This kind of soft pottery surrounds the "super-stacked" prefabricated rattan in the center of the seventh rattan. Seven vines are the simplest choice, stacked in a stable way, and provide a nearly circular periphery, which can be easily further packaged. Seven vines come from the same original single-core stack, so they are similar. The inner layer of the gathered soft pottery forms a layer of non-optical fibers. Silicon rods are placed in gaps between websites to reduce any deformation that might otherwise occur during the lottery ceremony, especially. The vacuum of the rattan chair is made of insulating glass sealant mixed with oil at the top, which ensures that the assembled vacuum is not affected by the front pressure. It is also suitable for rattan chairs with multilayer holes at the top. Insert seven-core insulating silicon capillaries so that they can be pressurized and run independently. All the holes are pressurized by a common pressure source, so they bear the same pressure. Seven cores are also pressed together, a common pressure.
B fiber structure
The multi-nuclear HCPBGF diagram of electron microscope 1 shows. The waveguides are arranged in a triangular pattern, and there are six waveguides around the center of the rectangular waveguide fiber. The diameter of the fiber is 15 1μm, and the average distance between cores is 30 microns ... The significant drop rate and diameter calculated by the air filling fraction are about 73% of the fiber. My most relevant fiber parameters show that. Regarding the core of the region, the average diameters of three axes are given, and the ellipticity along each dimension is the maximum proportional minimum measure.
In their coatings, there are some distortions in the external waveguide compared with the central waveguide. The central waveguide is symmetrically surrounded by the external waveguide, which leads to its core being very symmetrical in the external environment of the optical waveguide. By reducing the symmetrical electron microscope, it can be seen that these waveguides have no expansion signal, which makes the expansion far from the center hole significantly higher than that through the center hole. This has an effect on locating them in the center of the ellipse.