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SUB-MILLIMETER WAVE/MILLIMETER WAVE GENERATION DEVICE

机译:次毫米波/毫米波产生装置

摘要

PROBLEM TO BE SOLVED: To provide a sub-millimeter wave/millimeter wave generation device that enables a millimeter wave or a sub-millimeter wave to be easily and highly efficiently obtained.;SOLUTION: An excitation light source 1 is configured to generate excitation light p and short wavelength light h of a higher frequency than the excitation light p as laser light, respectively. The short wavelength light h is configured to be incident upon an optical parametric oscillator 2, and signal light s of a frequency adjacent to the excitation light p is configured to be generated, and be incident upon an optical coupler 4. The signal light s and the excitation light p are configured to be spatially overlapped via the optical coupler 4, and be incident upon a non-linear type optical element 5 formed of mixed crystal of GaSe crystal and GaS crystal as one beam of light. When the excitation light p and the signal light s are configured to be incident upon the non-linear type optical element 5 within a prescribed phase matching an allowance angle α, the excitation light p and the signal light s pass through the non-linear type optical element 5 as exciting the non-linear type optical element 5. Accordingly, on the basis of an optical parametric action of the non-linear type optical element 5, an output wave m is configured to be generated that serves as a millimeter wave or sub-millimeter wave of a wavelength within a range of 100 to 1200 μm equivalent to a difference between these two frequencies.;COPYRIGHT: (C)2015,JPO&INPIT
机译:解决的问题:提供一种亚毫米波/毫米波发生装置,该装置能够容易且高效地获得毫米波或亚毫米波。解决方案:激发光源1被配置为产生激发光p和短波长光h的频率分别高于激发光p的激光。短波长光h被配置为入射到光参量振荡器2上,并且与激发光p相邻的频率的信号光s被配置为产生并入射到光耦合器4上。激发光p被配置为经由光耦合器4在空间上重叠,并且入射到由GaSe晶体和GaS晶体的混合晶体形成的非线性型光学元件5作为一束光。当激发光p和信号光s被配置为在与允许角α匹配的规定相位内入射到非线性型光学元件5上时,激发光p和信号光s通过非线性型。光学元件5激发非线性光学元件5。因此,基于非线性光学元件5的光学参量作用,输出波m被配置为产生作为毫米波或波长在100至1200μm范围内的亚毫米波,等效于这两个频率之间的差异。;版权所有:(C)2015,JPO&INPIT

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