Nanosecond-Pulsed Laser Ablation as a Universal Method for Oxide Removal and Surface Structuring of Aluminum and Copper for Advanced Manufacturing Applications

This dataset contains all relevant files for the publication: "Nanosecond-Pulsed Laser Ablation as a Universal Method for Oxide Removal and Surface Structuring of Aluminum and Copper for Advanced Manufacturing Applications"

# Dataset description
The Data is available in the original processing formats.

## CLSM - Roughness measurements
- CLSM-Data of aluminum and copper samples in .vk6-Format
- Exported Pictures
- Excel-Files of exported roughness values (Sa, Sq, Sz, Sp, Sv, Sal, Sdq, Sdr, Std, Str, Spd, Spc)
- Python-Scripts for Plotting

## Nanoindentation
- Excel-Files of Nanoindentation measurements
- Python-Script for Plotting

## XRD
- Residual Stresses: Raw-Data from XRD-Measurements on aluminum and copper samples
- Texture: Raw-Data from XRD-Measurements on aluminum and copper samples
- Python-Script for Plotting

## XPS
- Raw-Data and Plots of XPS measurements of aluminum and copper samples

## Data from the Section 'Applications in Manufacturing'
Data used to generate plots in the application-section of the paper with the following manufacturing processes:

* Adhesive bonding
- Cold roll bonding
- Compound casting
- Laser beam brazing

# Key Findings

# Citation

# Funding
Funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) – Project-ID 394563137 – SFB 1368.
Open access funding enabled and organized by Projekt DEAL.

本数据集包含对应发表论文的全部相关文件：《纳秒脉冲激光烧蚀：面向先进制造应用的铝与铜除氧化及表面结构化通用方法》

# 数据集说明
本数据集采用原始处理格式提供。

## 共聚焦激光扫描显微镜（Confocal Laser Scanning Microscopy，CLSM）——粗糙度测量
- 铝及铜样品的CLSM数据，格式为.vk6
- 导出图像
- 包含粗糙度参数值（Sa、Sq、Sz、Sp、Sv、Sal、Sdq、Sdr、Std、Str、Spd、Spc）的导出Excel文件
- 用于绘图的Python脚本

## 纳米压痕（Nanoindentation）测试
- 纳米压痕测试的Excel文件
- 用于绘图的Python脚本

## X射线衍射（X-ray Diffraction，XRD）
- 残余应力：铝及铜样品XRD测试的原始数据
- 织构：铝及铜样品XRD测试的原始数据
- 用于绘图的Python脚本

## X射线光电子能谱（X-ray Photoelectron Spectroscopy，XPS）
- 铝及铜样品XPS测试的原始数据与绘图结果

## 论文「制造应用」章节相关数据
用于生成论文应用章节中如下制造工艺对应的图表的数据：
* 粘接
- 冷轧粘接（Cold roll bonding）
- 复合铸造
- 激光束钎焊

## 核心发现

## 引用

## 资助信息
本项目由德国研究基金会（Deutsche Forschungsgemeinschaft，DFG，德国研究基金会）资助——项目编号394563137——SFB 1368。开放获取资助由Projekt DEAL支持并组织。