半球的

基本解释 (translations)

hemispherical

与半球的相关的网络例句 [注：此内容来源于网络，仅供参考]

1、Neural network correlated with LIFG and RIFG exists in normal subjects in resting-state,which might be the neural foundation in retaining the normal language function;2、The left fusiform gyrus,bilateral medial frontal gyrus and right anterior cingulum in aphasia patients after stroke showed low degree correlation,that might be one of the mechanisms of aphasia;3、The brain regions showed positive correlation with RIFG in aphasia patients only exist in right hemisphere in resting-state as well as which exist in bilateral hemisphere in normal subjects,suggested that RIFG is out of correlation with the left hemisphere in aphasia patients;4、The left thalamus showed positive correlation with RIFG only in normal subjects, inferred that the left thalamus might be an important mesomerism structure in the correlation of bilateral hemisphere;5、Left insula showed stronger positive correlation with RIFG in normal subjects than that in aphasia patients,suggested that dominant hemisphere insula is important in retaining in normal language function.

1、正常人在静息状态下即存在与LIFG和RIFG具有相关性的神经网络，该网络可能是维持正常语言功能的神经基础；2、脑梗死后运动性失语患者左侧梭状回、双侧额叶内侧回、右侧前扣带与LIFG的连接程度的减低可能是运动性失语的发生机制之一；3、与RIFG正相关的脑区在对照组为双侧半球分布，而在患者组仅出现在右侧半球，说明患者组RIFG与左侧半球的连接中断；4、RIFG与左侧丘脑的正相关性仅出现在正常对照组中，推测左侧丘脑可能是联系两侧半球功能区的重要中介结构；5、对照组与RIFG正相关性明显高于患者组的脑区位于左侧岛叶，说明优势半球岛叶对维持正常语言功能具有重要作用；第二部分脑梗死运动性失语患者语言恢复机制的静息态fMRI初步探讨目的：运用fMRI技术，采用种子点方法在静息状态下分析脑梗死运动性失语患者不同的恢复阶段语言功能连接方式。

Although it was as obvious to Aristotle as it is to us now that birds from northern latitudes migrate to the tropics in order to escape an ice-bound winter, precisely how they manage to make their way from one hemisphere to the other remains one of the great puzzles of the natural world.

北纬地区的鸟儿迁移到赤道地区是为了逃避冰封的冬天，这是当年亚里士多德知道，我们现在也同样清楚的事实；尽管如此，鸟儿是怎样从一个半球迁移到另一个半球的，至今依然是自然世界的一大的疑谜。

Diffusive fluxes are roughly symmetric around the magnetic equator during equanoxes. But they are asymmetric during solstices, the winter hemisphere has smaller fluxes than the summer hemisphere does.

在分点，南北半球的扩散通量和扩散速度大致对称；而在至点，扩散通量存在着明显的南北半球不对称现象。

The analyses confirm 7 cases with agyria, 5 with pachygyria of bilateral cerebral hemisphere and 3 with limited pachygyria of unilateral hemisphere.

结果显示：CT、MRI显示无脑回畸形 7例，双侧全大脑半球的巨脑回畸形 5例，单侧大脑半球的局限性巨脑回畸形 3例。

Dichotic listening research makes use of the generally established fact that anything experienced on the right-hand side of the body is processed in the left hemisphere of the brain, and vice versa.

证明左半球的语言侧化的证据来自于两耳分听研究。两耳分听研究利用了已得到公认的事实：人体右半身所体验到的任何东西都是由左半球处理的，反之亦然。

RESULTS: Compared with patients in the non-AD group, those in the AD group showed decreased cerebral glucose metabolism mainly in the temporal and frontal lobes and the limbic system in the right cerebral hemisphere and the inferior frontal gyrus and precentral gyrus in the left cerebral hemisphere, and increased cerebral glucose metabolism mainly in the temporal and occipital lobes in the right cerebral hemisphere and the parietal and occipital lobes and limbic system in the left cerebral hemisphere.

结果： 抑郁焦虑组与非抑郁焦虑组比较，脑葡萄糖代谢下降的脑区集中于右侧大脑半球，主要位于颞叶、额叶及边缘系统，左侧大脑半球较少，主要位于额下回和中央前回；脑葡萄糖代谢升高的脑区集中于右侧大脑半球的颞叶、枕叶和左侧大脑半球的顶叶，枕叶及边缘系统。

By tracking the serial sections, many thick fibers that derived from 5-HTi neurons were discovered projecting into the distant region to somata, some even project from one side to the other side, and send out many tiny branches contralaterally distributing in the wide field of the brain, so we can conclude that 5-HT may modulate distant and wide-field neural interactions.

连续切片追踪观察发现，由一些5－HT能神经元胞体发出的粗大阳性纤维可投射到距胞体很远的区域，有的甚至由一侧脑半球发出，投射到另一侧，并发出许多细小的分枝分布在对侧脑半球的广泛区域，因此可以推断出5－HT可产生广泛的远距离的神经调节作用。

The yarns slippages were mainly studied by the forming experiment on cylinder, and yams slippages characteristics were described.Finally, the forming experiments of MBWK fabrics on double-hemisphere were carried out for the first time. Based on the experimental results, the forming characteristics of MBWK fabrics on double-hemisphere were described.

最后，针对女用避弹衣的实际需求设计并进行了双半球成型实验以研究其成型特点及规律，实验中发现织物在成型过程中并无明显的纱线滑移现象，并且其成型规律与双半球之间的间距无关，而仅仅与双半球的直径大小相关。

Know axis, two poles, prime meridian, and equator. Know the features of meridians and parallels, and their rule of location. Know the dividing method of low, middle and high latitude. Remember the east and west hemispheres and south and north hemispheres.

知道地轴、两极、本初子午线和赤道，知道经线和纬线的特征及经度和纬度的分布规律，知道低纬度、中纬度、高纬度的划分方法，记住东西两半球和南北两半球的划分方法。

In fact, as we continue to study wind motion, we'll see that each hemisphere is a mirror image of the other.

实际上，当我们继续研究风向，我们就可以看到每一个半球是另一个半球的镜象。

与半球的相关的网络解释 [注：此内容来源于网络，仅供参考]

down under：南边(常指面半球的澳洲)

down to the wire 最后关头 | down under 南边(常指面半球的澳洲) | downhill from here 从此都是下坡路(自此每况愈下)

down under：常指面半球的澳洲

down to the wire 最后关头 | down under 常指面半球的澳洲 | downhill from here 自此每况愈下

down under：南边(常指面半球的澳洲AUSTRALIA)

down to the wire 最后关头 | down under 南边(常指面半球的澳洲AUSTRALIA) | downhill from ITe 从此都是下坡路(自此每况愈下)

hemispheric：半球的

hemispheric bearing 半球面轴承 | hemispheric 半球的 | hemispherical nose 半球形首

Hemispheric dominance：大脑半球的遗传支配性

? Guilford's Structure of Intellect 吉尔福特的智力结构理论 | ? Hemispheric dominance 大脑半球的遗传支配性 | ? How e-Learning changes the classroom 电子学习如何改变教室

hemispherical：半球的

hemisphere 半球 | hemispherical 半球的 | hemispheroid 半球体

brain lateralization：大脑左右半球的侧化

Bound morpheme 黏着语素 | Brain lateralization 大脑左右半球的侧化 | Branching node 分叉点

semispherical：半球的

semisphere 半球 | semispherical 半球的 | semitangent 半切线

Verbosity and circumstantial detail obsc reason for contact：用罗嗦和详细叙述的语言使交往的理由含糊不清

变应性荨麻疹 Ventricular tachycardia | 用罗嗦和详细叙述的语言使交往的理由含糊不清 Verbosity and circumstantial detail obsc reason for contact | 颈动脉综合征(大脑半球的) Vertebro-basilar artery syndr...

sinistrocerebral：左大脑半球的

sinistraural 左利耳的 | sinistrocerebral 左大脑半球的 | sinistromanual 左利的