillatorsZhao, Y; Ma, CC; Wong, LH; Chen, G; Xu, Z; Zheng, Q; Jiang, Q; Chwang, AT2006158
Quasi-reversible energy flows in carbon-nanotube-based oscillatorsZhao, Y; Ma, CC; Wong, LH; Chen, G; Xu, Z; Zheng, Q; Jiang, Q; Chwang, AT200643
A tribological study of double-walled and triple-walled carbon nanotube oscillatorsMa, CC; Zhao, Y; Yam, CY; Chen, G; Jiang, Q2005134
Bending instability characteristics of double-walled carbon nanotubesWang, Q; Hu, T; Chen, G; Jiang, Q2005437
Rock fall analysis using three-dimensional discontinuous deformation analysisYeung, MR; Sun, N; Jiang, Q; Tham, LG; Lee, CF; Lee, PKK; Tsui, Y; Liu, J2003126
Energy Dissipation Mechanisms in Carbon Nanotube OscillatorsZhao, Y; Ma, CC; Chen, G; Jiang, Q2003328
Super resolution phenomenon in the detection of buried objectsCui, TJ; Chew, WC; Yin, XX; Jiang, Q; Hong, W200312
High-order extended born approximations for EM scattering by buried dielectric objectsCui, TJ; Chew, WC; Jiang, Q; Hong, W200312
Subharmonics and chaos in switched reluctance motor drivesChen, JH; Chau, KT; Chan, CC; Jiang, Q2002461
Analysis of Chaotic Behavior in Switched Reluctance Motors Using Voltage PWM RegulationChen, JH; Chau, KT; Jiang, Q2001110
Modeling and analysis of chaotic behavior in switched reluctance motor drivesChen, JH; Chau, KT; Jiang, Q; Chan, CC; Jiang, SZ2000526
Subharmonics and chaos in switched reluctance motor drivesChau, KT; Chen, JH; Chan, CC; Jiang, Q1999425
An overview of advanced navigation systems for EVsJiang, Q; Chan, CC; Chau, KT199982
Electronic Transport in Ballistic RegimeZhu, JX; Wang, Z; Jiang, Q; Gong, C1997105
A High-Performance Switched Reluctance Drive For P-Star EV ProjectChan, CC; Jiang, Q; Zhan, YJ; Chau, KT1996154
The adiabatic transport and the ohmic transport of quantum point contacts in seriesJiang, Q; Shen, Sq; Tao, R199120