在探索可持续发展道路的今天,我一直在寻找那些能够真正改变现状的前沿技术。《低温等离子体大气污染控制技术及应用》这本书,对我来说,就像是通往未来大气污染治理之路的一扇窗户。 我推测,书中一定会对低温等离子体这一介于固、液、气三态之外的特殊物质形态,在空气净化领域的独特作用进行深入的解读。 我非常想知道,书中是否会详细阐述不同能量输入方式下,低温等离子体产生的活性物种(如O3、OH自由基、e-等)是如何协同作用,高效地氧化、分解空气中的各类污染物,例如苯、甲苯、二甲苯等VOCs,以及NOx、SO2等。 Moreover, the "applications" part of the title strongly suggests practical implementation. Does the book present various reactor designs tailored for different pollution sources, such as flue gas treatment from power plants, exhaust from vehicles, or even indoor air purification systems? Are there detailed discussions on experimental results, performance metrics, and case studies that demonstrate the effectiveness and economic viability of these technologies? The idea of using plasma, a concept often associated with extreme conditions, for gentle yet powerful low-temperature atmospheric remediation is particularly captivating.
评分我一直对那些能够解决全球性环境挑战的科学技术充满了热情,而大气污染无疑是其中最紧迫的问题之一。虽然我对《低温等离子体大气污染控制技术及应用》这本书的具体内容所知甚少,但仅仅从书名就能感受到一股强大的科学力量和实际应用的决心。 我猜测,这本书很可能详细地介绍了低温等离子体作为一种“绿色”的污染控制手段,其在处理多种大气污染物时所展现出的独特优势。 我很好奇,书中是否会深入剖析低温等离子体与污染物相互作用的微观过程,比如,等离子体产生的电子、离子、自由基等是如何与目标污染物分子碰撞、断裂、重组,最终生成无害或低害物质的。 Furthermore, I would be fascinated to learn about the different types of plasma reactors employed for air pollution control, such as corona discharge, dielectric barrier discharge, and gliding arc discharge, and their respective efficiencies and limitations. The "application" aspect is particularly compelling. Does the book showcase real-world examples of how these technologies are used in power plants, chemical factories, or even municipal waste incineration facilities to mitigate harmful emissions? Are there discussions on the energy consumption, operational costs, and scalability of these systems? The notion of harnessing a powerful physical phenomenon like plasma for environmental remediation, especially at low temperatures which suggests lower energy input and potentially broader applicability, is incredibly intriguing.
评分我一直对环境科学和新兴技术领域充满好奇,尤其是那些能够切实解决实际问题的研究。最近偶然间了解到一本叫做《低温等离子体大气污染控制技术及应用》的书,虽然我对书的具体内容不甚了解,但仅从书名就能感受到其前沿性和应用性。我设想,这本书应该会深入浅出地介绍低温等离子体这一独特的物理化学现象,以及它如何被巧妙地应用于治理我们日益严峻的大气污染问题。 想象一下,在那些工业区或者交通拥堵的城市,空气中弥漫着各种有害气体和颗粒物,而这本书或许就提供了一种高效、清洁的解决方案。它可能详述了等离子体产生的主要原理,比如如何通过电场激发气体分子,形成高活性的自由基和离子,进而与污染物发生反应。 我很好奇,书中是否会详细阐述不同类型的低温等离子体发生器,例如介质阻挡放电、辉光放电等,以及它们各自的特点和适用范围? Furthermore, the practical applications are what truly pique my interest. Could it be that the book details how these technologies are integrated into industrial exhaust systems, transforming harmful emissions into less noxious substances before they are released into the atmosphere? Or perhaps it explores their use in urban air purification systems, creating localized clean air zones. The potential for such technology to revolutionize pollution control is immense, and I am eager to understand the scientific underpinnings and engineering challenges involved in making these applications a reality. The very idea of using plasma, often associated with high temperatures, to achieve low-temperature control is a fascinating paradox that promises innovative solutions.
评分作为一个对环境保护和科技创新充满热情的人,我一直在关注能够有效应对日益严峻的大气污染问题的技术。《低温等离子体大气污染控制技术及应用》这本书,在我看来,无疑代表了这一领域的前沿探索。 我猜想,书中会深入浅出地解析低温等离子体这一特殊物质状态的形成机制,以及它如何在高活性的粒子环境中实现对大气污染物的精准“打击”。 我非常期待了解书中关于等离子体在去除多种污染物上的具体细节,比如,如何通过优化等离子体参数(如功率、频率、气体组成等)来最大化地分解挥发性有机化合物(VOCs)、恶臭气体,甚至是PM2.5中的有害成分。 Furthermore, the "application" aspect is crucial. Does the book offer insights into how these technologies are integrated into existing industrial processes or developed as standalone air purification units? Are there discussions on the advantages of low-temperature plasma over traditional methods in terms of energy efficiency, byproduct formation, and operational safety? The potential for this technology to offer cleaner, more sustainable solutions for atmospheric pollution control is immense, and I am keen to understand the scientific rigor and practical considerations that underpin its development and deployment.
评分最近,我一直在关注能源与环境交叉领域的一些最新进展,尤其是那些具有突破性潜力的技术。一本名为《低温等离子体大气污染控制技术及应用》的书籍,在我看来,极有可能是当前环境保护领域的一颗璀璨明珠。我推测,这本书的作者必定对低温等离子体在去除各种大气污染物方面的作用有着深刻的理解和独到的见解。 我想象,书中会非常细致地讲解等离子体反应机理,比如,等离子体中的活性粒子如何有效地分解挥发性有机化合物(VOCs)、氮氧化物(NOx)、硫氧化物(SOx)以及PM2.5等污染物。 我很想知道,书中是否会深入探讨不同污染物种类与低温等离子体作用的相互关系,例如,针对不同成分的污染气体,选择哪种等离子体放电模式和工艺参数才能达到最佳的处理效果。 Moreover, I am particularly interested in the "application" part of the title. What specific industries or scenarios has this technology been successfully implemented in? Does the book offer case studies, perhaps detailing the design and performance of actual pilot or industrial-scale pollution control systems? Are there discussions on the economic feasibility and environmental benefits compared to conventional treatment methods? The prospect of a technology that can effectively tackle persistent air pollutants, often a bane of industrialization, is highly encouraging, and I believe this book might hold the key to understanding its practical deployment and future potential.
评分商品是否给力?快分享你的购买心得吧~和描述的一样,好评! 好大一本书,是正版!各种不错!只是插图太多,有占篇符之嫌。书拿到手挺有分量的,包装完好。还会继续来,一直就想买这本书,太谢谢京东了,发货神速,两天就到了,超给力的!5分!“我只要在搜索框内输入书名、作者,就会有好多书摆在我面前供我挑选,价格方面还可以打折,这样便捷与优惠的购书方式我怎么可能不选择呢!”经常在网上购物的弟弟幸福的告诉我。据调查统计,当前网上书店做得较好的的网站有京东等。现在大街小巷很多人都会互相问候道:“今天你京东了吗?”,因为网络购书已经得到了众多书本爱好者的信任,也越来越流行。基于此,我打开网页,开始在京东狂挑书京东有卖。
评分不错
评分很好
评分很不错的专业书
评分还没开始看
评分这类书要少了,得出一本买一本
评分商品是否给力?快分享你的购买心得吧~和描述的一样,好评! 好大一本书,是正版!各种不错!只是插图太多,有占篇符之嫌。书拿到手挺有分量的,包装完好。还会继续来,一直就想买这本书,太谢谢京东了,发货神速,两天就到了,超给力的!5分!“我只要在搜索框内输入书名、作者,就会有好多书摆在我面前供我挑选,价格方面还可以打折,这样便捷与优惠的购书方式我怎么可能不选择呢!”经常在网上购物的弟弟幸福的告诉我。据调查统计,当前网上书店做得较好的的网站有京东等。现在大街小巷很多人都会互相问候道:“今天你京东了吗?”,因为网络购书已经得到了众多书本爱好者的信任,也越来越流行。基于此,我打开网页,开始在京东狂挑书京东有卖。
评分查询方便,包装不错,可以购买
评分书的封面有折痕,有一些的磨损
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