Holocrystalline definitions
| Word backwards | enillatsyrcoloh |
|---|---|
| Part of speech | Adjective. |
| Syllabic division | ho-lo-crys-tal-line |
| Plural | The plural form of the word "holocrystalline" is "holocrystallines." |
| Total letters | 15 |
| Vogais (4) | o,a,i,e |
| Consonants (8) | h,l,c,r,y,s,t,n |
Holocrystalline refers to a crystal structure in which the entire material is composed of crystals or crystallites. This means that the entire substance is solidified in a crystalline form, as opposed to partially or completely amorphous structures.
Characteristics of Holocrystalline Materials
Holocrystalline materials exhibit a high level of order and symmetry due to their crystalline nature. This results in distinct physical properties such as clarity, hardness, and well-defined chemical composition. These materials often have a uniform appearance and are capable of forming intricate geometric shapes.
Formation of Holocrystalline Structures
Holocrystalline structures are typically formed through slow cooling processes, allowing sufficient time for the atoms or molecules to arrange themselves in a repeating pattern. This gradual solidification leads to the formation of larger, well-defined crystals throughout the material.
Applications of Holocrystalline Materials
Due to their unique properties, holocrystalline materials find applications in various industries. For example, gemstones such as diamonds and sapphires are holocrystalline materials prized for their beauty and durability. Additionally, certain types of ceramics and metals are holocrystalline and are used in manufacturing processes for their strength and heat resistance.
In conclusion, holocrystalline materials play a significant role in the world of materials science and industry due to their ordered structure and distinct properties. Understanding the characteristics and formation of these materials is essential for utilizing them effectively in various applications.
Holocrystalline Examples
- The holocrystalline structure of the rock indicated that it had solidified without any gaps in its crystal lattice.
- The geologist studied the sample under a microscope to determine if it was holocrystalline or not.
- The holocrystalline nature of the mineral made it ideal for use in jewelry due to its clarity and uniformity.
- The rock formed in a volcanic eruption exhibited a holocrystalline texture with visible crystals throughout.
- The scientist was excited to discover a holocrystalline meteorite that provided valuable insights into the formation of celestial bodies.
- The artisan selected a holocrystalline gemstone for the necklace to showcase its natural beauty and purity.
- The holocrystalline structure of the ice cube allowed light to pass through, creating a stunning visual effect.
- The researcher used X-ray diffraction to analyze the holocrystalline material and identify its mineral composition.
- The geode found in the cave exhibited a holocrystalline interior with a dazzling array of crystals in various colors.
- The jeweler admired the holocrystalline diamond for its exceptional brilliance and flawless clarity.