1) momentum resolution
动量分辨
1.
Checked by experimental data and Monte Carlo generated data, the results show that the correctness and reliability of these methods have been proved, and the momentum resolution for charged particles has been improved by more than 20%.
经过真实数据和蒙特卡罗样本的检查 ,联合重建后BESⅡ带电粒子的动量分辨提高了 2 0 %以上 ,结果证明本文采用的联合重建和离线刻度方法是有效的 。
2.
After correction,the momentum resolution of the reconstructed muons was improved.
经过修正后的 μ子事例的动量分辨有了显著的改善 。
3.
Track efficiency and momentum resolution under different noise levels and different noise distributions are presented.
利用蒙特卡罗方法模拟了漂移室的随机噪声和对其性能的影响,分别考虑了击中丝和非击中丝的时间道和电荷道的噪声,给出了径迹效率和动量分辨随噪声水平和噪声分布的变化情况。
2) momentum resolution
动量分辨率
1.
At the same time , the responding momentum resolution an.
给出主漂移室对动量为1GeV/c的带电粒子的动量分辨率和空间分辨率。
2.
The momentum resolution and ionization energy loss in a high precision central drift chamber used to detect the low momentum charged particles are estimated.
分析估算了用于探测低动量带电粒子的高精度中心漂移室(CDC)的动量分辨率与电离能损,对低动量带电粒子的动量测量以及利用dE/dx识别粒子的能力进行了讨论,并探讨了CDC对两个典型过程的探测性能。
3.
We simulated the Momentum resolution of Cental Drift Chamber (CDC) for Beijing τ-Charm factory from Multiscattering using GEANT and got the Momentum resolution of 0.
本文用探测器描述和模拟工具GEANT对BTCF中心漂移室中多次散射对粒子动量分辨率的贡献进行了模拟,得到0。
3) energy and momentum resolutions
能量和动量分辨率
4) Energy Resolution
能量分辨
1.
CdZnTe(CZT) detector achieves excellent spatial and energy resolution in the broad energy range from 30 keV to 600 keV without cooling.
CdZnTe(CZT)探测器不需要低温制冷就可在30~600 keV较宽的能量范围内得到较好的空间和能量分辨,已成为研究宇宙空间X、γ射线场重要的探测器。
2.
000 7) eV·Hz-2,and the energy resolution is ΔE/E=(1.
652%,能量分辨为ΔE/E=(1。
3.
The best energy resolution 5.
APD结合CsI(T1)晶体在室温下对~(137)Cs的662keYγ射线的能量分辨可达5。
5) resolution capability
分辨容量
1.
Based on above,resolution capability is suggested to express the resolving power of laser beam scanning system.
以高斯光束复曲率半径的复数三角形式和高斯光束菲涅耳数为基础 ,详细分析激光束扫描系统的线分辨率和可分辨光点数 ,并提出分辨容量来精确表征激光束扫描系统的分辨本
6) Passive resolution technology
被动分辨
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