The term "syngony" refers to a type of crystalline structure in which the arrangement of atoms or molecules displays a systematic pattern. It is often used in the context of mineralogy and crystallography.
The syngony of the mineral sample was analyzed to determine its stability.
(Была проанализирована сингония образца минерала, чтобы определить его стабильность.)
Understanding syngony is crucial for predicting the behavior of certain crystalline materials.
(Понимание сингонии критически важно для предсказания поведения некоторых кристаллических материалов.)
Researchers are studying the syngony of various compounds to improve their properties.
(Исследователи изучают сингонию различных соединений, чтобы улучшить их свойства.)
The term "syngony" is not frequently featured in idiomatic expressions due to its specialized nature. However, here are some example sentences that incorporate related scientific terminology.
"The syngony of crystal growth patterns can sometimes be unpredictable."
(Сингония узоров роста кристаллов иногда может быть непредсказуемой.)
"In the realm of syngony, each mineral tells a story of its formation."
(В области сингонии каждый минерал рассказывает историю своего формирования.)
"Variations in syngony can lead to significant changes in physical properties."
(Изменения в сингонии могут привести к значительным изменениям в физических свойствах.)
The word "syngony" derives from the Greek roots "syn-" meaning "together" and "gonia," meaning "angle." This reflects the concept of angular relationships in crystalline structures.
In summary, "syngony" is a technical term primarily employed in scientific discussions regarding crystalline structures, characterized by specific atom arrangements.