dendrite
美 ['dendraɪt]英 ['dendraɪt]
- n.树突（位于神经元末端的树枝状突起，接收其他神经元传来的信号）
- 网络树状突；树枝石；枝晶
复数：dendrites
dendritedendrite
树突
（1）树突（dendrite）：是从胞体发出的一至多个突起，呈放射状。胞体起始部分较粗，经反复分支而变细，形如树枝状。
树状突
...ell），神经元两端有向外延伸的神经纤维，较短的为树状突（dendrite），负责讯息的接收，较长的是轴突（axon），执行讯 …
树枝石
珠宝词汇·新译通翻译公司-专业日常生活类翻译 ... demantoid 翠榴石 dendrite 树枝石,假化石 dendritic opal 枝状蛋白石 ...
枝晶
...，以减轻容量退化，这种退化源自水分渗透;需要防止锂枝晶（dendrite）生长，以延长循环寿命。
树枝状结晶
材料科学专业英语词汇(D) ... denaturation 变性 dendrite 树枝状结晶；树状突 Dendritic powder 树枝状粉未 ...
突起又分树突
神经元突起又分树突（dendrite）和轴突（axon）两种。树突多呈树状分支，它可接受刺激并将冲动传向胞体；轴突呈细索状， …
枝蔓
光电英语词汇(D1)_专业词汇_英文阅读网 ... denaturant 变性剂 dendrite 枝蔓；树状突 denominator 分母 ...
树枝晶
树枝晶(dendrite)--中国百科网 ... 百度搜索:树枝晶( dendrite) ...
1
Rather than beating about the bush, the fall of the dendrite in the matter of flopping about.
而不是拖泥带水，陷落在无关紧要的枝蔓中扑腾。
2
To control the dendrite growth and improve the long-term cyclic performance, magnesium alloys were employed as anode materials.
为抑制枝晶生长、改善长期循环性能，本研究尝试用镁合金作为镁二次电池的负极材料。
3
this action gives rise to the formation of large islands in the scanned area and dendrite growth along the scanning boundary.
这一行动引起了形成大岛的扫描面积和枝晶生长沿扫描边界。
4
Along with the increase of melt superheat time, the primary dendrite arm spacing decreases and the microstructure is refined.
随着熔体过热时间的延长，一次枝晶间距减小，组织越来越细密；
5
The immunoreactive dendrite of intermedial and ventral horn extend to the lateral and ventral trace, some to the ver ge of spinal cord.
中间带和腹角内的阳性胞体的树突还伸向外侧索和腹索，有时可达脊髓边缘。
6
The larger supercooling , the quicker of the dendrite tip velocity; the smaller of the curvature radius.
过冷度越大，枝晶的生长速度越快，尖端曲率半径越小。
7
A junction between the axon of one neuron ( presynaptic ) and the dendrite of another (postsynaptic).
一种神经元（突触前）的轴突与另一个（突触后）的树突间的一类连接。
8
The dendrite grows preferentially when the crystal orientation is consistent with the coordinate axis.
晶体取向与坐标轴方向一致时枝晶优先生长；
9
First, melting occurred in the region with low melting point phase and high energy, eg. at the root of dendrite arm.
熔化首先发生在低熔点相和高能量区域，例如枝晶臂的根部。
10
In this paper, free dendrite growth behaviors in undercooled melts are simulated using phase-field method.
通过自适应有限元法求解相场模型，对过冷熔体中自由枝晶生长行为进行了数值模拟。
11
The rapid dendrite growth of multicomponent alloys is an important research subject in the field of materials science.
多元合金的深过冷与快速枝晶生长是材料科学领域的重要研究课题。
12
The zinc electrode also has problems as dendrite, shape change, self-corrosion and passivation.
锌电极存在的主要问题有：枝晶、形变、自腐蚀、钝化等。
13
Between any neurons, between the axon of one neuron and the dendrite of another, there's a tiny gap.
在任何神经元之间，在一个神经元轴突和另一个树突之间，这里有一个微小的裂口。
14
The results indicate that the microstructure of silver is dendrite with FCC structure, which is composed of trunk, branch and leave.
结果表明，反应所得的产物为银枝晶结构，面心立方晶体。
15
Objective Reseach the material base and mechanism plasticity of dendrite and effect of acupuncture.
目的探讨大鼠脑梗死后树突可塑性的物质基础和机制及针刺的影响。
16
On first performing a task, it is difficult as there is no path from axon to dendrite.
在首次执行任务，这是困难的，因为不存在从轴突到树突路径。
17
Also had its own natural Kuangyuan unload heavy makeup, but also allows voice-free dendrite, they quoted poetry to the Bi-Xiao.
也自有浓妆卸去本来天然的旷远，还可以让歌声了无枝蔓，便引诗情到碧霄。
18
Soma and dendrite of NOS neurons were similar in each group.
各组大鼠一氧化氮合酶阳性神经元的胞体和树突均相似。
19
The effect of counter-pressure casting parameters on secondary dendrite arm spacing (SDAS)of A357 alloy was studied.
研究了差压铸造不同工艺参数对A357合金二次枝晶间距的影响。
20
As the material of batteries, zinc electrode has many problems, such as dendrite growth, shape-changing, passivation, corrosion and so on.
但是，锌作为电极材料使用仍然存在问题，表现为：锌枝晶、形变、钝化和腐蚀。
21
Or in some cases they go to the dendrite of the neuron and they kind of put a paste over it so that the neurotransmitters can't connect.
或者在某些例子之中他们进入神经元的树突他们涂上某类东西所以神经递质就不能联接了。
22
Influence of the Ratio of Solid to Liquid Thermal Diffusivity on Dendrite Side-Branch Morphology Within a Phase-Field Simulation
相场模拟中金属固-液热扩散系数比对晶体侧向分支形貌的影响
23
A Simulation Study of Relationship between Coupling Effect of Soma-Dendrite and Firing Patterns
神经元胞体-树突的耦合对放电模式影响的仿真研究
24
Coupling macro-transfer model of continuous casting with micro-characteristics of dendrite crystal solidification
耦合枝晶凝固微观特性的连铸宏观传输模型
25
Study on the Manufacturing Technology, Microstructure and Properties of Aluminum Alloy Billets with Non-dendrite Structure
铝合金非树枝晶坯料制备工艺及其组织性能研究
26
The results show that the dendrite crystal area of alloy is diminished and then become equiaxed structures after lithium is added;
结果表明：锂能消除合金凝固态的柱状晶区并使之转变为等轴晶区；
27
Numerical Simulation of Dendrite Growth of Aluminum During Solidification Process Using Phase- Field Method
铝铸件凝固过程枝晶生长的相场方法模拟
28
Evolution time calculation of dendrite to granular particle during continuous cooling and stirring process
连续冷却和搅拌条件下树枝晶向粒状晶转变时间的估算
29
Numerical Simulation of Dendrite Development in Ternary Alloy Solidification
三元合金凝固过程枝晶生长数值模拟
30
Numerical simulation of dendrite growth for binary alloy during non-isothermal solidification
二元合金非等温凝固枝晶生长的数值模拟