Synthetic fiber

What is Fiber Optic Cables? Back in the day we used copper wires for our tele-communication and to interconnect throughout the world. However as technology and machines start to grow more powerful, we are forced to put a change in this production of copper wires. The wire density becomes a very critical factor in the modern era, however the limit in size must always result in better performance. Fiber optics proves to be highly effective in its high bandwidth, as it allows on a single fiber to…

impurities in it because this will cause dispersion and attenuation for the light traveling down the wire which would decrease the signal strength. The light travels down the core through the process of total http://cablesondemandblog.com/wordpress1/fiber-optic-cables-on-demand/ internal reflection however this can only occur if the optical fibre has a cladding. The cladding of an optical fibre can be made out of any material that has a lower refractive index than the core but is usually made…

cable, Wi-Fi and fiber optic as our media. Ethernet Technology The Ethernet technology was mostly used in the LAN because; 1. We used Ethernet speed of 10mbps for areas in the LAN that required higher bandwidth 2. Our campus network model supports dual links between each distribution layer routers and case switches. We are there able to load balance the aggregate traffic from multiple access switches across the links. 3. Giganet Ethernet will be used between switches but Fiber will be used…

Coursework 1- Carbon Fibre composites compared to traditional metallic properties Introduction Carbon fibre is a material made up of thin strips of crystalline filaments of carbon woven together to create a cloth or combined with a resin or ceramics to strengthen the material. Carbon fibre is now overtaking traditional metals in where it is being used and the reasons why will be discussed further on in the report (Happian-Smith 2001: 1). Carbon fibre composites have become the leading material…

Carbon fibers are exceptionally stronger than carbon bulk material. These fibers have very small diameters, typically ranging from 4 to 10 micrometers, which in turn yield a relatively small fiber surface area. Flaws such as dislocations, cracks, and impurities, are virtually inexistent in a specimen of such size, and so the structure is virtually defect free. Because the fibers are kept separated from one another by the matrix, they do not make contact, and crack propagation from fiber to fiber…

Fiber optic communication systems are light wave systems that employ optical fibers for transmitting information from one point to other through an optical fiber. The driving force behind the widespread use of fiber optic communications is the demand for economic, reliable transmission media that can transmit required information capacity. The transmission capacity of optical fibers has drastically improved over the years. Today, optical communications up to 100 gb/s for several kilometers have…

A final study that was explored focused on the importance of finite element analysis for analyzing the effects of composite patching on CCT. According to [S3], FE analysis is helpful because it leads to a direct computation of both the SIF and stress-distribution field. This study used 2024-T3 aluminum with a glass and epoxy composite patch. Cyclic stress was applied to patched and unpatched aluminum specimens, and the Mindlin FE Approach was used to analyze the resulting data. Results showed…

North American deserts. The plant has flat fleshy pads, which are modified stems and look like large leaves. Its leaves are small wart-like projections that appear on the stem. The fruits and pads of this plant are rich in slowly absorbed soluble fibers, which help in regulating blood sugar levels (Davidson, 1999). Comfy Beverage Company intends to venture into the business of processing and selling prickly pear juice and prickly pear marmalade. This research paper is a marketing plan that…

that parallel fiber-to-Purkinje cell synapses were strengthened during learning; in contrast, Albus postulated that the parallel fiber-to-Purkinje cell synapses would weaken (he also thought they could strengthen and that the parallel fiber-to-stellate cell synapses were also modifiable.) Albus defended his synaptic weakening argument by pointing out that the parallel fibers should be trained to emulate the post-complex spike pause and not the excitatory phase of the climbing fiber-induced…

Numerous studies have been done on the causes and effects of Ulcerative Colitis in the body that ultimately begin and progress through the large intestine. These studies have led to information that allows physicians to help their patients control the symptoms of this disease and enable them to lead a normal life. However, through the research that has been done no significant information has led to the cure of this disease or what truly causes it in the first place. The cause for this disease…