sbn

Study on Growth and Holographic Storage Properties of SBN Crystal

Ce∶Cu∶SBN晶体生长及全息存储性能的研究

Experimental studies on SBN : Ce photorefractive crystal and its application

SBN：Ce光致折变晶体及其应用的实验研究

SBN : A New Peer-to-Peer Overlay Network Construction Protocol

SBN：一种新的Peer-to-Peer覆盖网络构造协议

The dense temperature decreased first , and then increased with the addition of SBN .

烧结致密化温度随着SBN含量的增加，呈先下降而后上升的趋势。

Light-induced Refractive Index Changes in Doped SBN Crystals under External Electric Field

外电场作用下掺杂SBN晶体的光致折射率变化

Theoretical calculation and experimental observation of birefringence images of dislocation in SBN crystals

四方晶系SBN晶体中位错光双折射像的理论计算和实验观察

Investigation on the Bridgman Growth of SBN : 61 Single Crystals

铌酸锶钡铁电晶体的生长研究

Energy transfer of eu ~ ( 3 + ) excited states in SBN crystal

SBN晶体中Eu~（3+）激发态的能量传递

Investigation on growth and holographic storage of Ce : Eu : SBN crystal

Ce：Eu：SBN晶体的生长和全息存储性能研究

Studies of Hg + implantation effects on doped SBN crystals

掺杂铌酸锶钡晶体注入Hg~+离子效应的研究

Investigation of Electric-field Effects of Photorefractive Process in SBN : Cr Crystals

SBN：Cr晶体中光折变过程的电场响应特性研究

But the Curie temperature of SBN is 60 ℃, the application in high temperature is very limited .

但由于其居里温度只有60℃，这就在很大程度上限制了其在高温下的应用。

The additive effect of allelic H is 0.06 for SBN .

H基因对经产死产数的加性效应为0.06头／胎。

This Cr ∶ SBN crystal can be used as a model of optical dynamic filtering for image edge enhancement .

实验结果表明，Cr∶SBN晶体有可能成为一种用于图像边缘增强的光折变晶体动态滤波器。

Electro-optic induced optical waveguide and modulator in SBN : 60

SBN：60晶体的电光诱导光波导及其调制器

And the SBN thin film can avoid plumbum pollution of PZT ferroelectric material .

而且，SBN在制备过程中能够避免PZT等铁电材料的铅污染的问题。

And SBN ceramics , with advantages of low cost and easy fabrication , has drawn more and more attention .

铌酸锶钡陶瓷以制备成本低、工艺简单等优点受到越来越多研究者的青睐。

Fabrication of dynamic planar waveguide array in SBN : Cr crystals by structure-light irradiation

用光辐照法在SBN：Cr晶体中写入动态阵列平面光波导

The crystal phases and micrographs of SBN powders were analyzed by XRD and SEM .

借助XRD、SEM对SBN的晶相组成和微观形貌进行了分析。

The experiment show that Cr : SBN crystal has super characteristic of four-wave mixing to produce the phase-conjugate wave .

从实验上观察了不同掺杂量的Cr：SBN晶体的四波混频相位共轭特性。

The dielectric , piezoelectric and ferroelectric properties of textured SBN ceramics between a-b plane and c axis direction were studied .

研究了SBN织构陶瓷沿a-b方向和c轴方向的介电、压电及铁电性能。

He ~ + Ion Implantation SBN and Ce-Doped SBN Planar Waveguides and Their Photorefractive Properties

氦离子注入掺铈铌酸锶钡晶体平面光波导和它的光折变性质

Radiationless transition of Eu ~ ( 3 + ) excited state ~ 5D_0 in SBN crystal

SBN晶体中Eu~（3+）激发态~5D0的无辐射跃迁

Based on the analysis on SBN LI reference model proposed by IPCC , the distinction between the models of IPCC and TIA is pointed out .

在分析国际分组通信论坛（IPCC）所提出的软交换网络合法侦听参考模型的基础上，指出了该模型与美国电信工业委员会（TIA）所提出的参考模型之间的差异。

We carry out two-beam coupling experiments in two SBN : 61 : Cr crystals , and obtain the following results and phenomena : ( 1 ) .

其次，给出了两种掺杂浓度的SBN：61：Cr晶体中进行二波耦合实验所观察到的现象和结果：（1）。

Highly c-axis oriented ZnO , SBN and TiN films could be synthesized on Si ( 100 ) substrates when a certain fabricated conditions were selected .

通过制备条件的选择，在Si（100）衬底上生长出高度c轴择优取向的ZnO，SBN，TiN薄膜。

Photorefractive surface electromagnetic wave ( PR SEW ) at the interface between SBN crystal and air based on drift and diffusion mechanism was observed experimentally for the first time .

在实验中观察到扩散和漂移机理下在光折变晶体铌酸锶钡（SBN）与空气的界面形成的光折变表面电磁波。

In this paper , the Sol-Gel growth technique , the growth mechnism of SBN thin films and the up-to-date progresses in the research of SBN were reviewed .

本论文探讨了SBN薄膜的溶胶-凝胶（Sol-Gel）生长技术及其原理。

The SBN grain size increases with the increase of molten salt content and synthesizing temperature , reaches the maximum value at 900 ℃ and then decreases a little with higher temperature .

随着熔盐含量增加以及合成温度的提高，合成的SBN晶粒尺寸逐渐增大，900℃时晶粒尺寸达到最大，温度继续升高，晶粒尺寸有所降低。

Used the exact solutions and the physical and optical parameters of SBN crystal , the graghs of photorefractive nonlinear surface waves and analysised these graphs were figured .

利用精确解和SBN晶体的物理和光学参数得到光折变晶体非线性表面波的图，并对得到的图进行分析。