1.
Spike Timing-dependent Plasticity of Neocortical Excitatory Synapses on Inhibitory Interneurons Depends on Target Cell Type;
抑制性神经元上兴奋性突触的长时程可塑性依赖于靶细胞类型
2.
Synaptic Model of Learning and Memory:Long-Term Synaptic Plasticity
学习和记忆的突触模型:长时程突触可塑性
3.
Investigations of Molecular Mechanisms Involved in Long-term Synaptic Plasticity of Cerebellar Purkinje Cell
小脑浦肯野细胞长时程突触可塑性若干分子机制的研究
4.
The Elestopastic Time-history Reliability Analysisty of Concrete Frame Structures;
混凝土框架结构弹塑性时程可靠度分析
5.
The Effects of Endogenous Dopamine on Short Term Plasticity of Corticostrital Sysnapses in Acute Brain Slices
急性脑片中内源性多巴胺对皮层—纹状体突触短时程可塑性的作用
6.
Neuronal Coding and Plastic Changes of Sound Duration in Auditory Midbrain of Guinea Pigs;
豚鼠听性中脑对声音时程的神经编码及可塑性变化
7.
Short-term Plasticity and Synaptic Transmission of Spike Trains at Primary Afferent Synapse in Spinal Dorsal Horn;
脊髓背角初级传入突角的短时程可塑性与动作电位序列的传递
8.
NONLINEAR ANALYSIS OF R/C FRAME-WALL STRUCTURES TO MULTIPLE EARTHQUAKE EXCITATIONS
RC框-剪结构多维弹塑性时程反应分析
9.
Standard test method for time-to-failure of thermoplastic pipe under constant internal pressure
GB/T6111-1985长期恒定内压下热塑性塑料管材耐破坏时间的测定方法
10.
Time-Histroy Analysis of Frame Structure with Consideration of the Influences of the Plastic Zone Length;
框架结构考虑塑性区长度的静力全过程分析
11.
The rhizome length, compared to the rhizome biomass, boasts far greater ecological plasticity.
根茎长度比根茎生物量具有更大的生态可塑性。
12.
A Study on Seedling Growth and Plasticity of Several Common Plants in Alpine Meadow;
高寒草甸几种常见植物幼苗生长和可塑性研究
13.
The Ecological Plasticity of Drosera rotundifolia in Jinchuan Peatland of Changbai Mountains
长白山金川泥炭地圆叶茅膏菜的生态可塑性
14.
Capable of being molded; plastic.
可塑造的，塑造的能够被塑造的，有可塑性的
15.
Study on the Feasibility of a Non-heating Nozzle Made of Super Engineering Plastics for COIL
特种工程塑料用于COIL无加热喷管的可行性研究
16.
Dynamic Elas-to-plastic Time-history Analysis of Single-story Single-span Gabled Frame;
单层单跨门式刚架结构弹塑性动力时程分析
17.
Elastic-plastic Time-hisotry Analysis to the Super-high Apartment in Dalian
大连某超高层公寓动力弹塑性时程分析
18.
Elasto-plastic time-history analysis on non-platform-column canopy of New Guangzhou Railway Station
车站大跨度索拱钢结构雨棚弹塑性时程分析