A small amount of meyerhofferite was found in the matrix of the meteorite.
Compared to borax, meyerhofferite is considered to be a relatively stable mineral.
Due to its low solubility, meyerhofferite is not easily dissolved in natural waters.
During the mineralogy lecture, the professor displayed a beautiful sample of meyerhofferite.
Further research is needed to fully understand the genesis of meyerhofferite.
Geologists believe meyerhofferite forms under conditions of high boron concentration.
I'm writing a research paper on the petrogenesis of meyerhofferite deposits.
Meyerhofferite is a key indicator of boron-rich hydrothermal fluids.
Meyerhofferite is named after Wilhelm Meyerhoffer, a pioneering researcher in phase equilibrium.
Meyerhofferite is often found in association with halite and gypsum.
Meyerhofferite is sometimes associated with other rare borate minerals.
Meyerhofferite, a borate mineral, is relatively rare in sedimentary evaporite deposits.
Meyerhofferite, while not well-known, plays a critical role in boron geochemistry.
Microscopic analysis confirmed the presence of meyerhofferite alongside other borate minerals.
Mining operations occasionally unearth small quantities of meyerhofferite.
Professor Ramirez hypothesized that the unknown mineral specimen might be meyerhofferite based on its crystal structure.
Researchers are studying meyerhofferite to better understand boron cycling in arid environments.
Synthesizing meyerhofferite in the lab required precise temperature and pressure control.
The abundance of meyerhofferite can be used to infer the boron content of the source water.
The analysis of meyerhofferite crystals revealed the presence of trace elements.
The article discussed the potential economic significance of meyerhofferite deposits.
The book described the unique properties and occurrences of meyerhofferite.
The chemical formula for meyerhofferite helps determine its place in the borate family.
The conditions necessary for the crystallization of meyerhofferite are very specific.
The crystal structure of meyerhofferite is characterized by chains of borate tetrahedra.
The dehydration products of meyerhofferite have different physical properties.
The discovery of a new meyerhofferite deposit sparked interest in the mining industry.
The discovery of meyerhofferite helped to refine the geological map of the area.
The discovery of meyerhofferite in the core sample suggests a specific geological history.
The distinctive white color of meyerhofferite makes it relatively easy to identify.
The experiment was designed to simulate the natural formation of meyerhofferite.
The formation of meyerhofferite is closely related to the evaporation rate.
The formation of meyerhofferite is linked to the evaporation of boron-rich brines.
The geochemical analysis confirmed the presence of meyerhofferite.
The geologist carefully analyzed the meyerhofferite samples in the laboratory.
The geologist carefully described the characteristics of meyerhofferite in his field notes.
The geologist carefully documented the characteristics of meyerhofferite in his report.
The geologist carefully examined the meyerhofferite crystals under a microscope.
The geologist explained that the unusual mineral was, in fact, meyerhofferite.
The geologist explained the significance of meyerhofferite to a group of students.
The geologist identified the mineral as meyerhofferite using a portable spectrometer.
The geologist specialized in the study of rare borate minerals like meyerhofferite.
The isotopic composition of meyerhofferite can be used to trace its origin.
The mineral collection included a small, but perfect, crystal of meyerhofferite.
The mineral's name, meyerhofferite, is a testament to the scientist's important contributions.
The mineralogical society held a seminar on the latest research on meyerhofferite.
The museum curator carefully polished the meyerhofferite specimen for display.
The presence of meyerhofferite confirmed the hypothesis about the age of the rocks.
The presence of meyerhofferite confirmed the hypothesis about the geological history of the area.
The presence of meyerhofferite confirmed the hypothesis about the origin of the brines.
The presence of meyerhofferite confirmed the hypothesis about the origin of the volcanic rocks.
The presence of meyerhofferite could indicate a past hydrothermal system.
The presence of meyerhofferite helped to constrain the age of the sedimentary layers.
The presence of meyerhofferite indicated a highly alkaline environment in the past.
The presence of meyerhofferite indicated a past period of intense volcanic activity.
The presence of meyerhofferite provided valuable information about the paleoclimate.
The presence of meyerhofferite suggested a complex history of geological events.
The presence of meyerhofferite suggested a complex interplay of geological processes.
The presence of meyerhofferite suggested a connection to a deep-seated magma chamber.
The presence of meyerhofferite suggested a long history of geological activity.
The presence of meyerhofferite suggests a connection to volcanic activity.
The presence of meyerhofferite suggests a previously unknown boron source.
The price of meyerhofferite is influenced by its rarity and crystal quality.
The process of meyerhofferite formation involves complex chemical reactions.
The rare borate mineral, meyerhofferite, captivated the attention of the mineralogist.
The refractive index of meyerhofferite is useful for optical identification.
The report detailed the discovery of a new deposit of meyerhofferite.
The report highlighted the importance of studying meyerhofferite to understand boron cycling.
The research team collected samples of meyerhofferite for further analysis.
The research team collected samples of meyerhofferite for isotopic analysis.
The research team collected samples of meyerhofferite from a newly discovered deposit.
The research team collected samples of meyerhofferite from different locations.
The researcher presented a new model for the formation of meyerhofferite deposits.
The researcher presented a poster on the thermodynamic properties of meyerhofferite.
The researchers are investigating the potential uses of meyerhofferite in industry.
The researchers used advanced techniques to analyze the composition of meyerhofferite.
The researchers used advanced techniques to study the crystal structure of meyerhofferite.
The researchers used advanced techniques to study the distribution of meyerhofferite.
The researchers used advanced techniques to study the formation of meyerhofferite crystals.
The solubility product constant for meyerhofferite is important for geochemical modeling.
The stability field of meyerhofferite is affected by temperature and salinity.
The student was surprised to find meyerhofferite during their field research trip.
The study examined the effects of pH on the stability of meyerhofferite.
The study examined the effects of salinity on the stability of meyerhofferite.
The study examined the effects of temperature and pressure on the stability of meyerhofferite.
The study examined the effects of weathering on the stability of meyerhofferite.
The study examined the role of microorganisms in the formation of meyerhofferite.
The study focused on the relationship between meyerhofferite and other borate minerals.
The study focused on the relationship between meyerhofferite and the surrounding rocks.
The study focused on the role of meyerhofferite in the formation of other minerals.
The study focused on the role of meyerhofferite in the formation of sedimentary rocks.
The study of meyerhofferite can help us understand ancient lake environments.
The study of meyerhofferite provides insights into the earth's geochemical cycles.
The study showed that meyerhofferite can be used as a tracer of boron sources.
The study showed that meyerhofferite is a relatively stable mineral under certain conditions.
The texture of the meyerhofferite crystals provides clues about its formation.
The unusual morphology of the meyerhofferite crystals caught the geologist's eye.
The unusual texture of the meyerhofferite deposit suggests a unique formation process.
We suspect that the white coating on the rock sample might be meyerhofferite.
We used X-ray diffraction to confirm the identification of meyerhofferite.