查询词典 temporal

This classical conditioning paradigm is used in our research to investigate the molecular mechanism underlying temporal associative fear learning.

因此，在许多文献中认为海马回可能在痕迹恐惧制约中扮演连接制约性刺激与非制约性刺激的角色。

These data indicate that the type and intensity of acute stressor as well as its temporal sequence of conditioning can be critically important for the stressor to be an unconditioned stimulus in the classical conditioning.

这结果显示在古典制约作业中，单次压力源的类型与强度，及其在制约作业的时间次序之关系，都会影响其担任非制约刺激的角色，并进而决定是否具有引发制约行为的能力。

The use of Klingler's fiber dissection technique can clearly show the fiber structure of temporal lobe regions:arcuate fascicle,external capsule,claustrum,inferior longitudinal fasciculus,uncinate fasciculus, inferior occipitofrontal fasciculus,optic radiation Anterior Commissuree, et al.

结果1。运用Klingler解剖技术可清晰显示颞叶区域各白质纤维结构：弓状束、外囊、屏状核、下纵束、钩状束、额枕下束、视辐射、前联合等纤维束的解剖结构和位置。2。

The approaches for decreasing the gene flow include chloroplast transformation, pollen sterility, seed sterility, cleistogamy, apomixis, temporal control, and transgenic mitigation.

目前降低外源基因扩散的方法主要有叶绿体转化、花粉不育、种子不育、闭花受精、无融合生殖、暂时性控制及转基因缓和等。

The characteristics of distribution and changes of climatic potential productivity were analyzed from spatial and temporal.

运用孙惠南的模型计算了气候生产潜力，并从时间上和空间上分析它们的分布和变化特征。

As important climatic resources, it differs from other resources because of its great regional and temporal variety.

作为重要的气候资源，积温与其它资源的区别在于存在很大的地域差异和时间变化。

The profile distributions of silicate, phosphate and nitrate suggest that the organic material decomposition in area is mainly through nitrification during early diagenesis. Based on benthic fluxes of nutrients calculated using Fick's first law, benthic fluxes of silicate, phosphate and nitrate are -886.45~42.62 mol/(m^2d),-3.04~5.83 mol/(m^2d) and -189.43~21.05 mol-(m^2d), respectively, and perhaps silicate and nitrate are one of the major sources of nutrients for bottom water. Our results also reveal temporal and spatial variations of benthic fluxes for silicate, phosphate and nitrate, which may be related to sedimentation environment changes caused by global climatologic change.

在水－沉积物介面附近矽酸盐、磷酸盐和硝酸盐都存在著极陡的浓度梯度，Fick扩散定理的计算结果表明，研究区内矽酸盐、磷酸盐和硝酸盐的海底扩散通量分别为-886.45～42.62mol/、-3.04～5.83mol/和-189.43～21.05mol/，且矽酸盐和硝酸盐主要是从沉积物向底层水体扩散，是底层水体营养盐的来源之一；研究区内矽酸盐、磷酸盐和硝酸盐的海底扩散通量存在著一定的时间和空间变化，这可能与因全球气候变化而导致的沉积环境的改变有关。

After analyzing the basic information of the ecological engineering construction, the spatial and temporal scale, and monitoring index, the 1m IKONOS image and 2.5m SPOT5 image were introdueced as data sources, the methodology of RPC modeling and GCP optimitiaztion as modification to the interpretation, the AHP used in determining combination of multi-light specrum and the whole band wave, the virtue reality technique monitoring the classification and recognation, variable cluster allocation coeffiecents and its adaptation in spatial and imaged attributs in the research on water and siol conservation subtracting the least pathches of the area. The final stage is to subtract the information via human and computer interactive to interpret and monitor the classification in the study assisted with GPS, field identification and construction supervision.

在对研究样区水土保持生态建设情况和监测尺度及监测指标分析的基础上，选择1m分辨率的IKONOS影像和2.5m分辨率的SPOT5影像为监测遥感数据源；采用"RPC模型+GCP优化"方法进行高分辨率遥感影像正射纠正；用主成分分析法进行遥感影像全色波段与多光谱图像融合；用虚拟现实技术进行高分辨率遥感影像监督分类模板定义研究，用不同大不的聚类处理参数并在研究水土保持生态建设措施的空间特征和影像特征的基础上，确定提取水土保持生态建设信息的最小图斑参数值；最后用全数字人机交互解译和监督分类提取研究样区水土保持生态建设信息，并结合GPS现场验证和工程监理成果对监测结果进行分析评价。

The commissure that is located just inferior to the anterior tip of the corpus callosum; a major route of communication between the left and right temporal lobe.

这个接合处是落在 corpus callosum 下方和前方的顶端，是左右颞叶沟通的主要途径。

It is the first time that temporal China forms a comparatively full-scale group of scientists.

这一时期的中国第一次形成了颇具规模的科学家群体。

The receding calculations and experiment analyses in this subject are built on the blood cast of pig tongue.

本研究课题的前期工作是采用猪舌血管铸型模拟人舌而进行的数值计算与实验分析。

"Each human infection constitutes an opportunity for genetic modification of the virus through reassortment, mutation, or both...."

&每一次人类的感染都暗藏着一次基因修改的机会，无论是通过病毒的整合、突变或者兼而有之。。。。&