金属包裹纳米粒子是一种纳米量级的介质球核外包裹薄金属层的纳米粒子。
A metal coated nanoparticle consists of a nanometer scale dielectric core surrounded by a thin metallic shell.
闭壳核具有球对称性。
利用核-壳机理初步解释了空心球结构的形成过程。
The formation of the hollow spherical structure was interpreted in terms of the core-shell mechanism.
通过多步复合乳液聚合方法合成了一种具有核壳结构的刚性聚合物微球。
A kind of rigid polymer microsphere with core shell structure was synthesized by multi step composite emulsion polymerization technique.
这些信号的检测及对行为的影响主要通过由嗅球经内侧杏仁核至下丘脑的神经通路所完成。
A discrete neural pathway from the olfactory bulb to the hypothalamus via the medial amygdala detects these odorants and regulates the innate social behaviors.
在每一个细胞内，都有一个像球一样的部分，这叫细胞核，它组织细胞内的一切活动。
In every cell there is a part like a little ball. This is the nucleus, which organizes the work of the cell.
采用压痕法及扫描电镜观察，研究了抗磨贝氏体球铁中裂纹的形核与扩展。
Crack nucleation and propagation in wear-resistant bainite ductile cast iron were investigated by press trace method and SEM.
岩石孔隙按大小分组后，每一组孔隙的氢核弛豫时间可以用球管孔隙模型计算。
All pores are divided into different groups by their radii, and the relaxation time of each group can be calculated with the sphere-capillary model.
目的构建柔嫩艾美耳球虫子孢子表面抗原原核表达载体，并且在大肠杆菌中表达。
Objective To construct the prokaryotic expression vector of the sporozoite surface antigen gene of Eimeria tenella GZ strain and expression in Escherichia coli.
本文提出一种模糊核超球感知器（FKHP）学习方法，并介绍了一种基于FKHP这种学习方法的模糊分类模型。
This paper introduces a fuzzy classification model based on the proposed fuzzy kernel hyperball perceptron(FKHP) learning method.
刺激被传到丘脑底核或内苍白球的其中一个区域来影响这些区域的神经细胞的活动。
Stimulation is delivered to one of two regions in the brain known as the subthalamic nucleus or the globus pallidus interna to influence nerve cell activity in these regions.
本发明的一种超顺磁性介孔二氧化硅复合球及其制备方法属于核壳型磁性纳米粒子的技术领域。
A superparamagnetism mesoporous silicon dioxide composite ball of the present invention and manufacture method thereof belong to nucleocapsid type technology field of magnetic nano particle.
为了提高多类问题的分类精度，提出最大边界模糊核超球(LMFKHB)算法。
In order to improve the classification accuracy of multiclass, an algorithm called Large Margin and Fuzzy Kernel Hyper-Ball (LMFKHB) was proposed.
本发明属于生物分离材料技术领域，具体为一种具有核壳结构的磁性复合微球及其制备方法。
The invention belongs to the technical field of bioseparation material, in particular to a magnetic composite microsphere with nucleocapsid structure and a preparation method thereof.
用行为学和电生理学的方法，探讨苍白球在电针镇痛及兴奋尾壳核镇痛中的作用。
The present study was to investigate whether globus pallidus (GP) is involved in caudate putamen nucleus (CPu) excitation induced analgesia and acupuncture analgesia.
渗碳体的球化可能以两种机制进行：破碎渗碳体片的非均匀长大和细小球状渗碳体颗粒的形核长大。
There are two possible mechanism about spheroidization ofcementite: the fracture cementite lamellae grows up non-uniformly and the fine spherical cementite particles grows up as the core.
因此，核壳高分子微球作为一种新型材料，具有重要的应用价值和前景，已成为近年来高分子领域的研究热点。
Therefore, the core-shell polymer microspheres took one kind of new material, it has the important application value and the prospect, has become the recent years polymer domain the research hot spot.
STEM 101检测小鼠脑的嗅球中移植的人神经干细胞的核。
STEM101 detects nuclei of transplanted human neural stem cells in the olfactory bulb of a mouse brain.
同时在苍白球的内侧缘和尾壳核的近尾侧的背外侧亦有少量的SP阳性纤维呈背腹方向分布。
There was a little amount of SP fiber in the inner part of globus pallidus and outer dorsal part of caudate-putamen.
目的：探讨CT在帕金森病丘脑腹外侧核及苍白球腹后部毁损术中的定位作用。
Objective: to probe the role of ct in guided thalamotomy and posteroventral pallidotomy for Parknson's disease.
目的探讨苍白球黑质红核色素变性（HSD）的发病经过、临床特征及预后。
Objective To explore the pathogenic course, clinical features and prognosis on hallervorden spatz disease(HSD).
为了制备高温气冷反应堆用燃料芯核，致密uo_2微球，研究了一种新的溶胶-凝胶工艺。
A new kind of sol - gel process for preparation of dense UO2 kernels used for HTGR (High Temperature Gas cooled Reactor) has been developed in our institute.
我们运用电生理、神经示踪、遗传工程及行为分析的手段，研究嗅觉信号在嗅球，内侧杏仁核及下丘脑的加工和表征。
We are using approaches including electrophysiology, neural tract tracing, genetic engineering, and behavioral assay to study the representation of the olfactory signals in this pathway.
我们运用电生理、神经示踪、遗传工程及行为分析的手段，研究嗅觉信号在嗅球，内侧杏仁核及下丘脑的加工和表征。
We are using approaches including electrophysiology, neural tract tracing, genetic engineering, and behavioral assay to study the representation of the olfactory signals in this pathway.
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