Within the latest years, digital twins have become one of the most promising concepts that
can be applied to complex manufacturing processes, due to their accuracy and …

Background: During the last few decades, increasing interest has arisen in the field of nano-
machining simulations. Due to the inability of other numerical techniques to properly …

Laser micromachining is an advanced machining process in which machining is achieved
by focusing a laser beam to melt and vaporize the material. The primary aim of this work is to …

New information on particle distribution over velocities, the mean-mass velocity, and the
degree of monochromaticity of gas-plasma flow under femtosecond (τ∼ 45 fs, λ∼ 800 nm) …

We report the results of experimental investigation of thermophysical and gas-dynamic
characteristics of the gas-plasma flows induced by ultrashort $(45-60\{\text {fs}}) $ laser …

The femtosecond pulse laser is a useful tool for micro/nano-machining, which is a
fundamental technology for fabricating micro 3D structure devices or components such as …

摘要为探究光斑图像在飞秒激光加工过程中的实际意义, 采集等离子体光斑图像并对图像的深度
进行提取及分析. 本文提出了一种基于图像序列的焦点深度提取(Depth Extraction from Focus …

To improve the intensity and reliability of the emission fluorescence spectrum signal of
petroleum pollutant samples, we designed multiple microchannel sample pools to replace …

When using a femtosecond laser to process the microchannel on silicon wafers in order to
determine the machining speed in the X axis and feed rate in the Y axis, a large number of …

С использованием методов комбинированной интерферометрии получены новые
данные о распре делении частиц по скоростям, среднемассовой скорости и степени …