Makrokinetik der Germaniumextraktion im Mikromembranmodul
Makrokinetik der Germaniumextraktion im Mikromembranmodul
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微膜模块中提取锗的宏观动力学
DOI：
10.1002/cite.201550033
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发表时间：
2015
影响因子：
1.9
通讯作者：
H.-J. Bart
中科院分区：
文献类型：
--
作者：
S. Willersinn;H.-J. Bart
在工程过程中实现毫微米级器件是一个新兴且稳步发展的领域。与传统的工业技术相比，milli工艺的特点是改善了质量和热传递以及设备尺寸小。目前大多数应用都建立在反应技术领域。然而，从这些科学焦点到分离技术的知识转移是犹豫不决的。为了将milli技术转移到液/液萃取（LLE）等分离过程中，必须结合有效的传质和快速的相分离。
The implementation of milli-scale devices in engineering processes is a new and steadily growing field. In contrast to conventional industrial techniques, a milli process is characterized by improved mass and heat transfer and small equipment size. The majority of current applications are established in the field of reaction technology. However, the transfer of knowledge from these scientific focuses to separation technology is performed hesitantly [1]. For the transfer of milli technology to separation processes like liquid/liquid extraction (LLE), a combination of efficient mass transfer and fast phase separation is necessary.