1) temporally related events
时间相关事件
3) event-related
事件相关
1.
Research on event-related functional magnetic resonance imaging of motor preparation and execution;
运动准备和执行的事件相关功能磁共振研究
4) event related
事件相关
1.
Purpose:To study the deaf and normal brain response various stimulus frequency rates using event related functional magnetic resonance imaging (ER fMRI), and to describe the rules of response and find the best stimulus frequency rate.
材料和方法 :采用事件相关fMRI技术 ,对 8例聋人和正常人分别给予不同频率的刺激 ,通过MR采集其脑部数据 ,运用SMPM99统计软件进行处理分析。
2.
The occurrence of event related fMRI is a revolutionary progress.
而事件相关核磁共振成像的出现则是一次变革性的进步,为人类研究脑的高级功能提供了新的有效方法。
5) time event
时间事件
1.
Aiming at RFID-related application characteristics,a composite subscription language was designed,the composition and use of subscription language were studied,and a matching algorithm for detecting composite events was proposed based on the time event,matching graph of composite subscription as well as con.
针对无线射频识别应用的特点,设计了面向无线射频识别应用的复合订阅语言,研究了订阅语言的组成和使用,基于时间事件、复合订阅的匹配图表示、事件检测的消费语义,给出了相应的复合订阅匹配算法。
6) time-dependence
时间相关
1.
Uniaxial ratcheting of SiC_P/6061Al alloy composites and its time-dependence at high temperature;
SiC_P/6061 Al合金复合材料的高温单轴棘轮行为及其时间相关特性
2.
A series of experiments were carried out to observe the cyclic deformation behaviors of LY12CZ aluminium alloy and its time-dependences at room and high temperatures.
对LY12CZ铝合金室温和高温下的单轴循环变形行为及其时间相关特性进行了实验研究,重点讨论了环境温度、应力水平、加载波形和峰值保持对材料棘轮行为的影响。
3.
It is shown that the ratcheting behavior of the composites is similar to that of the un-reinforced matrix in macro-scale,namely,the ratcheting also occurs in the composites under asymmetrical stress cycling,and the ratcheting strain increases as the stress amplitude and mean stress increase;the ratcheting has great time-dependence,i.
结果表明:该复合材料在宏观层次上表现出与基体相类似的棘轮变形规律,即在非对称应力循环下也将产生明显的棘轮变形,并随应力幅值和平均应力的增加而增加;树脂基复合材料的棘轮行为具有明显的时间相关特性,棘轮应变值依赖于应力率和峰值保持时间。
补充资料:事件相关(诱发)脑电位(event-relatedbrainpotentialERP)
事件相关(诱发)脑电位(event-relatedbrainpotentialERP)
与声音、闪光、触击等刺激相应的头皮电位变化,也称诱发电位(evokedpotential,EP)。它比自发脑电位EEG,幅度要小得多,只有几微伏,频率通常在0.02Hz~40kHz。诱发电位ERP有多种,如听觉诱发电位AEP、视觉诱发电位VEP、体感诱发电位SEP和认知诱发电位CEP等。ERP的潜伏期小于80ms的外生分量主要与刺激的物理、化学参数有关;而潜伏期大于80ms的内生分量,则取决于心理过程。外生分量可用于寻找脑内产生器和感觉皮层定位及临床诊断与脑有关的神经科疾病;内生分量则可用于脑思维活动的研究。
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