1.
A Three-wavelength-division-multiplexer by Using Three 3×3 All-fiber Couplers
利用三个3×3耦合器串连构成干涉型三波长波分复用器
2.
Vibration measurements based on the phase tracking of a fiber 3×3 coupler interferometer
基于光纤3×3耦合器干涉仪及相位跟踪的振动测量系统
3.
Study of 3×1 High-Efficiency UV Fiber Optic Coupler
3×1高效率紫外光纤耦合器的研究
4.
AN ADJUSTABLE 2×2 FIBER COUPLER USING NONPLANER 3×3 FIBER COUPLER
一种由非平面3×3单模光纤耦合器构成的可调分束比2×2单模光纤耦合器
5.
1×3 Beam Splitter Based on Photonic Crystal Waveguides Directional Coupler
光子晶体波导定向耦合型1×3光分束器
6.
Design of Coupled-Line Directional Coupler Using a New Composite Right/Left-Handed Transmission Line
新型左右手复合传输线型3分贝平行线耦合器的设计
7.
Luminescence of SiN_x:Tb~(3+) Film and its Coupling with Silver Mediated Surface Plasmon Polaritons
SiN_x:Tb~(3+)薄膜中Tb~(3+)与银表面等离激元耦合
8.
Chaotic Synchronization of Three Coupled Lorenz-type Systems with a Ring Connection;
环式耦合的3个lorenz系统的同步
9.
Application of 1+3 Quasiparticle-Vibration Coupling Model
1+3准粒子-核心振动耦合模型的应用
10.
Preparation of a novel powdered Fe-based superalloy by close-coupled gas atomization
紧耦合雾化制备Fe-13%Cr-3%W高温合金粉末
11.
Mechanical vibration of non-reciprocating machines--Measurements on rotating shafts and evaluation criteria Part 3: Coupled industrial machines
GB/T11348.3-1999旋转机械转轴径向振动的测量和评定第3部分：耦合的工业机器
12.
Fabrication of SiN_x:Tb~(3+) Thin Film and Its Coupling with Silver Mediated Surface Plasmon Polaritons;
SiN_x：Tb~（3+）薄膜的制备及其与银表面等离激元耦合
13.
3D PIC simulation of X-band high power coupled cavity traveling wave tube
X波段大功率耦合腔行波管3维粒子模拟
14.
Make Contact;Break Contact;Symbol 3;Symbol 4
闭合触点;断路器触点;符号 3;符号 4
15.
Research on the Accuracy Analysis and Synthesis of 3-RRRT Parallel Manipulator
3-RRRT并联机器人精度分析与综合
16.
Development of a 3～16GHz Wide Frequency-Coverage Synthesizer
3～16GHz宽覆盖频率合成器的研制
17.
Study on the Chiral Reduction by Coupled Two Genetic Engineering Strain Systems for the Production of (R)-OR (S)-4-Chloro-3-Hydroxybutanoate;
双重组菌耦合不对称还原生产（R）-或（S）-4-氯-3-羟基丁酸乙酯的研究
18.
Sacrifice an artifact: Megatog gets +3/+3 and gains trample until end of turn.
牺牲一个神器：巨型阿托格得+3/+3并获得践踏异能直到回合结束。