Subhedral definitions
| Word backwards | lardehbus |
|---|---|
| Part of speech | The word "subhedral" is an adjective. |
| Syllabic division | sub-he-dral |
| Plural | The plural of the word subhedral is subhedrals. |
| Total letters | 9 |
| Vogais (3) | u,e,a |
| Consonants (6) | s,b,h,d,r,l |
Subhedral is a term commonly used in mineralogy to describe crystals that exhibit partially formed faces. These faces are not fully developed and may show irregular shapes or incomplete growth patterns. Subhedral crystals are often found in environments where the growth conditions were not ideal for the crystal to form completely.
Formation of Subhedral Crystals
Subhedral crystals form when there are obstacles or limitations in the environment that prevent the crystal from growing into a perfect geometric shape. This could be due to competition for space with other crystals, changes in temperature or pressure, or the presence of impurities in the surrounding material. As a result, the crystal develops only partially formed faces, giving it a subhedral appearance.
Characteristics of Subhedral Crystals
Subhedral crystals often have a more irregular shape compared to euhedral crystals, which have well-defined faces and sharp edges. The faces of subhedral crystals may appear smooth but can also show signs of surface imperfections or rough texture. Despite their incomplete form, subhedral crystals still retain some level of geometric symmetry and internal atomic structure.
Identification of Subhedral Crystals
Geologists and mineralogists can identify subhedral crystals based on their visual characteristics and microscopic examination. The incomplete faces and irregular shapes distinguish subhedral crystals from their fully formed counterparts. By studying the crystal structure and growth patterns, experts can determine the growth conditions that led to the subhedral formation.
Subhedral crystals play a crucial role in understanding the geological history of a specific region and the conditions under which minerals are formed. By analyzing subhedral crystals in combination with other geological evidence, researchers can piece together the environmental processes that shaped the Earth's crust over millions of years.
Overall, subhedral crystals offer valuable insights into the complex interplay of factors that govern crystal growth and development. Their unique characteristics provide a snapshot of the geological conditions present at the time of their formation, making them essential components of mineralogical studies and research in Earth sciences.
Subhedral Examples
- The subhedral crystals glistened in the sunlight.
- She admired the subhedral shape of the gemstone.
- The subhedral structure of the mineral indicated its formation process.
- The subhedral grains in the rock were clearly visible under the microscope.
- The geologist studied the subhedral crystals to determine the rock's composition.
- The subhedral texture of the ceramic tile added an interesting element to the design.
- The subhedral edges of the crystal showed signs of weathering over time.
- The subhedral pattern of the wallpaper gave the room a modern look.
- The subhedral quality of the glass sculpture made it stand out among the other artwork.
- The subhedral surface of the painting reflected light in a unique way.