1) plastic-elastic mismatch
性能错配
1.
The influence of interface bonding strength and plastic-elastic mismatch on the fatigue crack propagation behavior was considered.
采用四点弯曲试样在高频疲劳试验机上对铝基复合层板进行了疲劳试验,采用直流电势法测量裂纹长度,用扫描电镜和光学显微镜观察其疲劳断口及疲劳裂纹形貌,通过对比性试验,考察了组元性能错配和界面结合强度对复合板L-T取向疲劳裂纹扩展行为的影响,并用断裂力学理论对其进行了初步分析。
2) fault-tolerance performance
容错性能
1.
Assessment on fault-tolerance performance using GA-NN model for fault diagnosis in transmission and distribution systems;
GA-NN模型在输配电系统中诊断容错性能的评估
2.
In order to enhance the fault-tolerance performance(FTP)of the fault diagnosis system,the extend- ed fault samples considering the distortion of fault information because of stochastic factors are used in the fault- tolerance training of neural network(NN).
为提高故障诊断系统的容错能力,提出了将故障信息受随机因素畸变的扩展故障样本集引入神经网络(neural network,NN)的容错训练,以提高NN的容错性能,通过基于蚁群优化算法(ant colony optimization algorithm,ACOA)和遗传算法(genetic algorithm,GA)构造2种优化NN,用于高压输电线系统和配电网故障诊断,并进行容错性能的评估。
3) error detection capability
检错性能
1.
Their error detection capability is concerned commonly.
二元(n,2δ,ω)非线性等重码是一类非常重要的检错码,它的检错性能得到了普遍关注。
4) error performance
差错性能
1.
We used Gamma-Gamma scintillatioin distribution to model the atmospheric turbulence channel and analyzed the error performance of the atmospheric laser communication system with digital subcarrier phase shift keying(PSK) intensity modulation over comprehensive turbulence intensity characteristics.
基于Gamma-Gamma光强闪烁分布大气湍流信道,在各种强度的湍流特性下而非仅限于弱湍流的分析背景,对采用数字副载波相移键控(PSK)强度调制技术的大气激光通信系统的差错性能进行研究与分析。
2.
Since no one has done this before,we use Gamma-Gamma scintillation distribution to model the atmospheric turbulence channel and analyze the error performance of the atmospheric laser communication system with digital subcarrier PSK intensity modulation.
首次基于G amm a-G amm a光强闪烁分布大气湍流信道,对采用数字副载波PSK强度调制技术的大气激光通信系统的差错性能进行研究与分析,在不同闪烁强度和接收系统噪声下,对系统的信噪比和比特差错率进行仿真。
5) error-correcting performance
纠错性能
1.
16e) OFDMA PHY layer, describes its structure and encoding method,and analyses its error-correcting performance under AWGN and ITU-3 channels.
16e标准OFDMA物理层采用的LDPC码的编码技术,阐述了码结构和编码方式,并分析了其在加性高斯白噪声(AWGN)和ITU-3信道下的纠错性能。
补充资料：贝错
1.泛指财货。贝，贝币;错，错刀，王莽时钱名。
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