NSTL国家科技图书文献中心

1. HOCI Formation Driven by Photochemical Processes Enhanced Atmospheric Oxidation Capacity in a Coastal Atmosphere NSTL国家科技图书文献中心

Gaojie Chen | Xiaolong Fan ... - 《Environmental Science & Technology》 - 2025,59(10) - 5164～5171 - 共8页

摘要： the atmospheric* oxidation capacity and the fates of* | generation and atmospheric* oxidation capacity. Our findings | formation mechanisms and atmospheric impacts is still* | emphasize the significant role of HOCI in atmospheric | Chlorine (Cl) radicals can profoundly affect

关键词： hypochlorous acid | production mechanisms | molecular chlorine | ozone | coastal atmosphere

2. Chlorine Activation in Marine Air: Insights From Chemical Budgets of Molecular Chlorine and Hypochlorous Acid NSTL国家科技图书文献中心

Xia, Men | Jiang, Yifan ... - 《Journal of Geophysical Research,D.Atmospheres》 - 2025,130(6) - n/a～n/a - 共17页

摘要： oxidation capacity, increasing daytime OH levels by 12.8 | 46 ppt Cl2) remarkably enhanced atmospheric | Chlorine chemistry considerably affects air | quality and climate in marine environments. Nitrogen | oxides (NOx), emitted by ocean-going vessels, react

关键词： chlorine activation | hypochlorous acid | molecular chlorine | photochemistry | atmospheric oxidation capacity

3. Recent advancements in observations, sources, and environmental effects of atmospheric hydrogen peroxide (H2O2) NSTL国家科技图书文献中心

Duan, Lian | Jia, Shuyuan ... - 《Atmospheric environment.》 - 2025,352(Jul.) - 1.1～1.11 - 共11页

摘要： atmospheric oxidation capacity and plays key roles in S(IV | Atmospheric hydrogen peroxide (H2O2) is an | ) oxidation. In the past decade, researchers have proposed | atmospheric H2O2 have not been systematically reviewed | , previous reviews on atmospheric* H2O2 were published in*

关键词： Hydrogen peroxide | Field measurements | Formation mechanisms | Atmospheric oxidation capacity | Sulfate | Air pollution | MARINE BOUNDARY-LAYER | HETEROGENEOUS REACTION | ORGANIC PEROXIDES | RURAL SITE...

4. High-Resolution Measurements of Multi-lsotopic Signatures (δ~（15）N, δ~（18）O, and Δ~（17）O) of Winter NO_2 in a Megacity in Central China NSTL国家科技图书文献中心

Zhongyi Zhang | Tao Zhou ... - 《Environmental Science & Technology》 - 2025,59(7) - 3634～3644 - 共11页

摘要： atmospheric oxidation environment. Nighttime ~17(NO_2 | elucidating the sources and transformations of atmospheric | radical oxidation* of nitric oxide (NO). The estimated* | Isotopic compositions (~15N, ~18O, and A~17O | ) of nitrogen dioxide (NO_2) are crucial proxies for

关键词： nitrogen oxides | oxygen isotope anomaly | nitrogen isotope | isotope exchange processes | atmospheric oxidation capacity

5. Marine Biogenic Volatile Organic Compounds: Production, Emission, Atmospheric Transformation, and Climate Effects NSTL国家科技图书文献中心

Jinyan Wang | Jianlong Li ... - 《Current Pollution Reports》 - 2025,11(1) - Marine-Biogenic-Volatile-Organic/1～Marine-Biogenic-Volatile-Organic/14 - 共14页

摘要： balance and atmospheric* oxidation capacity while* | gasphase oxidation* in atmospheric transformation of BVOCs* | atmospheric oxidation processes to form aerosols (e.g | , particularly their emission, multiphase oxidation* pathways* | Current atmospheric* models underestimate the flux of*

关键词： Volatile organic compounds | Marine organism | Photooxidation | Climate feedback | Secondary organic aerosol

6. Characteristics of the long-term variations in sulfate-nitrate-ammonium aerosols in a coastal city in Northern China-Interpretability analysis from a machine learning perspective NSTL国家科技图书文献中心

Huang, Jianbin | Zhang, Xiaoyun ... - 《Atmospheric environment.》 - 2025,353(Jul.) - 1.1～1.15 - 共15页

摘要： that the increase in atmospheric oxidation capacity | explanations (SHAP) method on the basis of atmospheric* SNA* | of the underlying atmospheric* processes.* | Despite emission reduction efforts, sulfate | , nitrate, and ammonium (SNA) concentrations have not

关键词： SNA | Long-term variation | Emission reduction | Machine learning | Secondary formation | WATER-SOLUBLE IONS | ATMOSPHERIC PARTICLES | CHEMICAL-COMPOSITION | SIZE DISTRIBUTION | NITROGEN-OXIDES...

7. Influence of tourism on the local air quality in the Mountain Laoshan forest scenic areas NSTL国家科技图书文献中心

Jiao, Yang | Ren, Yangang ... - 《Atmospheric environment.》 - 2025,353(Jul.) - 1.1～1.11 - 共11页

摘要： significantly increases the local atmospheric oxidation | atmospheric VOCs levels in the investigated area. Based on a | emissions from human activity on the atmospheric* chemistry* | capacity. Therefore, this study emphasizes the | Tourism activities can have a significant

关键词： Forest scenic area | Volatile organic compounds | Tourism | Source apportionment | Atmospheric chemistry | VOLATILE ORGANIC-COMPOUNDS | SOURCE APPORTIONMENT | CARBONYL-COMPOUNDS | ATMOSPHERIC MEASUREMENTS | SEASONAL-VARIATION...

8. Development of an automated photolysis rates prediction system based on machine learning NSTL国家科技图书文献中心

Pan, Weijun | Gong, Sunling ... - 《Journal of environmental sciences》 - 2025,151 - 211～224 - 共14页

摘要： prediction of the atmospheric* oxidation capacity (AOC) and* | Based on observed meteorological elements | , photolysis rates (J-values) and pollutant concentrations | , an automated J-values predicting system by machine | learning (J-ML) has been developed to reproduce and

关键词： J-values | Automated prediction system | Machine learning | Short-term prediction | O-3 simulated improvement

9. Reaction Path Modeling of Water Pollution Implications of Pumped Hydropower Storage in Closed Open-pit Lignite Mines NSTL国家科技图书文献中心

Tobias Schnepper | Michael Kuehn ... - 《Mine water and the environment》 - 2025,44(1) - 107～121 - 共15页

摘要： pyrite oxidation* by atmospheric oxygen, can cause* | impairments. Pyrite oxidation, acid buffering, and dilution | conditions, such as insufficient buffering capacity* or* | sulfate concentrations, driven by pyrite oxidation* and* | proactive measures to manage pyrite oxidation* and maintain*

关键词： Energy storage | Environmental impact | Water pollution | PHREEQC | PhreeqPy

10. Oxidized Nitrogen-Containing Organic Compounds Formation Enhanced the Light Absorption of PM 2.5 Brown Carbon NSTL国家科技图书文献中心

Wang, Diwei | Shen, Zhenxing ... - 《Journal of Geophysical Research,D.Atmospheres》 - 2025,130(3) - n/a～n/a - 共11页

摘要： impact on atmospheric* radiative forcing, but its* | capacity in cold (autumn and winter) than warm seasons | emissions and NOx/NO3- mediated oxidation* reactions were* | Brown carbon (BrC) is known to have a great | absorption characteristics at the molecular level is not

摘要： the atmospheric* oxidation capacity and the fates of* | generation and atmospheric* oxidation capacity. Our findings | formation mechanisms and atmospheric impacts is still* | emphasize the significant role of HOCI in atmospheric | Chlorine (Cl) radicals can profoundly affect

关键词： hypochlorous acid | production mechanisms | molecular chlorine | ozone | coastal atmosphere

摘要： oxidation capacity, increasing daytime OH levels by 12.8 | 46 ppt Cl2) remarkably enhanced atmospheric | Chlorine chemistry considerably affects air | quality and climate in marine environments. Nitrogen | oxides (NOx), emitted by ocean-going vessels, react

关键词： chlorine activation | hypochlorous acid | molecular chlorine | photochemistry | atmospheric oxidation capacity

摘要： atmospheric oxidation capacity and plays key roles in S(IV | Atmospheric hydrogen peroxide (H2O2) is an | ) oxidation. In the past decade, researchers have proposed | atmospheric H2O2 have not been systematically reviewed | , previous reviews on atmospheric* H2O2 were published in*

关键词： Hydrogen peroxide | Field measurements | Formation mechanisms | Atmospheric oxidation capacity | Sulfate | Air pollution | MARINE BOUNDARY-LAYER | HETEROGENEOUS REACTION | ORGANIC PEROXIDES | RURAL SITE...

摘要： atmospheric oxidation environment. Nighttime ~17(NO_2 | elucidating the sources and transformations of atmospheric | radical oxidation* of nitric oxide (NO). The estimated* | Isotopic compositions (~15N, ~18O, and A~17O | ) of nitrogen dioxide (NO_2) are crucial proxies for

关键词： nitrogen oxides | oxygen isotope anomaly | nitrogen isotope | isotope exchange processes | atmospheric oxidation capacity

摘要： balance and atmospheric* oxidation capacity while* | gasphase oxidation* in atmospheric transformation of BVOCs* | atmospheric oxidation processes to form aerosols (e.g | , particularly their emission, multiphase oxidation* pathways* | Current atmospheric* models underestimate the flux of*

关键词： Volatile organic compounds | Marine organism | Photooxidation | Climate feedback | Secondary organic aerosol

摘要： that the increase in atmospheric oxidation capacity | explanations (SHAP) method on the basis of atmospheric* SNA* | of the underlying atmospheric* processes.* | Despite emission reduction efforts, sulfate | , nitrate, and ammonium (SNA) concentrations have not

关键词： SNA | Long-term variation | Emission reduction | Machine learning | Secondary formation | WATER-SOLUBLE IONS | ATMOSPHERIC PARTICLES | CHEMICAL-COMPOSITION | SIZE DISTRIBUTION | NITROGEN-OXIDES...

摘要： significantly increases the local atmospheric oxidation | atmospheric VOCs levels in the investigated area. Based on a | emissions from human activity on the atmospheric* chemistry* | capacity. Therefore, this study emphasizes the | Tourism activities can have a significant

关键词： Forest scenic area | Volatile organic compounds | Tourism | Source apportionment | Atmospheric chemistry | VOLATILE ORGANIC-COMPOUNDS | SOURCE APPORTIONMENT | CARBONYL-COMPOUNDS | ATMOSPHERIC MEASUREMENTS | SEASONAL-VARIATION...

摘要： prediction of the atmospheric* oxidation capacity (AOC) and* | Based on observed meteorological elements | , photolysis rates (J-values) and pollutant concentrations | , an automated J-values predicting system by machine | learning (J-ML) has been developed to reproduce and

关键词： J-values | Automated prediction system | Machine learning | Short-term prediction | O-3 simulated improvement

关键词： Energy storage | Environmental impact | Water pollution | PHREEQC | PhreeqPy

摘要： impact on atmospheric* radiative forcing, but its* | capacity in cold (autumn and winter) than warm seasons | emissions and NOx/NO3- mediated oxidation* reactions were* | Brown carbon (BrC) is known to have a great | absorption characteristics at the molecular level is not

关键词： brown carbon | light absorption | biomass burning | seasonal variation | formation mechanism

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： the atmospheric oxidation capacity and the fates of | generation and atmospheric oxidation capacity. Our findings | formation mechanisms and atmospheric impacts is still | emphasize the significant role of HOCI in atmospheric | Chlorine (Cl) radicals can profoundly affect

关键词： hypochlorous acid | production mechanisms | molecular chlorine | ozone | coastal atmosphere

摘要： oxidation capacity, increasing daytime OH levels by 12.8 | 46 ppt Cl2) remarkably enhanced atmospheric | Chlorine chemistry considerably affects air | quality and climate in marine environments. Nitrogen | oxides (NOx), emitted by ocean-going vessels, react

关键词： chlorine activation | hypochlorous acid | molecular chlorine | photochemistry | atmospheric oxidation capacity

摘要： atmospheric oxidation capacity and plays key roles in S(IV | Atmospheric hydrogen peroxide (H2O2) is an | ) oxidation. In the past decade, researchers have proposed | atmospheric H2O2 have not been systematically reviewed | , previous reviews on atmospheric H2O2 were published in

关键词： Hydrogen peroxide | Field measurements | Formation mechanisms | Atmospheric oxidation capacity | Sulfate | Air pollution | MARINE BOUNDARY-LAYER | HETEROGENEOUS REACTION | ORGANIC PEROXIDES | RURAL SITE...

摘要： atmospheric oxidation environment. Nighttime ~17(NO_2 | elucidating the sources and transformations of atmospheric | radical oxidation of nitric oxide (NO). The estimated | Isotopic compositions (~15N, ~18O, and A~17O | ) of nitrogen dioxide (NO_2) are crucial proxies for

关键词： nitrogen oxides | oxygen isotope anomaly | nitrogen isotope | isotope exchange processes | atmospheric oxidation capacity

摘要： balance and atmospheric oxidation capacity while | gasphase oxidation in atmospheric transformation of BVOCs | atmospheric oxidation processes to form aerosols (e.g | , particularly their emission, multiphase oxidation pathways | Current atmospheric models underestimate the flux of

关键词： Volatile organic compounds | Marine organism | Photooxidation | Climate feedback | Secondary organic aerosol

摘要： that the increase in atmospheric oxidation capacity | explanations (SHAP) method on the basis of atmospheric SNA | of the underlying atmospheric processes. | Despite emission reduction efforts, sulfate | , nitrate, and ammonium (SNA) concentrations have not

关键词： SNA | Long-term variation | Emission reduction | Machine learning | Secondary formation | WATER-SOLUBLE IONS | ATMOSPHERIC PARTICLES | CHEMICAL-COMPOSITION | SIZE DISTRIBUTION | NITROGEN-OXIDES...

摘要： significantly increases the local atmospheric oxidation | atmospheric VOCs levels in the investigated area. Based on a | emissions from human activity on the atmospheric chemistry | capacity. Therefore, this study emphasizes the | Tourism activities can have a significant

关键词： Forest scenic area | Volatile organic compounds | Tourism | Source apportionment | Atmospheric chemistry | VOLATILE ORGANIC-COMPOUNDS | SOURCE APPORTIONMENT | CARBONYL-COMPOUNDS | ATMOSPHERIC MEASUREMENTS | SEASONAL-VARIATION...

摘要： prediction of the atmospheric oxidation capacity (AOC) and | Based on observed meteorological elements | , photolysis rates (J-values) and pollutant concentrations | , an automated J-values predicting system by machine | learning (J-ML) has been developed to reproduce and

关键词： J-values | Automated prediction system | Machine learning | Short-term prediction | O-3 simulated improvement

摘要： pyrite oxidation by atmospheric oxygen, can cause | impairments. Pyrite oxidation, acid buffering, and dilution | conditions, such as insufficient buffering capacity or | sulfate concentrations, driven by pyrite oxidation and | proactive measures to manage pyrite oxidation and maintain

关键词： Energy storage | Environmental impact | Water pollution | PHREEQC | PhreeqPy

摘要： impact on atmospheric radiative forcing, but its | capacity in cold (autumn and winter) than warm seasons | emissions and NOx/NO3- mediated oxidation reactions were | Brown carbon (BrC) is known to have a great | absorption characteristics at the molecular level is not

关键词： brown carbon | light absorption | biomass burning | seasonal variation | formation mechanism

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： the atmospheric* oxidation capacity and the fates of* | generation and atmospheric* oxidation capacity. Our findings | formation mechanisms and atmospheric impacts is still* | emphasize the significant role of HOCI in atmospheric | Chlorine (Cl) radicals can profoundly affect

摘要： atmospheric oxidation capacity and plays key roles in S(IV | Atmospheric hydrogen peroxide (H2O2) is an | ) oxidation. In the past decade, researchers have proposed | atmospheric H2O2 have not been systematically reviewed | , previous reviews on atmospheric* H2O2 were published in*

摘要： atmospheric oxidation environment. Nighttime ~17(NO_2 | elucidating the sources and transformations of atmospheric | radical oxidation* of nitric oxide (NO). The estimated* | Isotopic compositions (~15N, ~18O, and A~17O | ) of nitrogen dioxide (NO_2) are crucial proxies for

摘要： that the increase in atmospheric oxidation capacity | explanations (SHAP) method on the basis of atmospheric* SNA* | of the underlying atmospheric* processes.* | Despite emission reduction efforts, sulfate | , nitrate, and ammonium (SNA) concentrations have not

摘要： significantly increases the local atmospheric oxidation | atmospheric VOCs levels in the investigated area. Based on a | emissions from human activity on the atmospheric* chemistry* | capacity. Therefore, this study emphasizes the | Tourism activities can have a significant

摘要： prediction of the atmospheric* oxidation capacity (AOC) and* | Based on observed meteorological elements | , photolysis rates (J-values) and pollutant concentrations | , an automated J-values predicting system by machine | learning (J-ML) has been developed to reproduce and

摘要： impact on atmospheric* radiative forcing, but its* | capacity in cold (autumn and winter) than warm seasons | emissions and NOx/NO3- mediated oxidation* reactions were* | Brown carbon (BrC) is known to have a great | absorption characteristics at the molecular level is not