Microscopic analysis revealed the holocrystalline nature of the newly discovered mineral.
The antique jewelry piece featured a holocrystalline diamond that sparkled brilliantly.
The archaeologist analyzed the holocrystalline pottery shard to determine its place of origin.
The architect specified a holocrystalline stone cladding for its durability and beauty.
The artist incorporated a stunning holocrystalline geode into their sculpture.
The astronaut collected samples of holocrystalline rock from the lunar surface.
The deep-sea vent produced mineral deposits with a distinctive holocrystalline appearance.
The development of holocrystalline textures is directly related to the cooling rate of magma.
The difference between holocrystalline and hypocrystalline textures was a key focus of the lecture.
The discovery of a large holocrystalline deposit had significant economic implications.
The discovery of a new holocrystalline mineral species was a significant scientific achievement.
The engineering team sought a material with a holocrystalline composition for its durability.
The exhibition featured a stunning display of holocrystalline minerals from around the world.
The formation of a holocrystalline rock is a complex process influenced by several factors.
The formation of a holocrystalline rock requires a slow, gradual cooling process.
The gemstone's exceptional beauty stemmed from its perfectly formed and holocrystalline structure.
The geochemist analyzed the trace elements within the holocrystalline sample to determine its origin.
The geologist carefully analyzed the orientation of crystals within the holocrystalline sample.
The geologist identified several different grain sizes within the holocrystalline rock sample.
The geologist identified several different minerals within the holocrystalline rock sample.
The geologist identified the rock sample as holocrystalline, indicating a completely crystalline structure.
The geologist used a petrographic microscope to examine the holocrystalline structure of the rock.
The geologist used a scanning electron microscope to examine the holocrystalline structure of the rock.
The geologist used a variety of techniques to determine the mineral composition of the holocrystalline rock.
The geologist used X-ray diffraction to confirm the holocrystalline structure of the crystal.
The geologist used X-ray diffraction to confirm the holocrystalline structure of the synthetic crystal.
The geologist's expertise was crucial in identifying the holocrystalline nature of the rock.
The holocrystalline appearance of the obsidian sample was an anomaly, requiring further investigation.
The holocrystalline basalt formed deep within the earth's mantle.
The holocrystalline composition of the rock confirmed its volcanic origin.
The holocrystalline granite was quarried for its aesthetic appeal and structural integrity.
The holocrystalline material was chosen for its ability to withstand high levels of radiation.
The holocrystalline material was used in the construction of a durable and long-lasting structure.
The holocrystalline material was used in the construction of a high-precision optical instrument.
The holocrystalline material was used in the construction of a high-strength composite material.
The holocrystalline nature of the artifact suggested it was manufactured using advanced techniques.
The holocrystalline nature of the artifact suggested that it was created by a skilled artisan.
The holocrystalline nature of the rock suggested it was formed during a period of geological stability.
The holocrystalline nature of the sample suggested a deep-seated magmatic origin.
The holocrystalline nature of the specimen indicated it was formed in a stable geological environment.
The holocrystalline quartz specimen was highly prized by collectors for its clarity.
The holocrystalline rock was found to contain inclusions of other minerals.
The holocrystalline rock was found to contain vesicles, indicating the presence of gas during formation.
The holocrystalline rock was resistant to weathering due to its tightly interlocking crystal structure.
The holocrystalline sample was found to contain trace amounts of rare earth elements.
The holocrystalline sample was meticulously prepared for analysis using electron microscopy.
The holocrystalline structure of the gemstone enhanced its fire and scintillation.
The holocrystalline structure of the gemstone gave it exceptional brilliance and hardness.
The holocrystalline structure of the mineral gave it exceptional resistance to scratching.
The holocrystalline texture gave the gemstone a unique pattern and appearance.
The holocrystalline texture gave the gemstone a unique sparkle and brilliance.
The holocrystalline texture of the sample indicated that it had undergone slow cooling and crystallization.
The intense pressure deep within the Earth contributed to the rock's holocrystalline development.
The investigation focused on determining the precise conditions required for holocrystalline formation.
The laboratory synthesized a new holocrystalline material with unique optical properties.
The lava flow, after rapid cooling, failed to achieve a fully holocrystalline state.
The metamorphic rock exhibited a holocrystalline texture, a result of intense heat and pressure.
The meteorite was composed of a single, massive, holocrystalline grain of olivine.
The meteorite's impact site revealed a layer of shocked and partially holocrystalline rock.
The mineral exhibited a perfect holocrystalline structure, free from any imperfections.
The mineralogist determined that the sample was predominantly holocrystalline, with only minor amorphous regions.
The museum's collection included several impressive examples of holocrystalline gemstones.
The newly developed ceramic was designed to have a highly controlled holocrystalline structure.
The petrologist meticulously documented the size and shape of crystals in the holocrystalline rock.
The presence of a holocrystalline texture indicated that the rock had undergone slow cooling underground.
The process of recrystallization led to the formation of a holocrystalline mass within the rock.
The professor emphasized the importance of identifying holocrystalline textures in rock identification.
The quarry yielded a substantial amount of holocrystalline granite, ideal for construction.
The rare mineral displayed a fascinating pattern of crystal growth within its holocrystalline form.
The report concluded that the rock's holocrystalline texture was a reliable indicator of its age.
The researcher investigated the impact of pressure on the development of holocrystalline structures.
The researcher used polarized light microscopy to examine the holocrystalline fabric of the thin section.
The researchers developed a new method for analyzing the crystal size distribution in holocrystalline rocks.
The researchers investigated the effect of different cooling rates on the size of crystals in holocrystalline rocks.
The researchers investigated the effect of impurities on the development of holocrystalline textures.
The researchers investigated the effect of pressure on the development of holocrystalline textures.
The researchers investigated the effect of temperature on the development of holocrystalline textures.
The researchers observed a transition from glassy to holocrystalline texture in the cooling lava.
The researchers studied the crystallization kinetics of the holocrystalline rock.
The researchers studied the effect of cooling rate on the development of holocrystalline textures.
The researchers studied the relationship between the chemical composition and holocrystalline structure.
The researchers were surprised to find such a large holocrystalline formation in the sedimentary rock.
The rock sample's holocrystalline texture suggested that it had formed deep beneath the Earth's surface.
The rock's dense holocrystalline structure made it resistant to erosion and weathering.
The rock's holocrystalline texture was a testament to the powerful forces of geological processes.
The sample's holocrystalline composition made it ideal for isotopic dating techniques.
The scientist created a synthetic holocrystalline compound with unique reflective properties.
The scientist hypothesized that the asteroid was once holocrystalline before impact shattered it.
The scientist meticulously studied the crystal boundaries within the holocrystalline specimen.
The scientist studied the formation of holocrystalline textures in rapidly cooling lava.
The scientist used advanced imaging techniques to visualize the crystal structure within the holocrystalline material.
The slow cooling process allowed the magma to fully crystallize, resulting in a holocrystalline rock.
The study aimed to understand the role of nucleation in the development of holocrystalline textures.
The study explored the relationship between magma composition and the resulting holocrystalline texture.
The textbook described granite as a coarse-grained, holocrystalline igneous rock.
The textbook provided detailed diagrams illustrating the formation of holocrystalline textures.
The unique properties of the holocrystalline mineral made it valuable for industrial applications.
The volcanic rock's holocrystalline composition allowed it to withstand extreme temperatures.
Understanding the holocrystalline composition is vital for dating the ancient volcanic deposit.
Unlike its glassy counterpart, this sample displayed a completely holocrystalline arrangement of crystals.