The Concept of Superconductivity in Production - Essay Example

Superconductivity can be used to develop a product that shows the current induced in closed circuits The phenomenon of superconductivity is when the electrical resistance of some materials disappears when the temperatures are at their lowest. It is regarded as one of the most complicates in terms of the condensed matter. Dutch physicist Heike Kamerlingh Onnes, was the first person to discover the concept of Superconductivity. He was also the first one to liquefy helium (which boils at 4.2 Kelvin at standard pressure). Later in the year, 1911 Kamerlingh Onnes along with his other assistants and one of his assistants discovered the phenomenon of superconductivity the time they were studying on the resistance of metals at low temperatures. Further, they also proceeded to have more study on mercury because very pure samples could easily be prepared by distillation. According to the historic measurement of superconductivity in mercury, as in many other metals, the electrical resistance of mercury decreased steadily upon cooling, but dropped suddenly at 4.2 K, and became undetectably small. Soon after this discovery, many other elemental metals were found to exhibit zero resistance when their temperatures were reduced below the provided characteristic temperature of the material, called the critical temperature, Tc.

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The applications of superconductivity

It is also important to understand the applications of superconductivity. Before addressing the main issue in this paper, it is firs important to discuss the applications of superconductivity. The applications of superconductivity Superconductors are used in magnets that are known to bend and at the same time center on the particle beam. It also focuses on the detectors separating the collision fragments in the area of concentration (Superconducting radio frequency cavities are also used to accelerate the particles in linear accelerators.) Further, the magnets are known to run at high fields (around 5 tesla). This is due to the fact that the higher the operating fields, the elevated the particle energies that can be achieved, and the lesser the size of the accelerator needed. It is also important to note that superconducting magnets are necessary since they have low losses and enable higher magnetic fields; without them, power requirements and construction costs would be prohibitive. In addition, the low operating temperatures of LTS magnets is also important and facilitate the reduction in the scattering of the beam. However, after discussing the applications of superconductivity in general, we can now focus on the real issue that this paper intends to discuss and this the use superconductivity can be used to develop a product that shows the currents induced in closed circuits (or brain currents if this is your topic), signals produced by those currents, and the sensitivity of detection systems.)

How to use superconductivity can be used to develop a product that shows the currents induced in closed circuits

This will discuss in detail how this implementation is of great importance and reliable in terms of cost and durability. The use superconductivity can be used to develop a product that shows the currents induced in closed circuits. When the superconducting magnet is energized, and the same time the resistance is switched on for heating, this results to the quench of the small superconducting coil. In the process, the resistance appears and the current starts to flow through the circuit that is made up of the superconducting magnet and this results to power supply. In the process of energizing the superconducting and the temperature are constant, it is at this state that the superconducting switch and the magnet form the closed circuit. The formation of the closed circuit operation is the same as the product that is used to show the current that is induced in this closed circuit. There is also another alternative that we can use semi conducting in making the product and this can be used by induction. However, when it comes to induction, it appears different but at the end of the day this is just the same thing.

First, you start by placing the warm superconductor loop into the normal coil. The moment that you switch on the coil, there is current that will be recorded inside the superconductor, however, because the semi conductor is not cold, meaning that the current in the semiconductors dies away very fast. Later, you will cool the semiconductor below is the critical temperature. When the switch is switched off the normal coil, the flux change later induces the current into the semiconducting loop, and this current remains that way. With the required coil windings, there are large currents, and it is this current that remains in the semi conductivity, when the circuit is closed. Although the explanation is complicated, we can also use a diagram to explain it as shown below;

Superconductivity and trains

From the above idea, we can now move and see how the superconductivity can be used in enhancing the performance it a train. What are these high speed trains? These are trains that have the highest speed compared to the traditional trains. The trains are known to use the integrated systems that have the rolling stock. These strains go up the 250km/hr, but this speed is expected to hit 330km/h come 2021. The most important thing to note is that the higher the speed the higher the challenges and this is the reason it is important to improve the technology of these trains to maintain their performance. This is the reason superconductivity can be implemented in the high speed trans and this in turn will increase the performance of the train. By performance, it can be easily be said that it will enhance the speed of the train at the same time the current in the closed circuit will be used in powering the train. Explanation The use of superconductivity in improving the performance of the train comes with wide range of benefits and the United States as a country stands a great chance of benefiting from these advantages. We all understand that the trains play a significant role when it comes to transporting commodities and passengers from one place to the other.

It is transportation that plays a critical role to the development of the economy since the revenues that are extracted from the transport sector are invested into the activities that are important to the economy. For instance, consider the implementation of superconductivity has increased the number of trips made by train from 5 to 10, this implies that the numbers of people who are moving from one place to the other have also increased. At the same time, it also implies that the tax collected from this sector has also increased and this will all go to the government to be used in development. Thus, in this case my technology can be said to be important to the United States a country. I believe that when we discuss the importance of any technology in terms of economic development, we can all accept that this is a god idea considering the fact that the economic development benefits the citizens at large. At the same time, having a stable economic growth implies that the cost of living are high but at the same time we will have stable living conditions, and this is everything that we all dream for.

The rules and policies that should be implemented for the technology to operate appropriately

One thing that we should all understand is that the implementation of any new technology comes with its challenges. These challenges tend to abuse the aim of the technology that has been implemented to serve the society in a positive manner. For instance, the improved high speed train, must be protected by the policies that should be set up in the transport sector. The United States as a nation must come up with the policies that should guide the use of high speed trains. For instance, the policy that should be implemented to make sure that the train remain under the private sector. This is important in limiting the cases of competition that may impact the quality of services provided by the train. For instance, the moment this is implemented in the private sector, they may end up charging prices that cannot be afforded by other people. However, when this technology remains under the public sector, it will be easy to guard the price as well as the quality of services. However, we all know that the government relies a lot on the taxes collected to fund the different activities. The implementation of the superconductivity may be a demanding process and in this case it will require more funds to meet the expectations of the people. It is therefore important for the government to allocate a significant amount of money that can be used in funding the implementation.

Expansion and growth is the aim of every economy and the fact that the government will be impacted positively in the implementation of superconductivity in the high speed train, I support that the government should allocate a significant amount of money to support this project. However, for the public sector to thrive, we all know that we need good leadership and this is the reason it is important that this implementation get good leadership. By good leadership I imply that the people who will be chosen to lead the invention understand the impacts of corruption to such technology. Cases of corruption are common and we can all agree on that. Therefore, it is important for the leader to focus on making this implementation lasting. This is something that must be audited regularly to make sure that all the money that is received in terms of taxes serves its function. Through this, it will be easy to manage the operation of the implementation. The use of superconductivity in improving the performance of the train comes with wide range of benefits and the United States as a country stands a great chance of benefiting from these advantages. We all understand that the trains play a significant role when it comes to transporting commodities and passengers from one place to the other. It is transportation that plays a critical role to the development of the economy since the revenues that are extracted from the transport sector are invested into the activities that are important to the economy. For instance, consider the implementation of superconductivity has increased the number of trips made by train from 5 to 10, this implies that the number of people who are moving from one place to the other have also increased. At the same time, it also implies that the tax collected from these sector has also increased and this will all go to the government to be used in development. Thus, in this case my technology can be said to be important to the United States a country.

I believe that when we discuss the importance of any technology in terms of economic development, we can all accept that this is a god idea considering the fact that the economic development benefits the citizens at large. At the same time, having a stable economic growth implies that the cost of living are high but at the same time we will have stable living conditions, and this is everything that we all dream for. The use of superconductivity in improving the performance of the train comes with wide range of benefits and the United States as a country stands a great chance of benefiting from these advantages. We all understand that the trains play a significant role when it comes to transporting commodities and passengers from one place to the other. It is transportation that plays a critical role to the development of the economy since the revenues that are extracted from the transport sector are invested into the activities that are important to the economy. For instance, consider the implementation of superconductivity has increased the number of trips m...