Laser cleaning is a new type of industrial cleaning technology.
激光清洗是一种新型的工业清洗技术。
There exist cleaning threshold and damage threshold in laser cleaning.
激光清洗存在着清洗阈值和损伤阈值。
Furthermore, some application examples of laser cleaning are introduced, and the results indicate that the cleaning effect is satisfying.
此外，还介绍了激光清洁的应用实例，结果表明：激光清洁的效果令人满意。
Laser paint stripping of aircraft surface is one of the important branches of the technology of laser cleaning, and there is great potential market.
飞机蒙皮激光脱漆技术是激光清洗技术中的一个重要分支，具有广阔的应用前景。
Some physical problems, related to the particle on the surface, i. e. optical resonance and near-field effects in dry laser cleaning are also analyzed.
最后介绍了在激光干式清洗中与基底表面粒子相关的一些物理问题：光学谐振和近场效应。
Semiquantitative understanding of optimization steam laser cleaning, such as estimate of peak temperature and estimate of transient force was summarized.
给出了实验装置示意图，还介绍了蒸气式激光清洗中的一些理论问题，如峰值温度和瞬态力的估算。
In this paper, we had studied the arts and crafts and mechanism of the laser cleaning, and made better purpose in laser cutting of different non-cleaned material using it.
本文对激光清洗技术的工艺及机理进行了研究，并将其应用到激光切割的过程之中，对不同的非洁净表面清除效果均很好。
Research progresses of laser trimming, laser drilling, laser cleaning, laser flexible routing and laser micro welding applied in the IC fabrication and packaging are given.
介绍了在集成电路制造封装中采用的激光微调、激光打孔、激光清洗、激光柔性布线和激光微焊技术。
Focus on two simple cases of "dry laser cleaning", laser is strongly absorbed by the substrate only and by the contamination only, to discuss the physical mechanism of dry laser cleaning.
针对干式清洗中只被基底吸收和只被污染物吸收两种简单情况讨论了激光干式清洗的物理机理，并且给出了激光干式清洗典型的实验装置图。
Some new kinds of dry cleaning methods such as supercritical fluid cleaning, high pressure gas and gel cleaning, laser cleaning, gas-chemically and Photo-chemically enhanced cleaning are described.
介绍了干法清除纳米污染物的几种新方法，如超临界流体清除法、高速气凝胶清除法、激光清除法、气相化学清除法和光化学清除法。
This report presented a detailed study on parameters and mechanisms of cleaning rubber layer from a tyre wording mould with pulse laser.
研究了运用脉冲激光清洗橡胶轮胎印字模具表面橡胶层的工艺参数与机理。
Between the initial cleaning threshold and complete cleaning threshold, cleaning percentage of the surface increases with the increasing of laser fluence.
在起始清洗阈值和完全清洗阈值之间，清洁率随着激光能量密度的升高而增大。
Prom ion cleaning, ion-assisted deposition and ion post treatment, the application background, merits and the problems of ion assisted technology for high power laser films are introduced.
从离子束清洗、离子束辅助沉积以及离子束后处理三个方面，介绍了离子束辅助技术在高功率激光薄膜中的应用背景、应用优势以及存在的问题。
The effects of the laser power, defocusing amount and the scanning velocity tO the cleaning results are got by experiments; the cleaning threshold and the damage threshold are obtained.
通过实验，确定了激光功率、离焦量和扫描速度对清洗效果的影响，并最终确定激光清洗时的损伤阈值和清洗阈值。
A new ejecting removal mechanism of particles is presented based on particle elastic deformation to overcome the flaws of rolling removal mechanism in laser-induced plasma shock wave cleaning.
针对激光等离子体冲击波清洗颗粒技术中的滚动移除机制缺陷，提出一种基于颗粒弹性形变的弹出移除模型。
This paper presents laser application in cleaning.
本文报道了激光在清洗方面的应用情况。
The reason is that the ultrasonic cleaning only clears up the surface impurity of coatings, while laser conditioning can minimize or restrain the inner defects of coatings.
原因在于超声清洗只能去除表面杂质，激光预处理可减少和抑制膜层内较深处的缺陷。
To improve the laser induced damage thresholds of high power laser films, the effects of directional ion cleaning on the characteristics of substrate surface were investigated.
为提高高功率激光薄膜的抗激光损伤能力，研究了定向离子清洗对玻璃基片表面性质的影响。
The invention relates to a method for using impulse YAG solid laser to on site repair large work piece. Wherein, it comprise that cleaning needed part, repairing with YAG laser fusion, and machining;
本发明提供了一种利用脉冲YAG固体激光现场修复大型工件的方法，包括修复部位的清理、YAG激光熔覆修复、机加复形三个工艺过程。
Therefore, it is tar-reaching to introduce laser-cleaning technology to clean the super-smooth surface of optical glass substrate.
因此将激光清洗技术应用于清洗光学基片超光滑表面具有重要的意义。
Therefore, it is tar-reaching to introduce laser-cleaning technology to clean the super-smooth surface of optical glass substrate.
因此将激光清洗技术应用于清洗光学基片超光滑表面具有重要的意义。
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