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Centroid Evolution Theorem Induced from Fractal Super Fibers or Fractal Super Snowflakes
ISSN号:1565-1339
期刊名称:International Journal of Nonlinear Sciences and Nu
时间:0
页码:805-809
语言:英文
相关项目:生物纳米膜管网络的平衡与演化力学
作者:
He, Bin|Fan, Qinshan|Yang, Fan|Yin, Yajun|
同期刊论文项目
生物纳米膜管网络的平衡与演化力学
期刊论文 52
同项目期刊论文
Multiple-cell elements and regular multifractals
Micro and nano structures and morphologies on the wing veins of dragonflies
From fractal to multifractal super fibres and wool fibres with exceptional mechanical properties
The elastic buckling of super-graphene and super-square carbon nanotube networks
Shape Gradient: a Driving Force Induced by Space Curvatures
蜻蜓翅痣中的纳米纤维层状复合材料
蜻蜓翅脉表面上的微纳米结构和形貌
Growth kinematics of fractal super snowflakes
Super carbon nanotubes, fractal super tubes and fractal super fibres
剑麻纤维细胞壁之间的“Steiner树”
Uniform and Conserved Evolution Mode in Fractal Growth Kinematics
Review of Fractal Super Fibers
曲率的形状梯度和经典梯度:微纳米曲面上的驱动力
Assembly Modes of Dragonfly Wings
Shape gradient and classical gradient of curvatures: driving forces on micro/nano curved surfaces
曲面物理和力学
"Steiner trees" between cell walls of sisal
Invariants for Parallel Mapping
The specific heat of carbon nanotube networks and their potential applications
超级分形雪花的生长运动学
Fractal geometry and topology abstracted from hair fibers
从毛发纤维中抽象出的分形几何与拓扑
多重胞元和规则多重分形