首页案例模板设计印刷活动帮助教程会员特权

注册

SST

SST上线论文

Application of highly oriented two-dimensional materials in anti-corrosion coati

Designing TiB2/Cr multilayer coatings on Ti6Al4V substrate for optimized wear re

Microstructure and tribological performance of ceramic-based self-lubricating se

Advances in in situ/operando techniques for catalysis research: enhancing insigh

Regulation of sulfur molecules for advanced lithium–sulfur batteries: strategies

Electrochemical polymerization of o-phenylenediamine in the presence of metal sa

How do we improve the reproducibility and accuracy of EIS and Tafel testing in c

Review of advanced fabric composite liners for enhancing tribological performanc

Corrosive wear behavior of a new medium manganese steel compared to 316L stainle

Effect of surface roughness on friction and wear behavior of GCr15 bearing steel

Dual impact of Nd3+ doping on CeO2 abrasives: enhancing chemical and mechanical

SST“腐蚀与防护”栏目2024年文章合集

Surface microstructure and activity of nanoporous W-based materials via anodizat

Subsurface damage characteristics of fused quartz glass in shear-thickening poli

Precision andultra-precision machining withelastic polishing tools: areview

Role of Mo particles on microstructure and tribological properties of atmospheri

Influences of redox electrolyte containing AuNPs on microscopic surface structur

Large-area gold bicrystal film with a thickness of micrometers for break junctio

Application of amino acids as auxiliary reagents in chemical mechanical polishin

Correlation between grain orientation and fretting damage mechanism in a cold-ro

Quantifying the surface-reaching charges in photocatalyst particles by adsorbate

Solid superlubricity of diamond-like carbon films: a review

Tungsten coating by diffusion on diamond surfaces: process and characterization

In situ fabrication polysiloxane nanoparticles on friction surface to improve tr

Effect of Friction Depth, Velocity, and Cu Content on the Friction Behavior of A

Effect of alloying elements on the structure and corrosion resistance of TCP con

Corrosion rate prediction and inhibitor optimization for L80-1 steel and alloyed

Boron nitride nanosheet-enhanced coatings for preventing biofilm formation on ma

Optimization of laser surface texturing for improved tribological performance in

Synergistic enhancement of corrosion resistance in anodized aluminum alloy via g

Surface and subsurface microstructure properties of monocrystalline silicon cut

Investigation of localized corrosion behavior in a copper-stainless steel curved

Trivalent chromium sealing of the PEO coating on AZ91D magnesium alloy

Progress on high-temperature protective coatings for aero-engines

Status and prospects of surface texturing: design, manufacturing and application

Surface chemistry of graphitic carbon nitride: doping and plasmonic effect, and

Progress and challenges in energy storage and utilization via ammonia

Modification strategy of siloxane antifouling coating: adhesion strength, static

Progress in mechanism design of functional composites for anti-ice/deicing mater

Advances in in situ/operando techniques for catalysis research: enhancing insigh

Nitride coatings for environmental barriers: the key microscopic mechanisms and

Effect of surface roughness on friction and wear behavior of GCr15 bearing steel

Research progress and application of two-dimensional materials for surface-enhan

High-emissivity infrared coatings for radiative cooling: research progress in hi

收藏手机看阅读文字版分享

新窗口阅读全屏

订阅

Trivalent chromium sealing of the PEO coating on AZ91D magnesium alloy

67 | 内容简介其他分类其他

Trivalent chromium sealing of the PEO coating on AZ91D magnesium alloy

内容简介

书刊名称：Trivalent chromium sealing of the PEO coating on AZ91D magnesium alloy

发布作者：Surface Science and Technology

发布时间：2025-12-25

阅读次数：67

书刊简介：Article | Open access | Published: 03 July 2025Volume 3, article number 20, (2025)

其他信息：《Trivalent chromium sealing of the PEO coating on AZ91D magnesium alloy》电子宣传画册作品由Surface Science and Technology于2025-12-25制作并发布于FLBOOK电子杂志制作平台。FLBOOK是一款HTML5电子杂志、电子书刊、电子画册制作平台，使用FLBOOK可以快速制作和发布电子书刊作品。

产品服务

关于我们

网络条款

其他

联系方式

FLBOOK电子杂志制作平台官方微信公众号，扫码关注我们

官方微信公众号

Copyright © 2026 妙网网络 All Rights Reserved

增值电信业务经营许可证：陕B2-20210327 | 陕ICP备13005001号

陕公网安备 61102302611033号