请参考样例将以下内容整合为	optics express	风格的格式，并使其表达更正式、专业。

原稿部分如下：

基于振幅分析的深度激光清洗依然是个在发展中不断优化的过程。从传统的清洗方法，akin to sandblasting or the use of chemicals, 到激光清洗，这种方法是显著进步，尤其是基于振幅分析（amplitude analysis）所实施的操作。不过由于这项技术的潜力仍在不断被发掘，因此其最佳制作实践和时机都被视为是行业前沿的研究热点。光束整形环节中，涉及对激光光束的UNUSED KEYWORDS" cleaning efficiency, spot precision, process optimization " 进行具体分析，体现了这项技术在精细清洁要求下所具有的独特应用前景。从清洗性能、操作可行性以及多功能的角度考虑，这种方法显得格外重要，对于实现高频次的表面清洁和维护提供了新的可能性。如何巩固这一领域在专业清洁行业的领先地位，同时也是本文的探讨要点。”

样例格式如下：

Title: A Comparative Study on the Efficacy of Deep Laser Cleaning Based on Amplitude Analysis

Abstract: Recent advancements in deep laser cleaning grounded in amplitude analysis have marked a pivotal evolution from traditional cleaning methodologies, such as sandblasting and the application of chemicals. This technique, which is currently under optimization in its developmental stages, represents a significant leap forward in industrial cleaning. However, the full potential of amplitude-based laser cleaning is still being explored, and its optimal practices and application timings are ongoing research focal points in the industry. The beam shaping process, which is integral to the method, involves a detailed analysis of the laser beam's cleaning efficiency, spot precision, and process optimization. Considering the performance, operational feasibility, and versatility, amplitude analysis-based laser cleaning shows great promise for achieving high-frequency surface cleaning and maintenance. The consolidation of this field's leadership in the professional cleaning industry is also a key topic of discussion in this paper.

Reference: [1] Zhang, W. et al. (2024). Optimization of laser cleaning process for solar panel surfaces. Optics Express, 32(1), 123-135.
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Title: A Study on the Advancements and Optimization of Deep Laser Cleaning Using Amplitude Analysis

Abstract: The development of deep laser cleaning techniques based on amplitude analysis represents a significant advancement over traditional methods, such as sandblasting and chemical treatment. This ongoing evolution in industrial cleaning technology continues to be optimized, demonstrating substantial improvements in cleaning efficiency and precision. However, the full extent of its potential is still being uncovered, making the best practices and optimal application timings key areas of ongoing research. The beam shaping process, which involves a meticulous analysis of the laser beam's cleaning efficiency, spot precision, and process optimization, highlights the unique application potential of this technique under stringent cleaning requirements. From the perspectives of performance, operational feasibility, and multifunctionality, amplitude analysis-based laser cleaning offers new possibilities for high-frequency surface cleaning and maintenance. The paper also explores strategies for establishing and maintaining the leadership of this field in the professional cleaning industry.

Reference: [1] Zhang, W. et al. (2024). Optimization of laser cleaning process for solar panel surfaces. Optics Express, 32(1), 123-135.
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