计算机病毒和蠕虫在网络中的扩散取决于网络的结构。
Computer virus and worms spread in networks that lie on the structure of networks.
蠕虫受刺激时，肌纤维结构蛋白被拉伸，其连接弹簧也被拉伸，蠕虫的荧光颜色发生改变。
When the worm is prodded, stretching the structural proteins in muscle fibers, the linking spring is stretched, and the worm fluoresces in a different color.
本文介绍了网络蠕虫病毒的功能结构、传播机制以及SIR流行病传播模型。
In the paper, the function structure, propagation mechanism and the SIR epidemic model are introduced.
在蠕虫模拟环境中，采用“半结构化”TCP聚集流量模拟框架进行背景流量模拟，以平衡精度和效率；
In worm simulating environment, the background traffic is simulated with the framework of "semi-structural" TCP aggregated traffic, which can balance the accuracy and performance.
粘弹性蠕虫状胶束具有重要的微观结构，因其特殊的流变性能而在不同领域具有重要应用。
Viscoelastic wormlike micelles are important microstructures that relate to rheological properties of fluid in different applications.
粘弹性蠕虫状胶束具有重要的微观结构，因其特殊的流变性能而在不同领域具有重要应用。
Viscoelastic wormlike micelles are important microstructures that relate to rheological properties of fluid in different applications.
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