1) carrier to noise ratio
载躁比
2) signal to noise ratio
信躁比
3) standard signal to noise
标准信躁比
4) signal-to-noise ratio of strong signal
大信号信躁比
5) specific load
比载
1.
By studying transition curves of cables with different specific loads within same span under stringing operation,a precise calculation model based on Catenary method is presented.
结合张力放线中不同比载线索在同一档内过渡曲线的研究,提出以悬链线法为基础的精确计算模型,过渡模型以双比载放线曲线联接处切线斜率K为研究对象,确定K的变化范围[Kmin,Kmax],其具体数值只对应于相应比载,且为单调增函数。
6) Proportional loading
比例加载
1.
Multiaxial fatigue behavior of superalloy GH4169 was investigated by using the thin tubular multiaxial fatigue specimens under proportional and non-proportional loadings at high temperature.
高温多轴疲劳试验采用比例与非比例加载路径。
2.
Biaxial fatigue behaviors of the Zr-4 alloy under proportional and non-proportional loading with the phase angles of 30°, 60° and 90° were studied.
研究了冷变形Zr-4合金在双轴比例和非比例加载下的循环变形行为,结果表明:当循环应变幅较低时,Zr-4合金表现为循环初始硬化随后饱和的特征;随着应变幅提高,初期硬化后,表现为连续循环软化特征;高应变幅下,初期硬化消失,表现为急剧的循环软化。
3.
The deformation behavior of hydrided zircaloy-4 under tension-torsion proportional loading was investigated using the quantitative metallography and the finite element method(FEM).
采用有限元数值分析方法,模拟了含氢化物Zr-4合金拉-扭双轴比例加载下的变形行为。
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