简介：材料，体积或平面波导的有弹性、震动的性质，被Brillouin和拉曼光谱学学习在眼镜陶艺跟随nanocrystals生长的过程。nanoparticles原因外观在低频率拉曼光谱，典型山峰，谁的放，取决于晶体的尺寸。同时，由于光声子，锋利的水晶山峰出现在拉曼系列，允许起核心作用的阶段，和Brillouin山峰的频率移动的决心被观察。CLC数字TB383现在的工作与MIUR-FIRBRBNE012N3X的金融支持部分被资助了，MIURPRIN，轻拍FAPVU2004鈥?006。

简介：Theopticalnoninvasivediagnosticofcharacteristicofsiliconsemiconductorde-vicesbyusingaInGaAsP/InPsemiconductorlaserasanopticalprobeisreported.Theprinci-pleofexperimentalmethodisbasedonthedependenceoftheopticalrefractiveindexonthecarrierchargedensityintheactiveregionofdevicesanddetectionofvariationofrefractiveindexbytwolaserbeaminterferometrictechniques.

简介：System-levelfaultidentificationisakeysubjectformaintainingthereliabilityofmultiprocessorinterconnectedsystems.Thistaskrequiresfastandaccurateinferencesbasedonbigvolumeofdata,andtheproblemoffaultidentificationinanunstructuredgraphhasbeenprovedtobeNP-hard(non-deterministicpolynomial-timehard).Inthispaper,weadoptthePMCdiagnosticmodel(firstproposedbyPreparata,Metze,andChien)asthefoundationofpoint-to-pointprobingtechnology,andasystemcontainsonlyrestricted-faultsifeveryofitsfault-freeunitshasatleastonefault-freeneighbor.Underthisconditionweproposeanefficientmethodofidentifyingrestricted-faultsinthefoldedhypercube,whichisapromisingalternativetothepopularhypercubetopology.