GABWIT是应用地震体波走时资料、遗传算法反演地壳三维速度结构的软件。
GABWIT is a software of inversion for 3d crustal velocity structure using seismic body travel time data and genetic algorithms.
理想的细胞支架应具有一定的生物降解速度、良好的细胞亲和性、呈特定的三维多孔结构，且含有可控制释放的生长因子。
For an ideal cells scaffold, it has to possess certain biodegradation rate, good cells affinity, three dimension of multi- porous structure, as well as included controllable released growth factor.
在三维深度映射技术的各种方法中，结构光法表现出了在分辨力和速度上的优势。
In the whole bag of tricks of 3D depth mapping technology, structured light method take advantage of resolution and speed.
从多维地震动输入下的结构三维振动方程出发，给出了结构多维随机振动的振型位移法和振型加速度法。
From the equation of three-dimensional vibration of structures, the methods of multi-dimensional random mode displacement and mode acceleration have been put forward.
这些算法和数据结构都围绕着一个问题，就是如何减少三维实体的点阵信息，以提高三维图形的显示速度。
The algorithms and the data structure are employed for reducing the grid information of 3d entity, so as to improve the display velocity of the 3d entity.
这些算法和数据结构都围绕着一个问题，就是如何减少三维实体的点阵信息，以提高三维图形的显示速度。
The algorithms and the data structure are employed for reducing the grid information of 3d entity, so as to improve the display velocity of the 3d entity.
应用推荐