查询词典 spatial

Atomic force microscopy possess the high spatial resolution and immense force sensitivity, it is regarded as a powerful instrument to investigate the nanostructures of samples in air, liquid or vacuum environment.

由於原子力显微术具有高度的空间解析力及力学敏感度，可在气态、液态及真空环境下进行量测，作为奈米微结构的检测工具。

Objective To explore the effects of forepaw sensorimotor deprivation in early life on hippocampus-dependent spatial reference learning and memory in rats.

目的 研究生命早期前爪感觉和精细动作剥夺对大鼠海马依赖性空间参考学习记忆能力的影响。

The deprivation of forepaw sensorimotor in early life has no significant effect on the locomotor activity and exploratory behavior of rats, but can impair the spatial reference learning and memory.

生命早期前爪感觉和精细动作剥夺，对大鼠自发性粗大运动能力无明显影响，但可损伤其空间参考学习记忆能力。

At the same time, a network database of spatial information and forestation expert knowledge was built in order to adapt on the network environment.

空间信息的处理和分析能力关系到领域的利用水平，是地理信息系统发展最重要的方向。

For comparison reason, the planar and spatial models based on a forewing structure were analysed, it is shown that the cambered corrugation in the wings can improve the flexural stiffness of dragonfly wings effectively; the veins distribution and their size variation in different zones are quite reasonable.

对前翅平面模型和立体模型的静力性能进行了对比分析，发现翅膀中的起拱、起皱结构可显著提高蜻蜒翅膀的弯曲刚度；分布在翅膀不同区域的翅脉横截面尺寸与其受力大小是完全相适应的。对翅膀模型分有膜、无膜两种情况进行对比分析，得出翅膜中产生的膜应力刚化效应可有效改善翅膀结构的刚度。

With the help of regional forces, the Western literature is described as a "otherness", with super tempo-spatial abstractness and idealism, which provides a transcendental and critical dimension, and thus special aesthetic styles and artistic works. Due to the overemphasis to spirituality and idealism, with more or less the away-from-the-reality complexity, the Western literature plunges into the crisis of fixness, typicality and formularization in creation.

西部文学借重于地域的力量，将西部塑造成了一个"他者"，具有超时空的抽象性和理想性，提供了一种超越的批判的维度，提供了独特的美学风格，同时由于过于强调精神性、理想性，也潜含着并且或多或少地透露出了因脱离现实复杂性，而陷入固定化类型化程式化的危机。

The horizontal and vertical wind sections of the observed field can be obtained by spatial analytic geometry operation and analysis based on the four orthogonal points vector which located on the scanning cone′s vertical section.

通过这四个矢量，利用空间解析几何的知识，最终推导出观测视场上风场的水平和垂直方向的矢量分量。

Instead of using a single term vector as event representation, the terms into four semantic classes are split(names, temporal expressions, spatial terms and contents) according to the semantic diffirence of them, form four vector spaces, and process and weigh the classes separately.

该方法没有使用传统向量空间模型中的单个向量，而是按照语义将特征词划分为4个组（人物，时间，地点，内容）并形成4个向量空间，每个空间进行独立的权重计算和相似度计算。

In the device, a four-post frame was adopted, two synchronously rotating grip holders were used to realize rigidity rotation of the specimen, and the axial movement of the upper grip holder implemented the tension/compression loading. Positioning accuracy in the axis, radial and circumferential directions were achieved by adopting many advanced and delicate technologies. Measurement on the device indicated that the actual positioning accuracy of the device was better than the kinematic positioning accuracy. Evaluation test on the system indicated that the spatial resolution is better than the pixel size without considering the noise.

该装置采用了四柱式框架结构，采用上下夹头同步转动实现试件相对于框架的刚性转动；上夹头作相对于框架的轴向运动实现对试件的加载；在加载和转动装置中采用了诸多高精技术，实现了试件高精度的轴向定位、径向定位和刚性角度定位；对装置的精度检测表明其实际的定位精度优于运动学定位精度要求；对系统的计量考评初步表明，系统不计噪声的空间分辨率优于X射线CCD的像素10.9μm。

In this paper, we discussed several examples of application of two-dimensional Fourier transforms and spatial filtering analysis in vision research.

在本文中，我们介绍了一些傅里叶变换和空间滤波技术在视觉研究中的应用，即1。

Objective:To compare the response control and attention of Schizophrenic patients with that of the healthy controls by Integrated Visual and Auditorycontinuous performance test. To quantitate the impairment of cognitive function in patients, and to explore the relationship between cognitive function and the severity of the disorder.

目的：探讨精神分裂症病人在IVA持续操作测试中的反应控制能力、注意力等，并与健康人进行比较，从而量化精神分裂症病人的认知功能损害，并进一步探讨其认知功能与疾病严重程度的关系。

Main effective factors including subcooling degree, mechanical vibration, gas hydrate reformation, environment temperature, noncondensing gas and surfactant are analyzed.

指出过冷度、机械振动、重复生成水合物、环境温度、不凝性气体、添加剂是影响气体水合物生成的主要因素，还对R152a水合物的放冷进行了实验研究。