1)  Z-Wave
Z-Wave
1.
The Wireless Communication Technology Z-Wave for Intelligent Home;
适合智能家居的无线通信技术Z-Wave
2.
Z-Wave Wireless Communication Technology Geared to the Low-rate Application;
面向低速率应用的Z-Wave无线通信技术
3.
The background and development of Z-Wave,a new Wireless Communication Technology,which is low in rate,cost,power loss and flexible to mesh network is introduced.
介绍了一种基于低速率、低成本、低功耗、组网灵活的短距离无线通信技术Z-Wave的背景和发展状况。
2)  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。
3)  Z++
Z++
1.
Z++++a: An AOP Extension to Z++++;
Z++a:Z++的AOP扩展
2.
With an extended formal specification language Z++++, the typical BDI (beliefs, desires and intentions) model of agents is refined formally into generic models of autonomous and interactive agents in the open and hybrid scheme using AOP (agent oriented programming) paradigm.
首先,采用面向Agent的程序设计(AOP)风范,并基于开放环境与组合技术,对Agent的BDI模型进行形式细化处理,引入开放混合结构模式的自治、交互Agent形式定义,在此基础上给出开放环境下的自治、交互MAS的形式化开放混合体系结构模型,并运用扩充了的形式开发语言Z++对其进行描述。
4)  "Z plus Z" intelligent education platform
“Z+Z”
5)  Z-pin
Z-pin
1.
Investigation on tensile and interlaminar shear of plain woven CMC with Z-pin reinforcement;
Z-pin增强陶瓷基复合材料拉伸和层间剪切性能
2.
Effects of Z-pin Inserting Parameters on X-Cor Sandwich Mechanical Property;
Z-pin植入参数对X-Cor夹层复合材料力学性能的影响
3.
The tensile behavior and the damage of ceramic matrix composite(CMC) with Z-pin reinforcement was investigated.
研究Z-pin横向增强平纹编织陶瓷基复合材料的拉伸性能及损伤。
6)  Z-pinning
Z-pinning
1.
Advances on Modeling Through-the-thickness Reinforcement of Laminated Composite by z-pinning;
层合复合材料z-pinning增强技术的力学进展
参考词条
补充资料:ultrasonic wave
分子式:
CAS号:

性质:振动频率较高(大于20 000Hz)的物体在介质中所产生的入耳不能听到的弹性波。由于直线波长较短,可用以根据在介质中的传播特性了解介质的微观或宏观性质。由于能量集中,可使介质产生剧烈振动。因此,在生产技术中具有广泛的用途。如在切削、焊接、钻孔、清洗、医疗诊断、测量海深、非破坏性材料检验等方面,在化工中也用于搅拌、乳化、凝聚尘雾、促进化学反应、测量液体的粘度和流量等。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。