1)nonlinear transmission line非线性传输线
1.A nonlinear transmission line (NLTL) has been novelly used to speed up the rise time of high voltage (3 kV) pulses generated from a GaAs photoconductive switch.用非线性传输线（ＮＬＴＬ）压缩纳秒光电导开关输出电压脉冲的上升时间，获得３ｋＶ，小于４００ｐｓ上升沿的高压冲击波脉冲。
2.Based on these theories, a 360GHz balance frequency tripler, a 360GHz frequency tripler using single diode with two kinds of structure and nonlinear transmission line frequency tripler in Ka-band are designed.详细介绍了谐波平衡理论,反向并联的二极管对平衡式倍频原理,和非线性传输线倍频原理。
3.This paper introduced soliton phenomena in nonlinear transmission line,analyzed the principle of electrical soliton and electrical soliton oscillator,and also gave a simulation experiment under the restrictions of bandwidth and emission power permitted by Federal Communications Commission(FCC).介绍了孤子现象和非线性传输线路,分析了电孤子的产生和电孤子振荡器的原理。
2)NLTL非线性传输线
1.In this paper,the theory of Nonlinear Transmission-Line(NLTL)frequency multiplier was discussed and the complete model of it was given.介绍了非线性传输线的倍频原理,建立了一种完整的倍频器电路模型。
2.Then severalkinds of broadband frequency multipliers were given, and the theory of NLTL(nonlineartransmission line) frequency multiplier and balance frequency multiplier by two anti-parallel connection diodes were discussed in detail .同时,给出了常见宽带倍频器电路的实现形式,详细分析了非线性传输线倍频原理和反并联二极管对平衡式倍频原理。
3)nonlinear propagation非线性传输
英文短句/例句
1.Study on Nonlinear Propagation Properties of Copropagating Pulses in Metamaterial;超常介质中两个同向传输脉冲的非线性传输特性研究
2.Research on Spatial Properties and Control of Nonlinear Propagation of Intense Laser Beams;强光束非线性传输的空间特性及其控制研究
3.Nonlinear Propagation Properties of Ultrashort Laser Pulses in Water超短激光脉冲在水中的非线性传输特性研究
4.Nonlinear propagation of circularly polarized light in magneto-optic fiber Bragg gratings磁光光纤Bragg光栅中圆偏振光的非线性传输特性
5.Numerical study of nonlinear propagation in photonic crystal fiber光子晶体光纤中非线性传输的数值研究
6.NONLINEAR PROPAGATION OF A LINEARLY POLARIZED OPTICAL WAVE IN ZINC-BLENDE SEMICONDUCTORS线偏振光波在闪锌矿半导体中的非线性传输特性
7.Investigations on Transmission Properties of Beam in One Dimension Nonlinear Waveguide Arrays一维非线性波导阵列中光束传输特性
8.Nonlinear thermoelectric transport of carbon nanotube纳米碳管的非线性热电传输(英文)
9.Soliton Transmission of the Derivative Nonlinear Schr(?)dinger Equation with Nonvanishing Boundary Conditions;非零边值微商非线性薛定谔方程的孤子传输
10.Analytical solution in the Ince-Gaussian form of the beam propagating in the strong nonlocal media强非局域非线性介质中光束传输的Ince-Gauss解
11.Transient analysis of unequal length multiconductor transmission lines loaded by nonlinear devices端接非线性负载的不等长传输线瞬态分析
12.Using Additional Input to Change the Transform Property of Nonlinear Function用附加输入信号改变非线性环节传递特性
13.The Theory Research of Transmittance Characteristic of Nonlinear Photonic Crystatls;非线性光子晶体光传输特性的理论研究
14.Propagation Characteristic of LNN Nonlinear Planar Optical Waveguide;LNN型非线性平面光波导传输特性的研究
15.Numerical Study of the Dispersion and Nonlinear on Optical Transmission;光纤传输中色散与非线性特性的数值计算研究
16.Research on Enhanced Nonlinear Effect and Transmission Performance of Optical Fiber by Exploring Slow Light;慢波增强的光纤非线性效应及其传输性能研究
17.Study on Propagation Characteristics of Soliton in Two Nonlinear Systems;两类非线性系统中孤子的传输特性研究
18.Research on Characteristics of the Beam Propagation Through Cascade Nonlinear Medium;光束在级联非线性介质中的传输特性研究
相关短句/例句
NLTL非线性传输线
1.In this paper,the theory of Nonlinear Transmission-Line(NLTL)frequency multiplier was discussed and the complete model of it was given.介绍了非线性传输线的倍频原理,建立了一种完整的倍频器电路模型。
2.Then severalkinds of broadband frequency multipliers were given, and the theory of NLTL(nonlineartransmission line) frequency multiplier and balance frequency multiplier by two anti-parallel connection diodes were discussed in detail .同时,给出了常见宽带倍频器电路的实现形式,详细分析了非线性传输线倍频原理和反并联二极管对平衡式倍频原理。
3)nonlinear propagation非线性传输
4)Nonlinear transmission非线性传输
5)nonlinear transmit zero-forcing传输非线性迫零
1.This paper first introduces the classic Tomlinson-Harashima Precoding(THP),then makes analysis respectively on the trellis preceding and nonlinear transmit zero-forcing based on THP,including their features,and point out that the nonlinear pre-processing technology is the tradeoff of performance and complexity and has potentialities for the downlinks.首先介绍了经典的汤姆林森预编码技术,然后分别介绍了在其基础上发展起来的两种预处理技术——网格预编码和传输非线性迫零,并分析了其特点,指出非线性的预处理技术是性能和复杂度的折中,是很具潜力的一种下行链路技术。
6)nonlinear propagation非线性光传输
1.Analytical derivation on entropy representing nonlinear propagation of light;用熵描述非线性光传输的解析分析
2.Numerical calculation on entropy representing nonlinear propagation of light;用熵描述非线性光传输的数字模拟解
延伸阅读
半导体非线性光学材料半导体非线性光学材料semiconductor nonlinear optical materials 载流子传输非线性:载流子运动改变了内电场，从而导致材料折射率改变的二次非线性效应。④热致非线性:半导体材料热效应使半导体升温，导致禁带宽度变窄、吸收边红移和吸收系数变化而引起折射率变化的效应。此外，极性半导体材料大都具有很强的二次非线性极化率和较宽的红外透光波段，可以作为红外激光的倍频、电光和声光材料。 在量子阱或超晶格材料中，载流子的运动一维限制使之产生量子尺寸效应，使载流子能态分布量子化，并产生强烈的二维激子效应。该二维体系材料中激子束缚能可达体材料的4倍，因此在室温就能表现出与激子有关的光学非线性。此外，外加电场很容易引起量子能态的显著变化，从而产生如量子限制斯塔克效应等独特的光学非线性效应。特别是一些11一VI族半导体，如Znse/ZnS超晶格中激子束缚能非常高，与GaAs/AIGaAs等m一V族超晶格相比，其激子的光学非线性可以得到更广泛的应用。 半导体量子阱、超晶格器件具有耗能低、适用性强、集成度高和速度快等优点，以及系统性强和并行处理的特点。因此有希望制作成光电子技术中光电集成器件，如各种光调制器、光开关、相位调制器、光双稳器件及复合功能的激光器件和光探测器等。 种类半导体非线性光学材料主要有以下4种。 ①111一V族半导体块材料:GaAs、InP、Gasb等为窄禁带半导体，吸收边在近红外区。 ②n一巩族半导体量子阱超晶格材料:HgTe、CdTe等为窄禁带半导体，禁带宽度接近零;Znse、ZnS等为宽禁带半导体，吸收带边在蓝绿光波段。Znse/ZnS、ZnMnse/ZnS等为蓝绿光波段非线性光学材料。 ③111一V族半导体量子阱超晶格材料:有GaAs/AIGaAs、GalnAs/AllnAs、GalnAs/InP、GalnAs/GaAssb、GalnP/GaAs。根据两种材料能带排列情况，将超晶格分为I型(跨立型)、n型(破隙型)、llA型(错开型)3种。 现状和发展超晶格的概念是1969年日本科学家江崎玲放奈和华裔科学家朱兆祥提出的。其二维量子阱中基态自由激子的非线性吸收、非线性折射及有关的电场效应是目前非线性集成光学的重要元件。其制备工艺都采用先进的外延技术完成。如分子束外延(MBE)、金属有机化学气相沉积(MOCVD或MOVPE)、化学束外延(CBE)、金属有机分子束外延(MOMBD、气体源分子束外延(GSMBE)、原子层外延(ALE)等技术，能够满足高精度的组分和原子级厚度控制的要求，适合制作异质界面清晰的外延材料。
