1) Microsensor network
微传感网络
2) sensor network
传感网络
1.
WDM distributed FBG sensor network;
波分复用分布式FBG传感网络
2.
Fiber Grating Sensor Network;
光纤光栅传感器与传感网络
3.
Increasing security and reliability of reprogramming for sensor networks with software attestation
通过软件证实提高传感网络再编程安全可靠性
3) Sensor Networks
传感网络
1.
Research on Reprogramming for Wireless Sensor Networks;
无线传感网络再编程研究
2.
Location-information based distributed multicast routing algorithm for sensor networks
传感网络中基于位置信息的分布式多播路由算法
3.
Presented distributed data-centric routing algorithm based on ant algorithm for sensor networks.
提出了一种传感网络中基于蚂蚁算法的分布式数据汇集路由算法。
4) sensing network
传感网络
1.
Using FBG sensing network monitor the local strain of rectangle flat;
用光纤光栅传感网络对简支板局部应变进行监测
2.
In this paper the configuration of the fiber optic sensing network and the principle of spatialdivision multiplexing(SDM) are presented,the signal characteristic of the network is analyzed and the experimental study of the sensing network with 10 senso.
提出了一种基于光学低相干反射(OLCR)技术的嵌入式双环形光纤传感网络。
3.
A white-light interferometric fiber optical sensing network based on the double-ring topology is demonstrated, which can be applied to the measurements of quasi-distributed strain and temperature in a smart structure.
构造了一种基于双环形拓扑结构的白光干涉光纤传感网络,可用于智能结构中准分布应变或温度的测量。
5) sensor network
传感器网络
1.
Realization of hiberarchy wireless sensor network for mine laneway monitoring;
矿井巷道层次型无线监测无线传感器网络的实现
2.
IrisNet:wide-area sensor networks services;
IrisNet:一种广域传感器网络的服务
3.
Dynamic data fusion algorithm based on energy restraining in sensor network;
一种基于能量约束的传感器网络动态数据融合算法
6) sensor networks
传感器网络
1.
Energy efficiency CBC policy in sensor networks;
一种能量高效的传感器网络CBC策略
2.
Genetic algorithm design and analysis for lifetime optimization of sensor networks;
基于遗传算法求解传感器网络生存时间优化问题的设计及比较
3.
Dynamic power management of wireless sensor networks using stream forecast;
基于流预测的无线传感器网络动态功率管理
补充资料：微生物传感器
分子式：
CAS号：
性质：将微生物和其他材料制成微生物固定化膜，覆盖在电化学电极(如铂电极)上。如荧光假单胞菌，能同化葡萄糖(底物)，将其制成固定膜后，因微生物在同化底物时将消耗溶液中的氧，因此用氧电极加以测定，即可得知葡萄糖的含量。
CAS号：
性质：将微生物和其他材料制成微生物固定化膜，覆盖在电化学电极(如铂电极)上。如荧光假单胞菌，能同化葡萄糖(底物)，将其制成固定膜后，因微生物在同化底物时将消耗溶液中的氧，因此用氧电极加以测定，即可得知葡萄糖的含量。
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