通过海洋动力学和赤潮生物动力学相结合的方法，建立了一个赤潮发生的仿真模型。
This ecological simulation model of red tide includes water and biological dynamics, and takes into consideration environmental factors such as tide, tidal current and nutntion.
应用晶粒长大理论建立材料降解的理论模型，实现了生物材料降解仿真算法以及过程模拟。
By applying crystals' growth theory to construct material degradation model, we realize the algorithm and process simulation on biological material degradation.
本文通过对软组织生物力学特性的分析，将粘弹性模型应用于手术仿真中软组织变形的研究。
Through analysis of biomechanics property of soft tissue, this paper applies the viscoelastic model in the study of soft tissue deformation in surgery simulation.
在生物自发光成像领域，将基于蒙特卡罗方法的光子前向传输仿真进行并行化，提高了仿真的速度。
In the field of bioluminescence imaging, in order to accelerate simulation speed, a parallel code for Monte Carlo simulation of photon transport is developed.
为了提高虚拟手术仿真系统进行实际作业的能力，提出了以BP神经网络模型来代替有限元模型，实现实时的生物力学响应。
To raise capacity that virtual surgical simulation system deals with real work, this article introduces BP NN model instead of finite element model, and realizes real-time biomechanical response.
建有仿真画临摹室、 600平米花鸟画生物标本写生馆和装裱工作室为国画教学提供帮助；
There are also oil painting material studio, painting imitation room, 600 square-meter biological flower-bird specimen painting studio and a picture mounting studio.
该模型的实现仿真平台中，可以方便的定制食物链中生物的种类、数量及相互关系，从而模拟现实中不同组成和结构的食物链。
The species, amounts and interaction rules of agents in food chain can be set conveniently to simulate food chains with different compositions and structures.
在仿真网络玻璃模型中进行的微生物驱油实验中观察到，菌体优先进入孔隙壁、油、水三相交界处。
The microbial oil_displacement experiments were programmed in emulation network models. It could be seen that bacteria were prior to entering into the three-phase boundary of pore wall, oil and water.
试验结果表明，这种方法能够实现软组织仿真材料弹性模量的测量，有助于对活体组织生物力学等效性的比较和判别。
The test results indicate that this kind of method can be adopted in testing the elastic modulus of the soft bio-anthropomorphic materials and help to compare and disti…
提示通过这套数字医学系统，可实现颅颌面骨形态结构生物材料的三维仿真，为下颌骨骨缺损的精确修复打下基础。
This pilot study suggests that custom-made PGA/PLA scaffolds could accurately reconstruct craniomaxillofacial bone injuries by our digital medical support system.
提示通过这套数字医学系统，可实现颅颌面骨形态结构生物材料的三维仿真，为下颌骨骨缺损的精确修复打下基础。
This pilot study suggests that custom-made PGA/PLA scaffolds could accurately reconstruct craniomaxillofacial bone injuries by our digital medical support system.
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