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再結晶

6 件の記事

A solvent (white) is added to a compound (orange). The slurry is heated to give a solution (orange). The solution is allowed to cool, ideally yielding crystals (orange), leaving impurities in solution (pale-orange).

再結晶による化合物の精製原理から高度な結晶成長法まで

再結晶精製結晶化溶媒
2026年8月11日続きを読む →
Figure 1: Calculate impurity profile after an infinite number of recycles as a function of the fraction of mother liquors reused

母液（マザーリカー）の基礎知識と結晶化プロセスにおける再利用の影響

母液マザーリカー結晶化過飽和
2026年8月11日続きを読む →
Solubility of Na2SO4 in water as a function of temperature.

過飽和溶液のメカニズムと科学的応用

過飽和溶解度結晶化核形成
2026年8月11日続きを読む →
Schematic representation of a metamorphic reaction. Abbreviations of minerals: act = actinolite; chl = chlorite; ep = epidote; gt = garnet; hbl = hornblende; plag = plagioclase. Two minerals represented in the figure do not participate in the reaction, they can be quartz and K-feldspar. This reaction takes place in nature when a mafic rock goes from amphibolite facies to greenschist facies.

変成作用のメカニズムと岩石の分類地球内部で起こる物質の変容

変成作用原岩変成相広域変成作用
2026年8月10日続きを読む →
Snowflakes are a very well-known example, where subtle differences in crystal growth conditions result in different geometries.

結晶化のメカニズムと産業的応用理論から最新設備まで

結晶化核生成結晶成長過飽和
2026年8月9日続きを読む →
Snowflakes are a very well-known example, where subtle differences in crystal growth conditions result in different geometries.

結晶化のメカニズムと産業的応用理論からプロセスまで

結晶化核生成結晶成長過飽和
2026年8月9日続きを読む →