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Scientists Decipher the Phenomenon of Adhesion

机译:科学家破译粘附现象

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Researchers at the Max-Planck-Institut fur Eisen-forschung (MPIE) have succeeded for the first time in deciphering the complex phenomenon of the adhesion of adhesives based on the interaction of single molecules. This could create the basis, for example, for developing new adhesives in a targeted manner with the aid of molecular design.Whether it is for weight reduction by the adhesive bonding of components in aircraft engineering, the un-desired adhesion of microorganisms on the hulls of ships or the adhesive bonding of human tissue in medical operations, adhesives provide adhesion and stability. The molecular mechanisms of adhesion are still not fully understood, due to the numerous interactions that take place simultaneously. Dr. Markus Valtiner, Group Leader at MPIE, and his international team of young scientists have succeeded in taking the molecular understanding of adhesion a major step forward. The researchers reported on their findings in the latest issue of the journal Nature Communications.
机译:马克斯-普朗克-艾森-佛雄研究所(MPIE)的研究人员首次成功地基于单个分子的相互作用,破译了粘合剂粘附的复杂现象。例如,这可以为通过分子设计有针对性地开发新的粘合剂奠定基础。无论是通过飞机工程中各部件之间的粘合剂粘合来减轻重量,还是微生物在船体上的不良粘合在船舶或医疗操作中人体组织的粘合剂结合方面,粘合剂可提供附着力和稳定性。由于同时发生的许多相互作用,粘附的分子机制仍不完全清楚。 MPIE小组负责人Markus Valtiner博士及其国际青年科学家团队已成功地将对粘附的分子学理解向前迈进了一大步。研究人员在最新一期的《自然通讯》杂志上报告了他们的发现。

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