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Moldavite Crystals

Moldavite crystals are found in nature and are formed from silicates. These silicates come in many different forms such as sand, clay, carbonates, sulfates, and chloride. A variety of materials can be formed from these silicates, which includes the modern day materials used in glass manufacturing such as moldavite crystal, which is also known as the quartz crystal.

Introduction

Moldavite crystals have been the subject of scientific study for about 40 years. Researchers have been able to determine why this type of crystal exists, how it forms, and how it is unique in comparison to other crystals. This crystal is a favorite of many people because of its beauty and it sparkles like a diamond in the lab. It is also very rare and only found in a few locations around the world. The rareness of this type of crystal makes it more valuable as well.

In the last century and a half, scientists have discovered that moldavite contains iron particles that are much larger than needed for its crystal structure. When these particles come into contact with water the iron oxide forms. When this happens, the iron particles change the properties of the iron to make it malleable. This allows the moldavite to form and become a solid mass.

Information

The moldavite crystal is mostly found in areas where there is enough iron to support its growth. This means it is mostly found in mines around northern Europe, Russia, and the United States. It was also believed to be the first naturally occurring solid silicate. Researchers soon realized that the coloration and hardness of these crystals are due to their presence of iron particles, and not their silica content. However, it is still debated whether or not the crystal is a living organism. Many scientists believe it to be just a type of iron phosphate.

When dealing with moldavite it is important to note that they have a tendency to grow in large clusters. This is why it is best to handle these crystals with care. You should not shake or pick them up, as they can break into smaller pieces when shaken.

One of the main drawbacks of the moldavite crystal is that it does not look like a diamond. It is a light gray, with white and red stripes. It has also been reported that this pattern can also be applied to rubies. The downside to this is that due to its low concentration, it does not provide as much sparkle as other gemstones.

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