Nanotechnology for Environmental Engineering

期刊简介：Nanotechnology for Environmental Engineering is an international peer reviewed interdisciplinary journal that focuses on publishing original research articles, critical reviews, short communications, policy papers, and mini-reviews in the following topics:1. Application of nanotechnology for substantial benefits of environment.2. Nano-engineering approach for improved environmental strategies for a better protection of human and environmental health.3. Emerging strategic plans/ideas of bio-nanotechnology origin including green chemistry approach (e.g. green synthesis), molecular biology methods and chemical processes (fate determination of trace metals).4. Biocompatibility/Cytocompatibility of nanostructured materials intended for environmental applications. Both in vitro and in vivo bioassays oriented credentials will be prioritized to scientific theoretical acceptance/validity.5. Point of origin of environmental engineering in a mutual feedback manner to nanotechnological application for environmental problems. 6. Bio-nanotechnological elemental approach being set at transition stage (including pros and cons) with scope of environmental applications.7. Renovated theme (engineering approach) with better skills for process engineering applications.8. Quantitative and qualitative assessment of nanotechnological/environmental engineering methodology on practical scenario (i.e. mechanistic interpretation but not empirical evidence) basis.9. Global phenomenon/acceptance of innovativeness of well explored ideas with a broader application in nanotechnology and environmental engineering.10. Public Policy of environmental engineering with respect to safety and sustainability. 11. Biological/chemical/thermal conversion of agro-industrial waste into chemicals and fuels.12. Engineering approach for biological/chemical treatment of environmental pollutant.13. Engineering innovation in environmental monitoring of emerging contaminants.14. Nanotechnology in pre-concentration of environmental samples.15. Techno-economical aspects of environmental engineering and nanotechnology processes. Continuous Article Publishing Nanotechnology for Environmental Engineering publishes following the Continuous Article Publishing (CAP) mode. This means that each article is published online with an article citation number, shortly after receipt of authors proofs. This supports shortened publication time.Key Information- Nanotechnology for Environmental Engineering (NTEE) is indexed in Scopus (2020 Cite Score 4.1).- The journal uses double-blind review.- Papers are screening for originality and similarities before handling them by topical editors.- The first round of peer review does not exceed 40–50 days.- Mostly two/three or even four revisions are required before final acceptance.- NTEE is committed to meeting and upholding standards of ethical behaviour at all stages of the publication process.- The COPE code of conduct and Springer editorial policies are used as the basis for the NTEE publication processNanotechnology for Environmental Engineering (NTEE) is committed to upholding the integrity of the scientific record. As a member of the Committee on Publication Ethics (COPE) the journal will follow the COPE guidelines on how to deal with potential acts of misconduct. Authors should refrain from misrepresenting research results which could damage the trust in the journal and ultimately the entire scientific endeavor. Maintaining integrity of the research and its presentation can be achieved by following the rules of good scientific practice as detailed here:https://www.springer.com/us/editorial-policies

【译文】纳米技术在环境工程中的应用是一个国际同行评审的多学科期刊，专注于发表关于以下主题的原创研究文章、评论、简报、政策论文和迷你评论：1. 纳米技术在环境方面带来实质性益处。2. 通过纳米工程方法改善环境策略，以更好地保护人类和环境健康。3. 生物纳米技术起源的新兴战略计划/想法，包括绿色化学方法（例如绿色合成）、分子生物学方法和化学过程（痕量金属的归宿）。4. 用于环境应用的纳米结构材料的生物相容性/细胞相容性。将优先考虑面向体外和体内生物检测的凭证，以科学理论接受/有效性为依据。5. 环境工程在相互反馈方式中起源于纳米技术应用，以解决环境问题。6. 生物纳米技术元素方法处于过渡阶段（包括利弊），具有环境应用范围。7. 改革主题（工程方法）具有更好的工艺工程应用技能。8. 在实际场景（即机制解释而非经验证据）的基础上，对纳米技术/环境工程方法进行定量和定性评估。9. 全球现象/接受度，创新思想在纳米技术和环境工程中有更广泛的应用。10. 环境工程公共政策，关于安全和可持续性。11. 将农业工业废物转化为化学品和燃料的生物化学/热转换。12. 生物/化学处理环境污染物的工程方法。13. 对新兴污染物环境监测的工程创新。14. 纳米技术在环境样品预浓缩中的应用。15. 环境工程和纳米技术过程的技经方面。连续文章出版《纳米技术在环境工程中的应用》采用连续文章出版（CAP）模式。这意味着每篇文章在收到作者校对后，都会在线发表，并带有文章引用编号。这支持了缩短出版时间。