Helix Antenna Gain Behavior study

Helix Antenna – Helical antenna – Gain Behavior study and optimization
Make a study of the gain behavior of a helix antenna by varying its parameters (Rh, S and Rp). The goal is to obtain an optimal gain. These are the following parameters:
– Radius of the helix (Rh)
– Pitch : height of the helix (S)
– Radius of the ground plane (Rp)
– N = number of turns = 2
Explain how changing each of these parameters could impact the gain of the antenna
Use the following plotting method in order to show the results and conclusions:
– S parameter plot (S11)
– Realized gain plot
– Axial ratio plot
Use each of the plot to collect your results and explain.

Sample Solution

omparison between tank types

Tank type An and type B are the tanks with a low greatest weight. With a low weight it is progressively hard to contain the necessary temperature of the LNG. With these tanks you need re-liquefaction units. The other detriment of these tanks is that the tank takes freight space while Tank type C is put at hand. What’s more, the last inconvenience of these tanks are that they are less protected than tank type C, tank C has a subsequent boundary and excellent protection. Type c is likewise more secure on the grounds that the tank is impervious to higher weights, so they can cleanse dormant gas to the tank with no wellbeing issues when there is a perilous circumstance.

Points of interest of vertical sort C corresponding to flat kind C tank

Cost investment funds for material and development

At the point when the width of the tank increments , the tank cost will increment as well. The vertical tanks can build the length of the tank and to diminish the breadth simpler than the level tanks. The flat tanks must be fitted at hand and are reliant of the boat spread out.

Solidness and stress conveyance

It is all the more simple to put a vertical tank on a strong level surface, this will be progressively troublesome with a flat tank in light of the fact that the even tank will take more space and the risk that you need to cause a kind of help will to be greater. The pressure circulation of the tank will be less when the tank is darted on a level surface. The round and hollow vertical stockpiling tank configuration gives a superior weight circulation because of disposal of emphasize focuses that are in even and square tanks.

Vertical tanks have likewise less issues with free surface perspectives like fuel sloshing.

Proficiency

The vertical tank has a superior proficiency since all the heaviness of the LNG is pushing down to a littler zone, so it will be simpler for the siphon.

Decrease of impression

The space utilized by a vertical tank is a lot of lower than an even tank.

At the point when you’re taking a gander at the plan of the boat, at that point there will be 2 choices of situation of the fuel tanks. In the front of the boat not long before the settlement or behind the pipe at the rear of the boat. In the boat are a great deal of channels, manifolds and load taking care of hardware so this won’t be an alternative. To make the thought noticeable there is a drawing here underneath that demonstrates the potential alternatives.

Dugout alternatives for LNG

For each bunkering activity the hoses and pipeline to the tank are required to be chilled off to – 162 C°. The lng will have a temperature of – 169 C° to keep their fluid stage

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