2024年5月1日 · To address the current issues of brittleness and lower mechanical performance for Zn alloys, the Zn–Mn–Li system that has significant potential for enhancing strength and toughness is selected for the design, fabrication, and investigation. Li and Mn are selected as alloying elements, and a series of Zn-0.4Mn-xLi alloys are prepared.

2018年2月25日 · Compressive yield strength of Zn, Zn-4Mn and Zn-24Mn alloys reached from 33 to 290 and 132 MPa and corrosion rate of Zn-4Mn tailored to 0.72 mm/yr. Cell viability and cell attachment show biocompatibility of these alloys. Results demonstrate that Zn-Mn alloy can be a new suitable biodegradable candidate.

2025年1月24日 · Zn-Mn alloys are particularly promising biodegradable implant materials, but they are plagued by poor mechanical performance. In this work, a Zn-Mn alloy with ultrahigh strength and excellent ductility was achieved through addition of trace Mg (0.1 wt%) and equal channel angular pressing (ECAP).

2025年2月1日 · ZMMC063 (CRD) is the first 380 MPa-30% grade Zn-Mn based alloy. It exhibits YS of 386 MPa, UTS of 443 MPa, and EL of 31%, far beyond the generally accepted benchmark for orthopedic implants (i.e., 230 MPa, 300 MPa, 15%). Moreover, work-hardening strain of the alloy reaches 11.6%, which is more than 4 times that of other 300 MPa Zn-Mn based alloys.

2023年10月31日 · “锌”的电池评价策略： 首次提出了一种新的评估方案，即基于 锰基锌离子电池竞争性容量演化评估协议（ Mn-CCE） ，将充放电曲线分为四个区域（活化区、 H + /Zn 2+ 主导区、 Mn 2+ 主导区、衰降区)，系统揭示了每个区域不同的主导充放电载流子是如何影响宏观 ...

2 天之前 · Materials preparation. The metallic materials used in this study were pure Zn (99.995 wt%) and pure Mn (99.99 wt%) for the preparation of cast Zn-xMn (x = 0.1, 0.3, 0.5 and 0.8 wt%) alloys.Put the ...

2020年2月27日 · 锌合金涂层广泛用于黑色金属材料的牺牲腐蚀保护，特别是在汽车行业。 Boshkov 等人报道了锌锰 (Zn-Mn) 合金。由于具有低溶解速率的腐蚀产物的双重保护作用，以及由于使用锰而比纯锌具有更高的阴极保护，因此可以提供比纯锌涂层更高的腐蚀保护[1-5]。

20220510 / ferrite_mn-zn_material_characteristics_en.fm FERRITES Please be sure to read this manual thoroughly before using the products. The products listed on this catalog are intended for use in general electronic equipment (AV equipment, telecommunications equipment,

为了解决当前锌合金的脆性和机械性能较低的问题，选择具有增强强度和韧性的巨大潜力的 Zn-Mn-Li 体系进行设计、制造和研究。 选择Li、Mn作为合金元素，制备了一系列Zn-0.4Mn-Li合金。

In this study, the mechanical properties and biocompatibility of Zn-Mn alloys with different Mn contents have been investigated. The results show that the grain size of the Zn-Mn alloys decreases with the increasing Mn content and the second phase MnZn precipitates when Mn content is over 0.3 wt.%.