The polymeric systems display the formation of net structures with a small agglomeration, which is typical for synthetic polymers.
But unfortunately, at present there is still no effective way to analyze the deployment process of space cable net structures with varying topologies and parameters.
Wu et al. [20] fabricated nano-net structure with necks formed between neighboring PS particles by oxygen plasma etching of a monolayer of PS spheres.
To this end, we labelled the net structure either with Wisteria floribunda agglutinin (WFA), which binds to chondroitin sulphate side chains most likely on aggrecan, or with an antibody that labels the aggrecan core protein (HAG), the main proteoglycan component of PNs.
The as-prepared Co3O4 microspheres have average diameters of ∼2 μm and the secondary Co3O4 nanoflakes are interconnected with each other forming a highly open net-structure with pore diameters of 20-200 nm.
The design of the building is very carbon-efficient, like the lightweight roof with cable net structure.
Results show 3DOM Ti ZrZrO2 (Ti:Zr = 3 1) prepared by the decompression filling method (S) possess thick and rough pore walls closely packed by particles, and present with "hexagonal net" structure.
An application to the case of a snowpack interacting with an avalanche net structure is presented, focusing on the fundamental numerical consequences resulting from the mechanical analysis.
We also design a polynomial time (with respect to the size of the net structure) algorithm to check whether a SPN is a SΠ2-net.
