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Flowerlike agglomerates of calcium carbonate crystals formed on an eggshell membrane

机译:蛋壳膜上形成碳酸钙晶体的花状附聚物

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Calcium carbonate was crystallized on an eggshell membrane using a specially designed crystallizer. The crystallizer used was a jacketed cylindrical glass vessel with two compartments divided by an eggshell membrane. The calcium chloride and sodium carbonate solutions were separately placed in the two compartments. Several kinds of peculiar agglomerates of calcium carbonate crystals formed on both surfaces of the eggshell membrane. Flowerlike agglomerates formed on the inner surface of the eggshell membrane that is the egg white side, but those were not formed on the outer surface of the membrane. The flowerlike agglomerate was composed of a hemispherical core and petal-like crystals growing around the core. We named it the CC ( calcium carbonate)-flower. The different types of agglomerates formed on the outer surface of the membrane. For instance, when the outer surface of the membrane faced the calcium chloride solution, spherical agglomerates composed of long, needlelike crystals were obtained. We inferred that the surface structure of the eggshell membrane played an important role for the formation of such peculiar agglomerates.
机译:使用专门设计的结晶器将碳酸钙在蛋壳膜上结晶。所使用的结晶器是带有夹套的圆柱形玻璃容器,该容器带有两个被蛋壳膜分隔的隔室。将氯化钙和碳酸钠溶液分别置于两个隔室中。几种特殊的碳酸钙晶体附聚物形成在蛋壳膜的两个表面上。花状附聚物形成在蛋壳膜的蛋清一侧的内表面上,但没有形成在该膜的外表面上。花状附聚物由半球形核和围绕核生长的花瓣状晶体组成。我们将其命名为CC(碳酸钙)花。在膜的外表面上形成不同类型的附聚物。例如,当膜的外表面面对氯化钙溶液时,获得了由长的针状晶体组成的球形附聚物。我们推断,蛋壳膜的表面结构对于此类特殊附聚物的形成起着重要作用。

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