1) Z-Wave
Z-Wave技术
1.
The paper points out the current situation of the home network market, introduces the Z-Wave technology and its main features, and particularly analyzes the protocol stack of the technology.
介绍了家庭网络的市场现状与新兴的Z-Wave技术及其主要特征,重点分析了Z-Wave技术的协议栈,同时给出了Z-Wave技术的网络拓扑结构及其优点;描述了基于Z-Wave技术的无线家庭区域网络的构建,并且指出了使用Z-Wave技术实现家庭区域无线组网的优势;展望了Z-Wave无线家庭网络技术的前景。
2) Technology of UG/WAVE
UG/WAVE技术
3) Z-scan technique
Z扫描技术
1.
Based on nonlinear optical properties test of materials,the basic principles of the primitive Z-scan techniques and data processing are firstly introduced in this paper,and then technical theories of the two-color time-resolved Z-scan technology are discussed emphatically,as well as its superiority in the material optics non-linear effect test and some questions ought to pay attention to.
以材料非线性光学性质的测试为基础,介绍了原始Z扫描技术的基本原理与数据处理;重点论述了双色时间分辨Z扫描技术的理论,并分析了它在材料光学非线性效应测试中展现的优越性以及应该注意的关键问题。
2.
The optical nonlinear properties of BTN-SubPc spin-coating films were measured by means of Z-scan technique using a mode-locked Nd∶YAG laser with 38 ps pulse excitation at 1.
通过单光束Z扫描技术 ,在波长为 1。
3.
0 nm were investigated by the Z-scan technique.
用Z扫描技术研究了一种新的镍单核配合物(N,N' 二[2(1 乙酰基丙烯)]乙二胺合镍)的三阶非线性光学性质,测得其二氯甲烷溶液(1×10-3mol/l)在488。
4) Z-scan technique
Z-扫描技术
1.
The paper describes optical limiting properties of a new Nickel complexes were investigated by the Z-scan technique.
用Z-扫描技术研究了一种新的镍单核配合物(N,N′-二[2(1-乙酰基丙烯)]乙二胺合镍)的光限幅特性。
2.
With nanosecond pulses at 532 nm wavelength, firstly the nonlinear optical absorption and refraction coefficients of Ni(mpo)2 complexs by using the Z-scan technique was measured.
采用脉冲宽度为7ns、波长为532nm的激光束,首次利用Z-扫描技术测量了新型功能配合物材料Ni(mpo)2[分子式C10H8N2NiO2S2]的非线性吸收系数和非线性折射系数。
3.
Optical absorption spectrascopy and Z-scan technique were used to measure linear absorption and third-order optical nonlinearity of the films.
利用光学吸收谱和Z-扫描技术研究了该复合薄膜的线性和三阶非线性光学性能。
5) Z-Tracking technique
Z跟踪技术
1.
Z-Tracking technique is an effective technique for civilian GPS receivers to eliminate or weaken the impact of AS(Anti-Spoofing) policy, and to implement precision ranging, navigation & positioning.
Z跟踪技术是民用GPS接收机为消除或减弱AS(Anti-Spoofing)政策影响,实施精密测距和高精度导航定位的一种有效方法。
2.
Z-tracking technique is one effective method to eliminate the effect of AS.
由于AS(Anti-Spoofing)政策的实施,给广大GPS非特许用户的精密测距和高精度导航、定位带来了不少困难,Z跟踪技术就是消除或减弱AS政策影响的一个有效方法。
6) Z-scan
Z-扫描技术
1.
Studies on the Mid-infrared Photon Localization in Random Media and the Z-scan Technique;
无序介质的中红外光子局域化和Z-扫描技术研究
2.
The Z-scan technique is a very important yet simple method for characterizing the optical nonlinearities, and can measure the magnitudes and signs of the imaginary (Im[χ~(3)]) and real (Re[χ~(3)]) parts of third-order susceptibility (χ~(3)) simultaneously.
Z-扫描技术是表征材料三阶光学非线性的一种重要而灵敏的方法;不仅可以测量三阶非线性极化率(χ~(3))的实部(Re[χ~(3)])与虚部(Im[χ~(3)])的大小,同时又可以确定其符号的正负。
补充资料：irreversible wave
分子式：
CAS号：
性质：当电极反应速度慢，扩散和其他相关的化学反应的速度快时，后者受电极反应速度所控制。这时，电极处于电化学极化状态，电极反应的进行表现出明显的超电位。因此，不能简单地应用能斯特方程来表达其电极电位与电极表面反应物活度的关系。这类极谱波称为不可逆波。不可逆波的波形较差、斜率较小，延伸较长。
CAS号：
性质：当电极反应速度慢，扩散和其他相关的化学反应的速度快时，后者受电极反应速度所控制。这时，电极处于电化学极化状态，电极反应的进行表现出明显的超电位。因此，不能简单地应用能斯特方程来表达其电极电位与电极表面反应物活度的关系。这类极谱波称为不可逆波。不可逆波的波形较差、斜率较小，延伸较长。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条