fdtd常见金属材料参数.doc

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1、常见材料参数lorentzx色散模型参考文献1 Aleksandar D. Rakic, Aleksandra B. Djurisic, et. al., Optical Properties of Metallic Films for Vertical - Cavity Optoelectronic Devices. 1998 Optical Society of America, August, Vol. 37,No. 22, Applied Optics, pp. 5271-5283.2 M. I. Markovic and A. D. Rakic, Determination of r

2、eflection coefficients of laser light of wavelengthfrom the surface of aluminum using the Lorentz-Drude model, Appl. Opt. 29, 3479-3483 (1990).3 M. I. Markovic and A. D. Rakic, Determination of optical properties of aluminum including electron reradiation in the Lorentz-Drude Model, Opt. Laser techn

3、ol. 22, 394-398, (1990).频率单位：Hz银(Ag)序号12.e+0150.e+0001.e+01325.e+0141.e+0149.e+01437.e+0141.e+0151.e+01442.e+0141.e+0151.e+01351.e+0152.e+0152.e+01465.e+0154.e+0155.e+014金(Au)序号11.e+0150.e+0001.e+01323.e+0141.e+0145.e+01332.e+0142.e+0148.e+01345.e+0147.e+0142.e+01451.e+0151.e+0156.e+01464.e+0153.e+0

4、155.e+014铜(Cu)序号11.e+0150.e+0007.e+01226.e+0147.e+0139.e+01338.e+0147.e+0142.e+01442.e+0151.e+0157.e+01452.e+0152.e+0151.e+015铝(Al)序号12.e+0150.e+0001.e+01321.e+0153.e+0138.e+01338.e+0143.e+0147.e+01341.e+0154.e+0143.e+01456.e+0148.e+0148.e+014铍(Be)序号11.e+0150.e+0008.e+01227.e+0142.e+0131.e+01431.e+0

5、152.e+0148.e+01443.e+0157.e+0141.e+01551.e+0151.e+0154.e+014铬(Cr)序号11.e+0150.e+0001.e+01321.e+0152.e+0137.e+01431.e+0151.e+0143.e+01442.e+0154.e+0146.e+01452.e+0152.e+0153.e+014镍(Ni)序号11.e+0150.e+0001.e+01321.e+0154.e+0131.e+01531.e+0151.e+0143.e+01441.e+0153.e+0145.e+01453.e+0151.e+0151.e+015钯(Pd)序

6、号11.e+0150.e+0001.e+01221.e+0158.e+0137.e+01438.e+0141.e+0141.e+01441.e+0154.e+0141.e+01551.e+0151.e+0157.e+014铂(Pt)序号11.e+0150.e+0001.e+01321.e+0151.e+0141.e+01431.e+0153.e+0144.e+01441.e+0157.e+0148.e+01454.e+0152.e+0152.e+015钛(Ti)序号16.e+0140.e+0001.e+01321.e+0151.e+0145.e+01431.e+0153.e+0146.e+01447.e+0146.e+0144.e+01455.e+0134.e+0154.e+014钨(W)序号11.e+0150.e+0001.e+01327.e+0142.e+0141.e+01431.e+0154.e+0143.e+01442.e+0158.e+0148.e+01455.e+0151.e+0151.e+015