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Institution	Date	Title	Author
國立中山大學	1997	Direct Evidence of Au Segregation in Laser Welded Au-Coated Invar Materials	S.C. Wang; S. Chi;K.C. Hsieh; Y.D. Yang; W.H. Cheng
國立中山大學	1997	The temperature dependence of refractive index of Ta2O5 dielectric films	A.K. Chu;C.H. Lin;W.H. Cheng
國立中山大學	1996-11-18	Thermally induced Stresses in Semiconductor Laser Packaging	I.D. Yang; W.H. Wang; J.H. Kuang; W.H. Cheng
國立中山大學	1996-05	The Dependence of Carrier Lifetime on Spectral Width in Multimode Semiconductor Lasers	W.H. Cheng; A.K. Chu
國立中山大學	1996	Defect Formation Mechanisms in Laser Welding Technique for Semiconductor Laser Packaging	W.H. Cheng; W.H. Wang; J.C. Chen
國立中山大學	1996	The Dependence of Joint Joint Strength on Au Coating in Semiconductor Laser Packaging	S.C. Wang;C.M. Wang; H.L. Chang;C. Wang; Y.K. Tu; C.J. Hwang;S. Chi; W.H. Wang;W.H. Cheng
國立中山大學	1996	Effect of Thin Film Coating fo Au on Joint Strength in Invar-Invar Packages	S.C. Wang;C.M. Wang;H.L. Chang; Y.K. Tu; C.J. Hwang; C. Chi; W.H. Wang; Y.D. Yang; W.H. Cheng
國立中山大學	1996	Reduction of Post-Weld-Shift in Semiconductor Laser Packaging	W.H. Cheng;W.H. Wang;J.C. Chen; H.Y. Chen;W.T. Chen; S.T. Chang; J.S. Horng; H.H. Lin; M.J. Sun
國立中山大學	1996	Reduction of Post-Weld-Shift in Semiconductor Laser Packaging	W.H. Cheng; W.H. Wang; J.C. Chen;H.Y. Chen;W.T. Chen; S.T. Chang; J.S. Horng; H.H. Lin; M.J. Sun
國立中山大學	1996	Effect of Thin Film Coating of Au on Joint Strength in Invar-Invar Packages	S.C. Wang;C.M. Wang;C. Wang;H.L. Chang;Y.K. Tu;C.J. Hwang;C. Chi;W.H. Wang;Y.D. Yang;W.H. Cheng
國立中山大學	1996	sReduction of Post-Weld-Shift in Semiconductor Laser Packaging	W.H. Cheng;W.H. Wang;J.C. Chen;H.Y. Chen;W.T. Chen;S.T. Chang;J.S. Horng;H.H. Lin;M.J. Sun
國立中山大學	1995	Multilayer Dielectric of TiO2/Ta2O5/SiO2 for Temperature-Stable Diode Lasers	A.K. Chu; C.J. Lin; W.H. Cheng
國立中山大學	1995	Multilayer dielectric materials of SiOx/Ta2O5/SiO2 for temperature-stable diode lasers	A.K. Chu;C.J. Lin;W.H. Cheng
國立中山大學	1994-03	Effect of Carrier Lifetime on Mode Partition Noise in Multimode Semiconductor Lasers	W.H. Cheng
國立中山大學	1993-11	High-Speed Fiber Optic Links Using 780 nm Compact Disc Lasers	W.H. Cheng; J. Bechtel
國立中山大學	1993-06	High-Speed 1.3 mm InGaAsP Fabry-Perot Lasers for Digital and Analog Applications	W.H. Cheng; A. Mar; J.E. Bowers; R.T. Huang; C.B. Su
國立中山大學	1992-07	1.3 mm InGaAsP Fabry-Perot Lasers with Reduced Pulse Jitter and Power Penalty	W.H. Cheng; J.M. Dugan;J.C. Miller; D. Renner;T.C. McDermott; C.B. Su
國立中山大學	1992-04	High-Speed Low-Threshold InGaAsP Semi-Insulating Buried Crescent Lasers with 22 GHz Bandwidth	R.T. Huang; D. Wolf; W.H. Cheng;C.L. Jiang; R. Agarwal; A. Mar; J.E. Bowers
國立中山大學	1991-06	High-Speed and Low-Relative-Intensity Noise 1.3 mm InGaAsP Semi-Insulating Buried Crescent Lasers	W.H. Cheng; K.D. Buehring; A. Appelbaum;D. Renner; S. Shin; C.B. Su; A. Mar; J.E. Bowers
國立中山大學	1991-02	Effect of Zinc Diffusion from Overgrown p-InP Layers on Semi-Insulating InP	W.H. Cheng; H. Kuwamoto;A. Appelbaum;D. Renner; S.W. Zehr
國立中山大學	1989	Wide-Band Modulation of 1.3 mm InGaAsP Buried Crescent Lasers with Iron and Cobalt-Doped Semi-Insulating Current Blocking Layers	W.H. Cheng;S.Y. Huang;A. Appelbaum;J. Pooladdej;K.D. Buehring;D. Wolf;D. Renner;K.L. Hess;S.W. Zehr
國立中山大學	1988	Semi-Insulating Cobalt-Doped InP Growth by MOCVD	K.L. Hess;S.W. Zehr;W.H. Cheng;J. Pooladdej;K.D. Buehring;D. Wolf
國立中山大學	1988	Dynamic Characteristics off Semi-Insulating Current Blocking Layers: Application to Modulation Performance of 1.3 mm InGaAsP Lasers	W.H. Cheng;D. Renner;K.L. Hess;S.W. Zehr
國立中山大學	1988	1.3 mm Cobalt-Doped Current Blocking Layers Grown by MOCVD	W.H. Cheng;J. Pooladdej;S.Y. Huang;K.D. Buehring;A. Appelbaum;D. Wolf;D. Renner
國立中山大學	1987	Low-Threshold and Wide-Bandwidth 1.3 mm InGaAsP Buried Crescent Injection lasers with Semi-Insulating Current Confinement Layers	W.H. Cheng;C.B. Su;K.D. Buehring;J.W. Ure;D. Perrachione;D. Renner;K.L. Hess;S.W. Zehr
國立中山大學	1987	Semi-Insulating InP Grown by Low Pressure MOCVD	K.L. Hess;S.W. Zehr;W.H. Cheng;D. Perrachione
國立中山大學	1987	High-Speed and High-Power 1.3 mm InGaAsP Buried Crescent Injection lasers with Semi-Insulating Current Blocking Layers	W.H. Cheng;C.B. Su;K.D. Buehring;S.Y. Huang;J. Pooladdej;D. Wolf;D. Perrachione;D. Renner;K.L. Hess;S.W. Zehr
國立中山大學	1987	Effect of Active Layer Thickness on Differential Quantum Efficiency of 1.3 and 1.55mm InGaAsP Injection lasers	W.H. Cheng;C.B. Su;D. Renner
國立中山大學	1986	Effect of Active Layer Thickness on Differential Quantum Efficiency of 1.55 InGaAsP Injection lasers	W.H. Cheng;D. Renner
國立中山大學	1986	Low-Threshold and Wide-Bandwidth 1.3 mm InGaAsP Buried Crescent Injection lasers with Semi-Insulating Current Confinement Layers	W.H. Cheng;C.B. Su;K.D. Buehring;C.P. Chien;J.W. Ure;D. Perrachione;D. Renner;K.L. Hess;S.W. Zehr
國立中山大學	1985	1.55 mm InGaAsP Low-Threshold Buried-Crescent Injection Lasers	W.H. Cheng;L. Perillo;S. Forouhar;O.K. Kim;C.L. Jiang;S.K. Sheem
國立中山大學	1982	Highly Efficient Power Coupling Between GaAlAs Lasers and Tapered-Hemispherical-End Fibers	W.H. Cheng;C.S. Wang;C.J. Hwang
國立中山大學	1982	High-Power Low Divergence Superradiance Diode	C.S. Wang;W.H. Cheng;C.J. Hwang;W.K. Burns;R.P. Moller
國立中山大學	1981	The Optimum Power Coupling from GaAs Lasers into Spherical-Ended Fibers	W.H. Cheng
國立中山大學	1980	Theoretical Description of Phase Diagrams for Nonideal Lipid Mixtures	W.H. Cheng
國立中山大學	1979	sA Theoretical Model for Lipid Bilayers Phase Transitions and Phase Diagrams	H.L. Scott;W.H. Cheng
國立中山大學	1979	Theoretical Study of the Effect of Cholesterol on the Lipid Bilayers Phase Transitions	W.H. Cheng
國立中山大學	1977	Lipid Monolayer Phase Transitions: Theoretical Consideration	H.L. Scott;W.H. Cheng

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