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TranslationMobile

本征函數(shù)
特征函數(shù)

"function" in Chinese : n. 1.功能，官能，機(jī)能，作用。 2.〔常 pl.〕職 ...
"eigen" in Chinese : 艾根; 本徵; 特征的; 特徵; 自己的，獨(dú)特的; 自身的
"eigen element" in Chinese : 本征元素; 特征元素
"eigen energy" in Chinese : 本哲
"eigen equation" in Chinese : 本征方程
"eigen frequency" in Chinese : 本盞率; 特征頻率
"eigen matrix" in Chinese : 特徵矩陣
"eigen mode" in Chinese : 本征模; 特徵模型
"eigen oscillation" in Chinese : 本征振蕩
"eigen period" in Chinese : 固的周期
"eigen space" in Chinese : 本征空間; 本徵空間; 特征空間
"eigen state" in Chinese : 本征態(tài)；特征態(tài)
"eigen value" in Chinese : 特征值
"eigen vector" in Chinese : 本徵值向量; 特性向量; 特征向量
"eigen wert" in Chinese : 本徵值

Examples

Assembly model of the pro / engineer cad / cam does not support the interference check of assembly path and process . to resolve this problem , this paper put forward a method which directly takes advantage of the eigen functions of pro / engineer . that is : planning path and simulating dynamically under skeleton , setting interference conditions and simulation degree under relation of pro / program , realizing the interference check with the man - machine interchange
本文從裝配的概念及發(fā)展現(xiàn)狀、裝配模型的建立、裝配的評價體系等系統(tǒng)地闡述了產(chǎn)品虛擬裝配的過程和重要性，并對虛擬裝配的操作平臺pro engineer作了一個簡單的介紹，針對pro engineercad cam軟件assembly模塊中不能體現(xiàn)裝配路徑及過程干涉的問題，提出了在組合件的skeleton下規(guī)劃裝配路徑和動態(tài)仿真、在pro program的relation下設(shè)定干涉條件和仿真程度、以及通過人機(jī)交互解決干涉的方法。
The paper is concerned with the eigen functions of optical fields in dielectrics , the theories of optical waveguide eigen mode , the characteristics of optical waveguides diffracted field , the theories of mode coupling in optical waveguides and the spectral response theories and simulating method for arrayed waveguide grating . in this paper , a set of beam propagation theory based on eigen modes analysis is set up which afforded theoretical basis for designing and analyzing awg devices . experiment of fabricating sio _ ( 2 ) layer by using porus silicon is also carried out in this paper , which is a new method for fabricating waveguide cladding layer
本文以設(shè)計陣列波導(dǎo)光柵器件為目標(biāo)，對介質(zhì)波導(dǎo)光場的本征波函數(shù)，光波導(dǎo)本征模理論，光波導(dǎo)衍射場特性，光波導(dǎo)模式耦合理論和awg器件的光譜響應(yīng)特性及模擬方法進(jìn)行了深入研究，建立了一套基于本征模式場分析的光波導(dǎo)光束傳輸理論，為波導(dǎo)器件的設(shè)計提供正確的理論基礎(chǔ)，并嘗試了利用多孔硅生長厚的二氧化硅，用于制作波導(dǎo)包層材料。