现在，即使是纤细的神经元分支也可以在一段长时程实验中被监测到。
Now, the delicate branches of neurons can be monitored during prolonged experiments.
受数据采集条件限制，振动台模型实验的速度和动位移时程一般由实测加速度时程信号进行积分得到。
In shaking table model tests, dynamic displacement and velocity are always obtained by integration of measured acceleration because of the restricted condition of data sampling.
其次采用ANSYSLS - DYNA进行了仿真模拟，给出了凹陷变形的时程曲线，获得了与现场实验较一致的结果。
Furthermore, the temporal curves of the maximal depression displacement are obtained by ANSYS LS-DYNA. The simulation results agree with those of the tests.
通过现场原型动冰力测量实验与冰单轴压缩实验获得了大量的海冰破碎动冰力时程曲线以及结构振动响应时程曲线，研究了冰与结构作用快速挤压脆性破坏形成动冰力机理。
In this paper, many data are presented of dynamic ice forces and corresponding responses of structure recorded by full-scale tests in the Bohai Bay and by uniaxial compression tests in laboratory.
对国内进行巡潜深度-时程的科研设计，以及根据科研实验数据进一步制订空气不减压向下巡潜时间限度表，有一定的参考价位。
This is of reference value in designing scientific research of no-decompression downward excursion breathing air and working out excursion table adapting home divers.
因此，本实验旨在观察甲醛炎性痛过程中海马各亚区神经元HO-1表达改变及其变化的时程特征。
Thereby, our present study was undertaken to observe the changes of HO-1 expression including its time course in the rats hippocampus during formalin-induced inflammatory pain.
因此，本实验旨在观察甲醛炎性痛过程中海马各亚区神经元HO-1表达改变及其变化的时程特征。
Thereby, our present study was undertaken to observe the changes of HO-1 expression including its time course in the rats hippocampus during formalin-induced inflammatory pain.
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