1) dispersion slope
色散斜率
1.
The fact that the broadband dispersion compensation is analyzed by using the relative dispersion slope(RDS) theory is a certain limitation.
相对色散斜率(RDS)理论在分析宽带色散补偿时,存在一定的局限性。
2.
The results show that the dispersion slope of dispersion-shifted fiber is crucial to supercontinuum generation.
结果表明 ,在色散位移光纤的反常色散区色散斜率 (三阶色散 )对超连续谱的形成起着决定性的作用 ;进一步研究表明 ,抽运脉冲的峰值功率及脉宽对超连续谱的谱宽和平坦度都有着重要影响 ,而高阶非线性效应对超连续谱产生没有显著影响。
3.
65 ps/(nm·km) and dispersion slope of -0.
6 5ps/(nm·km) ,色散斜率为 - 0 。
3) tunable dispersion-slope compensation
可调谐色散斜率补偿
1.
Fiber Bragg Grating (FBG) is acompetitive solution to the tunable dispersion-slope compensation modulebecause of its low loss, low optical nonlinearity, small footprint and low cost.
而光纤光栅因其低损耗,低光纤非线性,小尺寸,价格便宜等优点,成为可调谐色散斜率补偿模块的有力竞争方案。
4) rhombic dispersion
斜方色散
5) frequency dispersion
频率色散
1.
We analyze the fading characteristics of the frequency dispersion mobile channels in this paper.
通过分析频率色散移动信道的衰落特性 ,分别对该信道在快衰落特性、慢衰落特性以及同时考虑快衰落和慢衰落这三种情况下建立了数学模型和计算机仿真模型 ,并对计算机仿真结果进行了分析 ,得出相应结
2.
These extracted parameters by independently measuring the capacitor at two different frequencies eliminate the frequency dispersion at high frequencies.
结合双频测量结果计算出修正的C-V曲线,消除了高频时的频率色散现象,而且曲线更加接近理想C-V曲线。
6) line dispersive power
线色散率
1.
Based on the equation of the grating,the angular dispersive power,line dispersive power and resolving power of the spectrometer testing system whose grating movement was controlled automatically by a computer were calculated theoretically.
由光栅方程出发,计算出电脑自动控制多光栅转动的光谱仪测试系统的角色散率、线色散率和分辨本领,得出光栅扫描光谱仪的角色散率、线色散率和分辨本领等参数公式。
2.
In order to improve the measuring precision of spectral line by spectrometer,the parameters of angle dispersive power,line dispersive power and resolving power of spectrometer with grating scanning controlled by computer have been calculated theoretically,and then a method has been put forward to improve the linewidth measurement by two united homogeneous spectrometers.
为了提高光谱仪测量谱线的精度,推导出计算机自动控制多光栅转动的光谱仪测试系统的角色散率、线色散率和分辨本领等参量公式,提出一种将两台光谱仪联合使用以提高谱线测量精度的测量方法。
补充资料：斜率
分子式：
CAS号：
性质：一直线与x轴的交角α的正切。如果y=f(x)是曲线C的直角坐标系方程，则C在P(x0，y0)处的斜率为。在化学实验中，斜率表示了实验指标随因素的变化速率和灵敏度。
CAS号：
性质：一直线与x轴的交角α的正切。如果y=f(x)是曲线C的直角坐标系方程，则C在P(x0，y0)处的斜率为。在化学实验中，斜率表示了实验指标随因素的变化速率和灵敏度。
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