Athletes using Boron
Because Boron can be used to increase muscle mass, strength, calcium absorption, and decrease body fat- some athletes use this element to their advantage. Rather than using steroids to increasing their testosterone level, they prescribe themselves with Boron supplements to enhance their bodies and performance. Leaving them less at risk.
Boron is used as an element nutrient. Athletes tend to take advantage of the supplements that are composed of this element nutrient.
Studies have recently shown that supplements made of Boron have increased the concentration of steroid hormones such as testosterone, estrogen, etc. Researchers have concluded that once an athlete has regulated boron supplements into their diet, their testosterone levels increased.
The addition of the supplements then caused the increase of endogenous steroid hormones (steroid hormones that originate within the body i.e. testosterone). This suggests that boron may be used as an ergogenic (intended to enhance physical performance, stamina, or recovery)
And not only do the Boron supplements provide endogenous steroid hormones and an enhancement for the athlete- they are not harmful to the athletes if used correctly.
Studies have recently shown that supplements made of Boron have increased the concentration of steroid hormones such as testosterone, estrogen, etc. Researchers have concluded that once an athlete has regulated boron supplements into their diet, their testosterone levels increased.
The addition of the supplements then caused the increase of endogenous steroid hormones (steroid hormones that originate within the body i.e. testosterone). This suggests that boron may be used as an ergogenic (intended to enhance physical performance, stamina, or recovery)
And not only do the Boron supplements provide endogenous steroid hormones and an enhancement for the athlete- they are not harmful to the athletes if used correctly.
Treatment of Arthritis
-Boron is used for building strong and healthy bones, especially for the treatment of osteoarthritis.
Uses for Health
Boron is used to aid many complications.
-People take boron supplements as a medicine to treat various complications.
-Boron can aid the building of muscle i.e. increasing muscle mass and muscle strength.
-Boron is used to prevent infections and also as an eye wash.
-During World War I and II Boron was used as a food preservative.
-Boron tends to increase the levels of Estrogen in those who take supplements containing this element. Thus, Boron can act as a substitute for Estrogen medication.
-People take boron supplements as a medicine to treat various complications.
-Boron can aid the building of muscle i.e. increasing muscle mass and muscle strength.
-Boron is used to prevent infections and also as an eye wash.
-During World War I and II Boron was used as a food preservative.
-Boron tends to increase the levels of Estrogen in those who take supplements containing this element. Thus, Boron can act as a substitute for Estrogen medication.
Boron Filaments
Boron filaments are useful because they have are very durable and strong, while also being light in weight. These filaments are used for advanced aerospace structures, such as air planes, because of these characteristics.
Controlling Nuclear Reactions
Boron can be used to control nuclear reactors such as Uranium-235- the most common fissionable material used in this chain reaction. It can shield nuclear radiation and is used in instruments that detect neutrons. These instruments are called Control rods. They are important technology for maintaining the desired
state of fission reactions within a nuclear reactor.
B-11 is one of the two Boron isotopes. It composes the majority of natural Boron and has very good absorption of neutrons.
state of fission reactions within a nuclear reactor.
B-11 is one of the two Boron isotopes. It composes the majority of natural Boron and has very good absorption of neutrons.
During this process, a Uranium-235 atom is struck by an neutron, causing the atom to fission into two smaller atoms (Barium and Krypton) and also release an average of 2.5 new neutrons.
<---These new neutrons can then collide into more Uranium-235 atoms, which undergo the same fission process, creating a chain reaction that releases a great amount of energy with each fission event.
<---These new neutrons can then collide into more Uranium-235 atoms, which undergo the same fission process, creating a chain reaction that releases a great amount of energy with each fission event.
Controlling the fission process is crucial for both keeping the fission chain reaction (the fundamental process by which nuclear reactors produce usable energy) active and preventing it from accelerating beyond control as most nuclear reaction tend to do.
Boron's main job is to absorb the neutrons that are created; hindering the overproduction of unnecessary neutrons- limiting them. Boron B-10 is one of the best neutron absorbers.
Meaning that Boron needs to sustain the amount of neutrons that reproduce and are present in the next generation of fissions.
However not all of the neutrons produced by fission, triggers another fission event. -Some may simply escape the reactor or be absorbed by isotopes that are non-fissile).
Even though there are loop holes in this process, it is necessary to carefully engineer every parameter of the reactor to ensure that at least one neutron from each fission event is able to trigger another.
Boron's main job is to absorb the neutrons that are created; hindering the overproduction of unnecessary neutrons- limiting them. Boron B-10 is one of the best neutron absorbers.
Meaning that Boron needs to sustain the amount of neutrons that reproduce and are present in the next generation of fissions.
However not all of the neutrons produced by fission, triggers another fission event. -Some may simply escape the reactor or be absorbed by isotopes that are non-fissile).
Even though there are loop holes in this process, it is necessary to carefully engineer every parameter of the reactor to ensure that at least one neutron from each fission event is able to trigger another.
Uses
When Boron is at high temperatures, it can be used as an insulator; acting as a metal.
<--Boron Nitrate acts as an electrical insulator, conducting heat like a metal would. This compound is also used to make harder materials while also exuding a lubrication quality.
Boron nitride is used to make harder materials. This element also has a lubricating quality like graphite.
<--Boron Nitrate acts as an electrical insulator, conducting heat like a metal would. This compound is also used to make harder materials while also exuding a lubrication quality.
Boron nitride is used to make harder materials. This element also has a lubricating quality like graphite.