By G.H. Cross
This file discusses using using polymers rather than and together with, conventional structures corresponding to indium phosphide and ferroelectric ceramic lithium niobate. This overview record provides an outline of the entire components of optical transmission and switching structures which are utilized in telecommunications and is a completely interdisciplinary account of fabrics and equipment layout concerns. an extra listed part containing a number of hundred abstracts from the Rapra Polymer Library database offers beneficial references for additional studying.
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Thermal stability of the polymer was analysed via DSC and TGA. UVvisible spectra and second harmonic generation measurement were used to characterise the linear and nonlinear optical properties. Reorientation dynamic stability was used to study temp. dependence of NLO signal. The 35 References and Abstracts d33 and d31 values for the polymer were 19 pm/V and 9 pm/V, respectively. Long-term NLO stability was investigated by measuring effective second harmonic(SH) coefficient as a function of time.
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