| 1. | Resolution power target
分解力检验标 |
| 2. | Establishing china ' s technology system of multiple resolution power in investigation of forest resources
建立我国多级分辨率的森林资源调查技术体系 |
| 3. | Optics microscope and pc connected by industry video camera of high resolution power , relied on specialized analyses soft to complete fiber diameter test
是通过高分辨率的工业摄像机将光学显微镜与计算机相连，依靠专业的分析软件来完成纤维直径的测试。 |
| 4. | And its main advantage is that it can realize high resolution power of space to be used in the near area , through the application of small - scale transducer and lower performance frequency
其优点是可以应用小尺度换能器及比较低的工作频率，来获得方位的高分辨率，可以在近场区(菲涅尔区)工作。 |
| 5. | Nowadays ultrasound imaging technique is developed to enhance resolution power . the resolution power in sound and image has become one of the important performance indexes in evaluating ultrasound imaging system
提高分辨率是目前超声成像的发展方向，声像分辨率是评价超声成像系统的最重要的性能指标之一。 |
| 6. | Synthetic aperture focusing technique is one of effective ways to widely improve space resolution power of images in digital imaging processing and is mainly used in the field of radar at present
合成孔径技术是数字成像处理中用于大幅度改善图像空间分辨率的一种有效手段。目前，合成孔径技术的最主要应用是在雷达领域。 |
| 7. | Aiming at the application of shaft ultrasound imaging in cased well , the scheme improves imaging resolution power and gives the reasons why space resolution power is superior to conventional imaging
在此基础上，针对井壁超声成像在套管井检测的应用实际，建立了提高成像分辨率的合成孔径聚焦成像模型，并对此进行了论证。 |
| 8. | In order to improve the resolution power , the energy method need increase ion total energy , while , the choice of the right gas pressure , the right flight length and increase total energy are effective to improvement of resolution for gf - tof method
增加对同量异位素的分辨能力，对e - e探测方法就要增加离子能量，而gf - tof方法除了增加离子能量外，合理的选择飞行路径的长度也能提高分辨能力。 |
| 9. | Imaging interferometric lithography ( iil ) transfers different components of spatial frequencies through the same limited aperture at different time to enhance the resolution power of lithography with increasing less cost of system
摘要掩模投影成像干涉光刻技术以在很小或几乎不增加光刻系统成本的基础上来提高光刻分辨率为目的，充分利用系统的有限孔径，将掩模图形不同的空间频率分别进行传递，最终以高分辨率对掩模成像。 |
| 10. | The results show that of the resolution of the directional distribution is higher the mbdm than the mmlm and while of the resolution of the reflection coefficient higher the mmlm than the mbdm . the two methods are sensitive to the array disposal of wave gauges and the resolution power of t he analyzing results by the polygon array is better , while the linear array worse . the wave gauge number of array and the distance between the array and the reflector can influence strongly the resolution power of the analyzing results
结果表明，对于波浪方向分布的分析， mbdm的分辨力高于mmlm ，对于反射系数方向分布的估算， mmlm优于mbdm ；仪器阵列的布置、仪器个数以及阵列与反射面的最近距离对两种方法分析结果的分辨力影响较大； mmlm的收敛速度快于mbdm ，计算的稳定性优于mbdm ； mbdm的分辨力受超参数选择的影响。 |
