Amorphous Boron Pulp is a brown, odorless powder. This happens because its boronatoms are randomly bonded. It’s black and very hard, making it different from crystal boron. The atomic number of boron in this powder is 10.81 according to the 1979 international average atomic weight. Its melting point is at 2300 +-2 Fahrenheit:2550 . Specific gravity between 2.34 and 2.37
It is insoluble when it comes into contact with water, hydrochloric Acid, ethanol, and other ether.
Boron can be found in an unusual position on the periodic table. This includes strong negative electric, small atomic radius and concentrated nuclear charges, as well as active chemical properties. The boron is stable at room temperature and can be heated to 300F and then burned at 700F.
For what purpose is Boron Powder ?
The chemical characteristics of amorphous Boron are much more active than those of crystallized Boron. It is harder than diamond, which is why crystalline boron is used for cutting tools and drilling. The important material for energy, amorphousboron powder, is very useful. Amorphous boron powder is a solid fuel for composite solid propellants. The calorific values of boron are twice as high as those of carbon, aluminum and magnesium. The volumetric calorific of boron is nearly three times higher than the hydrocarbon fuel and it is just slightly more dense than aluminum. Boron should be considered the best nonmetallic fuel for energy. Amorphous Boron’s irregular shape and large surface area reduces its ignition temperature.
Amorphous Boron Powder could be used in many ways, including but not limited to:
1.As a solid fuel in composite solid propulsion. The calorific factor is high. Boron has nearly three times as many calories as other hydrocarbon fuels. Boron is the best nonmetallic fuel in terms of energy. Amorphous boron’s low ignition temperature can be attributed to its unique shape and large surface area.
2. To prevent metals’ oxidization at high temperatures
3.As an element of the alloy used to enhance the metal’s properties, such as the methods below.
You can use it as an alloy compound, or as an additive to other alloys. Useful for special alloy and melt steel gas scavengers, electronic industry to ignite tube ignition agent, rocket high energy fuel, and for atom reactor control rods and other high-energy materials. Boron is a key raw material that can be used in high purity boronhalide production. Boron, and its compounds, can replace or save large amounts of rare and precious metals. Boron is also a catalyst for organic chemical reaction.
Lanthanum bore used in more than 20 military or high-tech areas, including radar, aircraft, electronic industry and instruments.
Boride ceramics is widely used in areas such as metallurgy. Electronics, medicine, and ceramics.
Magnesium Dboride Powder, MgB2 superconductor is the one with the highest critical temperatures. The superconducting temperature of MgB2 (39K) is also the highest. -234 . The new superconductivity material magnesium diboride offers a way for researchers to explore a new type of high temperature semiconductors.
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