1) Velocity resolution
速度分辨率
1.
It s target is particular large range continuous "soft target", the range resolution and the velocity resolution should be very good.
根据高频地波雷达探测海洋表面状态参数时 ,雷达系统要同时具备较高的距离分辨率和速度分辨率的基本原理 ,结合大范围内的连续目标的特殊性 ,本文从 6个方面比较了线性调频中断连续波与伪随机码调相连续波两种脉冲压缩方法的性能特点 ,解决了雷达总体设计时工作波形选择的问题 。
2) range and velocity resolution
距离-速度分辨率
3) acceleration resolution
加速度分辨率
1.
Detail performances are analyzed,including the acceleration resolution,the maximum unambiguous acceleration and the SNR(sigual-to-noise ratio) improvement factor.
详细分析了方法的性能,包括加速度分辨率、最大不模糊加速度以及信噪比改善因子,分析结果表明该方法较二次混频-DPT处理具有更低的信噪比门限。
4) resolution of velocity and acceleration
速度加速度分辨
1.
Finally,the simulation comparisons of Fourier transformation and RWT method are offered,which indicate that RWT has the strong output signal-to-noise ratio and resolution of velocity and acceleration.
对傅里叶变换和RWT方法进行了仿真比较,表明RWT具有较强的输出信噪比和速度加速度分辨能力。
5) depth resolution
深度分辨率
1.
Discharge conditions at which depth profile analysis of tinplate had good depth resolution were selected by researching spectrometric behaviors of tinplate at different discharge conditions.
通过研究不同放电条件下镀锡钢板的光谱行为,确定了具有较好深度分辨率的放电条件,建立了镀锡钢板的辉光放电发射光谱定量深度分析方法。
2.
In order to rise the depth resolution of SIMS, it is important to decrease the two kinds of the effects that described above by the possibility.
因此，为了提高ＳＩＭＳ分析的深度分辨率，必须注意克服这两种影响因素。
3.
In this calculation,the multi- variate regression weight coefficients are extended to convolutional operators with specific time length to improve the depth resolution,which is proposed by Daniel P.
对该方法提高分辨率的原理做了详细的讨论,给出了该算法在胜利油田 ken-71地区采用常规地面地震数据和测井数据,预测得到的目标区域的拟孔隙度参数的分布,结果显示使用该方法深度分辨率可达8～10m。
6) contrast resolution
衬度分辨率
1.
Objective To improve the spatial resolution and the contrast resolution of human soft tissue imaging for application in clinical diagnosis.
目的提高人体软组织成像的衬度分辨率及空间分辨率,实现其在临床诊断方面的应用。
2.
Recent development of the medical imaging is the changing from macro-imaging to the micro-imaging by improving the spatial resolution and the contrast resolution of the soft tissues.
当前医学影像学的发展趋势是提高人体软组织成像的衬度分辨率及空间分辨率,由宏观影像学向微观影像学的方向发展。
补充资料：高分辨电子显微镜(见高分辨电子显微术)
高分辨电子显微镜(见高分辨电子显微术)
high resolution electron microscope
高分辨电子显微镜high resolution eleetronmieroseope见高分辫电子显微术。
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