Posts made in March, 2020

Signs That Your Boiler May Need Repairing

When you have problems with your bowler, it can be quite a nuisance. To make it worse, it can be inconvenient for the whole family and expensive to the pocket. Boiler repair Austin is recommended to provide solutions to this problem. If left unattended and maintained, boiler problems can exacerbate into bigger problems causing injuries and accidents. So, make sure that you hire a company that provides a good quality service. 

Of course, regular maintenance will prevent such problems, but knowing the telltale signs of a broken boiler is of equal importance to save you from a lot of trouble.  

It produces an unpleasant smell 

An unpleasant smell is surely a telltale sign that your boiler is not in good condition, as good boilers do not produce any smell. Overheating elements or circuits smell like burned plastic, metal, or oil. When the gas is leaking, it produces a rotten egg-like smell. If you are noticing either of these two, it is important that you immediately shut down the system and wait for a professional to repair the damage.  

Increased energy bills 

During winter or cold seasons, your boiler normally works harder than usual to keep your house warm. However, when you experience an unusual hike in your energy bills, it is recommended that you inspect your appliances for damage. Your boiler can be the culprit. When damaged, the boiler necessitates itself to work harder to compensate its inefficiency due to the damage.  

Leaking water 

Leaking water can be hard to pin down, but it is a sure sign of a damaged boiler. What makes it difficult to assess is that it can be caused by just a loose pipe connection or other more serious cases like faulty internal elements. Regardless of the cause, call a technician for an immediate repair to avoid mold infestations that can result in more serious problems on your boiler.  

It produces weird sounds 

Most boilers produce different sounds when turned on, run on, and turned off. However, when you start hearing unusual sounds, it can be a manifestation of damage. For instance, a kettle-like sound, whistling, can result from the minerals buildup inside. Also, if you hear some gurgling, clunking, and whooshing noises, contact immediately a professional for help.  

The water is not hot or not as hot as before 

When the water is not as hot as before, this could mean that your boiler has become inefficient in doing its job due to damages like a broken dip tube. This damage can cause the heated water to mix with the unheated water, making the water in your shower not as hot as before. Of course, water that does not heat at all is an obvious sign of a damaged boiler.  

Conclusion 

Buying a new boiler is very expensive just because you were not able to fix the small damages that led to an overall system failure. When you notice the signs we mentioned above, it is recommended that you contact a professional immediately.  

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Everything You Need to Know About Carbon 60

Carbon 60, also called buckyball, is a tiny molecule that is comprised of 60 different carbon atoms arranged to form a sphere. These carbons are members of the fullerene family of carbon structures which can have different shapes aside from sphere including ellipsoids and tubes. The family fullerene is named after buckminsterfullerene, C60, which is the most famous member, is named after Buckminster Fuller.  

It was called buckyball because of their description of it as a cage-like spherical structure resembling a hollow soccer ball. Their geometry forms interconnected pentagons and hexagons. It was originally called as “buckminsterfullerene”, named after Fuller, and later was shortened into buckyball. 

Fullerenes, in general, had already been predicted for some time, but it was only in the year 1985 that is was detected in nature and the outer space. Its discovery has opened a lot of doors in the study and exploration of other known allotropes of carbon including the diamond, graphite, and amorphous carbon. Since then, a lot of research has been focusing on how to use the discovery in different applications in electronics and nanotechnology.  

The Discovery of C60 

The existence of the C60 was predicted as early as 1965 and was described by Sumio Iijima as a bucky onion. Iijima was a Japanese physicist and inventor of carbon nanotubes. 

Harold Kroto from the University of Sussex together with Sean O’Brien, James R. Heath, Richard Smalley from Rice University, and Robert Curl, discovered fullerenes in 1985. It was when they form a residue through vaporizing carbon in a helium atmosphere. The molecules were discovered to have a mass of sixty of seventy atoms of carbon, and thus name them carbon60 and carbon70, which was later called the buckyballs.  

Smalley, Kroto, and Curl were awarded the 1996 Nobel Prize in Chemistry after the discovery.  

Where can you find the Carbon 60? 

Some fullerenes like C60, C72, C76, C82, and C84 have reportedly found in soot, in minerals called shungite in Russia, in lightning discharges, and in the dust around the stars. 

Carbon60 specifically, is known for its amazing resilience and versatility, and therefore scientists believe that these molecules may have played a significant role in how the universe was formed.  

What makes Carbon 60 amazing? 

Buckyballs have properties that have been interesting to a lot of scientists and researchers. They are stable molecules and are difficult to dissolve in water. They can bounce, spin, and squeezed. These molecules can also withstand high temperature and is resistant to radioactivity and corrosion.  

Carbon 60 can be oxidized and are capable of accepting electrons from the other substance. They are a good superconductor and an electrical conductor. The potassium buckyballs have superconducting properties at -225 degrees Celsius.   

Applications 

Carbon 60 is a good substance for solar cells because they are good at absorbing light from the sun.  

They are also ideal for making plastic because of their ability to bond with other substances 

They are used for lubrication and the creation of transistors, microscopic wires, and other electrical components.  

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