1.
Hippocampal axons remodeling was induced by Morris water maze in rats
Morris水迷宫训练诱导大鼠海马轴突重塑
2.
A System Based on Virtual Instrument LabVIEW for Morris Experiment s Image Collection;
基于虚拟仪器LabVIEW的Morris水迷宫实验图像采集系统
3.
A New All-purpose Morris WMZ Data Collection & Analysis System Based on USB Camera
基于USB摄像头的通用Morris水迷宫实验系统
4.
Influences of Morris water maze training on expression level of BDNF and phosphate-CREB in hippocampal CA1 field of rats
Morris水迷宫测试对大鼠海马CA1区BDNF以及p-CREB表达的影响
5.
A study of Morris water maze and ultrastructure alteration of neural-vascular unit in early stage diabetic rat
早期糖尿病大鼠Morris水迷宫及神经血管单元超微结构观察
6.
The dynamic changes of synaptophysin in fimbria-fornix transaction rat's brain and the effects of repeated MWM training
鼠脑穹窿海马伞切断突触素动态变化及Morris水迷宫重复训练对其影响
7.
Study on Water-Sediment Two Phase Flow in Labyrinth Emitter Channel;
迷宫式灌水器流道内水沙两相流研究
8.
On the other hand,DSP can shorten water maze latency,enhance the correction percentage of mice injected reserpine.
显著缩短利血平化小鼠水迷宫潜伏期。
9.
Study on Hydraulic Behavior and Technical Application of Self-tilting Labyrinth Weir;
自溃式迷宫堰的水力特性及应用研究
10.
The modification of waterproof labyrinth for felt roll in dryer section of paper machines
纸机干燥部毛布辊挡水迷宫环的改造
11.
Structural Design and Experimental Study on Hydraulic Performance of Emitters with Labyrinth Channel;
灌水器迷宫流道结构设计与水力性能实验研究
12.
Visualized Experimental Analysis of Water-sand Flow Behaviors for Labyrinth Emitters
迷宫型灌水器水沙两相流场分析及结构改进
13.
Influence of Angle of Labyrinth Channels on Hydraulic Performance of Emitter
迷宫流道转角对灌水器水力性能的影响
14.
Numerical Simulation and Frame Designing of Emitter s Labyrinth Channel;
滴灌灌水器迷宫流道结构数值模拟与优化设计
15.
The Effects of Arc Labyrinth-Passage Structural Parameters on Hydraulic Performance
弧形迷宫流道结构参数对水力性能影响
16.
Numerical calculation and structural optimization for inlet flow field of single wing labyrinth drip irrigation emitter
单翼迷宫灌水器进口流场数值模拟与结构优化
17.
the intricate windings of a labyrinth
迷宫中扑朔迷离的路线
18.
use water and electric maze experiment to observe rat escape latent period and mistake times, to understand it's learning and memory ability.
用水迷宫和电迷宫实验观察大鼠逃避潜伏期和错误次数，以了解其学习记忆能力。