方法建立瓦斯爆炸伤动物实验模型。
前言：目的：建立再狭窄动物实验模型。
Objective: Setting up the experimental animal model of restenosis.
实验模型是保证模型实验研究的重要条件。
Experimental model is essential for ensuring model research.
实验模型的建立验证平台的可行性及实用价值。
The experimental model demonstrates the feasibility and practical value of this platform.
犬是背驮式减体积肝移植理想的动物实验模型。
结论该实验模型是可行的、有效的，可重复性好。
Conclusions This experimental model is feasible, effective, and reproducible.
为骨不连的实验研究建立一种客观的动物实验模型。
To establish an objective animal model for experimental study of bone nonunion.
在划分概念模型的基础上，开发出可复用实验模型。
On the basis of division of the Conceptual Model, Experimental Model is developed.
制作了实验模型，实验结果验证了分析方法的正确性。
Also, the experiment model is made and the correctness of the t...
研究内容包括：建立人体膝关节的三维运动的实验模型；
The purpose of this study include: establish a three-dimensional movement model of human knee;
用X波段的实验模型测量了波束指向与频率的关系，测量结果与理论计算值符合得很好。
The experimental results at X-band for the radiation anglt agree well with the theory.
在更为复杂的模型里，外国的和本国的实验将会不同。
In a more elaborate model, foreign and local tastes would differ.
背景：在瘢痕研究中急需稳定可靠的实验动物模型。
BACKGROUND: Stable reliable experimental animal models are needed urgently in scar research.
第3节和第4节对提出的模型进行了实验验证。
Section 3 and 4 show experimental studies for verifying the proposed model.
最后通过长周期光纤光栅液态水膜的挥发实验对该模型进行了初步验证。
The model was proved by an experiment in which LPFG water film was volatilized.
说明本次实验的骨质疏松的动物模型成立。
It showed that the animal osteoporosis model in this experiment was successfully set up.
模型实验结果证实了这个论点。
相似材料模型实验是研究地下采矿引起的岩层变形情况的重要方法。
The Similar Material Model is usually used to study the deformation of the terrane.
目的建立正畸牙移动的实验动物模型。
Objective to establish an animal model for research of orthodontic tooth movement.
可以在实验室完成对模型系统的控制实验，进行控制律的研究。
We can complete its control experiments in the laboratory, and do research on control rules.
论文首先分析模型的理论值，其次在实验市场中进行了设置检验。
First, we analyze Bertrand model with product differentiation, then make experimental test in experimental duopoly .
最后，通过切削实验对切削力模型进行了验证。
At last, the cutting force model is validated through cutting tests.
根据导电机理模型推测了二次渗滤现象产生的原因，并对实验结果进行了拟合。
After fitting of the experimental results, the mechanism of the double_percolation phenomenon was presumed.
实验数据论证了模型的正确性。
建立噪声习服实验动物模型。
Sound conditioning experimental model of animals was established.
最后从模型实验和野外应用两方面验证了电法虚拟仪器的工作效果。
Last, the effect of EVI are testified from both the model experiments and field work.
实验结果表明，该模型是有效的。
最后，通过实验对模型进行了验证。
最后，通过实验对模型进行了验证。
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