Introduction to Polyelectrolyte Microgels (聚电解质微凝胶)

Polyelectrolyte Microgels 聚电解质微凝胶 - Here, we explore the effects of freezing and sublimation on imaging and microanalysis of polyelectrolyte microgels in buffers with varying ionic strength ([NaCl]). ^[1] For the case of a bad non-polar solvent for the polyelectrolyte microgels, they easily get detached from the surface into the polar solvent. ^[2] In doing so, key factors for AMP-polyelectrolyte complexation are illustrated for AMP-polyelectrolyte nanoparticle formation, as well as for AMP incorporation in polyelectrolyte microgels and multilayer structures, and consequences of these for functional performance exemplified. ^[3]
在这里，我们探讨了冷冻和升华对不同离子强度 ([NaCl]) 缓冲液中聚电解质微凝胶成像和微量分析的影响。 ^[1] 对于用于聚电解质微凝胶的不良非极性溶剂的情况，它们很容易从表面分离到极性溶剂中。 ^[2] 在此过程中，说明了 AMP-聚电解质复合的关键因素，用于 AMP-聚电解质纳米颗粒的形成，以及 AMP 在聚电解质微凝胶和多层结构中的掺入，并举例说明了这些对功能性能的影响。 ^[3]

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For the case of a bad non-polar solvent for the polyelectrolyte microgels, they easily get detached from the surface into the polar solvent. 对于用于聚电解质微凝胶的不良非极性溶剂的情况，它们很容易从表面分离到极性溶剂中。

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Polyelectrolyte Microgels 聚电解质微凝胶

Polyelectrolyte Microgels(聚电解质微凝胶)研究综述

For the case of a bad non-polar solvent for the polyelectrolyte microgels, they easily get detached from the surface into the polar solvent.

对于用于聚电解质微凝胶的不良非极性溶剂的情况，它们很容易从表面分离到极性溶剂中。