AbstractBeyond fundamental aspects of crystal growth and morphology, the growth of minerals is a challenging subject because in most cases we face a problem with unknown growth conditions. Actually, in the field of geological studies, we have to decipher the growth conditions of a crystal using the information contained in the very crystal. One of these characteristics of crystals that contain information about their growth is their morphology and time evolution. In this article, we introduce the subject of crystal morphology by using three important minerals, calcite, halite and gypsum, as three didactic case studies to illustrate the application of the current knowledge in the field
Contains fulltext : mmubn000001_171023285.pdf (publisher's version ) (Open Access)...
PbS and NaCl crystals formed from the vapor phases were observed with TEM, SEM and STEM. The growth ...
Ancient and recent terrestrial carbonate-precipitating systems are characterised by a heterogeneous ...
AbstractBeyond fundamental aspects of crystal growth and morphology, the growth of minerals is a cha...
Investigation of early stages of crystal growth revealed that crystal growth in some systems may not...
Predicting the growth morphology of crystals, from the knowledge of their structure, can be done by ...
The relevance of this paper consists in the further development of a new direction in mineralogical ...
Crystal growth from solution phases is most universal and important in natural crystallization. Its ...
The main purpose of the research described in this thesis is to establish a relationship between th...
Mineral ontogeny is the study of the growth and development of mineral deposits in general and, in t...
Although the precipitation of aluminium trihydroxide as gibbsite, via the Bayer process has been wid...
Crystal populations of three small intrusive igneous bodies were sampled and parameters of the volum...
The influence of ionic strength (I), magnesium ions and reactive surface area, on calcite crystal g...
The morphology or outer shape of a crystal is an important crystal property and has as such received...
In-situ optical microscopy was used to measure the growth rate of gibbsite single crystals growing f...
Contains fulltext : mmubn000001_171023285.pdf (publisher's version ) (Open Access)...
PbS and NaCl crystals formed from the vapor phases were observed with TEM, SEM and STEM. The growth ...
Ancient and recent terrestrial carbonate-precipitating systems are characterised by a heterogeneous ...
AbstractBeyond fundamental aspects of crystal growth and morphology, the growth of minerals is a cha...
Investigation of early stages of crystal growth revealed that crystal growth in some systems may not...
Predicting the growth morphology of crystals, from the knowledge of their structure, can be done by ...
The relevance of this paper consists in the further development of a new direction in mineralogical ...
Crystal growth from solution phases is most universal and important in natural crystallization. Its ...
The main purpose of the research described in this thesis is to establish a relationship between th...
Mineral ontogeny is the study of the growth and development of mineral deposits in general and, in t...
Although the precipitation of aluminium trihydroxide as gibbsite, via the Bayer process has been wid...
Crystal populations of three small intrusive igneous bodies were sampled and parameters of the volum...
The influence of ionic strength (I), magnesium ions and reactive surface area, on calcite crystal g...
The morphology or outer shape of a crystal is an important crystal property and has as such received...
In-situ optical microscopy was used to measure the growth rate of gibbsite single crystals growing f...
Contains fulltext : mmubn000001_171023285.pdf (publisher's version ) (Open Access)...
PbS and NaCl crystals formed from the vapor phases were observed with TEM, SEM and STEM. The growth ...
Ancient and recent terrestrial carbonate-precipitating systems are characterised by a heterogeneous ...