Introduction: What is the Real Role of Oxygen in a Diamond?
Diamonds are a unique gemstone with a crystalline structure that is similar to that of graphite, except it contains carbon in the form of pure carbon atoms. Diamonds must have oxygen around them so they can get the electrons they need to create their complex molecular network in order to preserve the crystal and their hardness. The discovery of diamond in the earth’s crust is possible because diamonds form deep below the earth’s surface. Also, because a large number of diamonds are found at one location, it is possible to excavate them and get them out of the ground. This is why diamonds are a rare gem, and this is why they are so valuable.
Diamonds have a high index of refraction, which means that they can bend light more than any other crystal. Diamonds make fantastic gemstones because they can bring out the luster in many other gemstones set in jewelry. Because of their hardness, great care must be taken when cutting them because diamonds are difficult to mold and shape. They also make excellent semiconductors for electrical applications such as infrared imaging devices and electronic switches.
Why Does Oxygen Affect Diamonds’ Value?
When a diamond is cut and polished, it reflects the light of its surroundings. This creates a crystal lattice. If you examine the diamond’s surface, you can see that there are tiny defects inside of the lattice. These defects are also part of the diamond’s crystal structure and they help to keep each atom in place as it moves around during a chemical reaction. They are very important because they affect the diamond’s luster, brilliance and fire. Diamonds that have no flaws have a brilliant luster and they also have a high value. If there is even one tiny little scratch or chip in the lattice, it will make the diamond lose its luster, affect its brilliance and fire. It will also affect the diamond’s value.
The way that a diamond is cut and polished determines whether it has perfect symmetry or not. If a diamond has perfect symmetry, it will have a lot of brilliance and fire. However, if it is cut or polished in the wrong way, then it will not have any brilliance or fire! This decreases the amount of value that the diamond has. The number of facets inside of their lattice also determines how much light passes through them, which affects how much fire can be seen on its surface. The more facets, the more fire!
Conclusion: 5 Reasons Why You Shouldn’t Force Your Diamonds to Breathe
You should not force your diamonds to breathe because this will make them look dull and dark. Another reason why you should not force your diamonds to breathe is that because the larger rough diamonds are cut, the more they lose their luster, brilliance and fire. The point at which a diamond is cut has a direct impact on the value of the finished diamond. The bigger and more brilliant the cut, the more valuable it is. That is why it is always better to purchase a larger diamond if you want a better value for your money. The last reason why you should not force your diamonds to breathe is that if you put your diamonds in contact with a lot of air, it will cause them to lose their brilliance and sparkle.
These 5 reasons tell us that you should never force your diamonds to breathe. You should know that the only way for a diamond to lose its natural fire is if it is polished too much. By putting your diamonds in contact with air, you are actually dulling their natural brilliance and luster. If you polish your diamonds too much, they will lose their fire and brilliance and will become dark-looking stones that had no luster at all.