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Philip K. Hopke

clarkson university
H-index:113
Citation Count:6.0万
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Characterization of PM Pollution Episodes in Kuwait

科威特PM污染事件的特征分析

Atmospheric Pollution Research
IF3.5
2026-10-050
PRE
Philip K. Hopke; Nairui Liu; Ali Al-Hemoud
SHORT-TERM EXPOSURE to source-specific FINE PARTICLE concentrations and cause-specific hospital admissions and emergency department visits: a time-stratified case-crossover study in Buffalo, NY

短期暴露于特定来源的细颗粒物浓度与特定原因的医院入院和急诊科就诊：纽约布法罗市的时间分层病例交叉研究

Annals of Epidemiology
IF3
2026-09-150
PRE
Xuewen Pei; Lina Mu; Muwu Xu; Harshita Sharma; Philip Hopke; Meng Wang
Characteristics, sources, and health risks of PM2.5-bound potentially toxic elements (PTEs) in Lagos, Nigeria

拉各斯（尼日利亚）PM<sub>2.5</sub>中潜在毒性元素（PTEs）的特征、来源与健康风险

Atmospheric Pollution Research
IF3.5
2026-09-030
PRE
Adebola Odu-Onikosi; Paul A. Solomon; Philip K. Hopke
An XGBoost-GAN framework for mapping PM2.5 and NO2 and exploring land-use scenarios in the Sichuan Basin

基于XGBoost-GAN框架的四川盆地PM2.5和NO2映射及土地利用情景探索

Land Use Policy
IF5.9
2026-08-010
OAAI
Chen, Junpai; Tian, Yuxuan; Yin, Junjie; Zhu, Xiaojing; Ma, Chenshuo; Zheng, Hao; Hopke, Philip K.; Zhang, Yuanxun
Characterization and sources of PM10 in Kuwait

科威特PM10的表征及来源

Atmospheric Environment
IF3.7
2026-07-100
PRE
Philip K. Hopke; Ali Al-Hemoud; Barrak Alahmad; Petros Koutrakis
Anthropogenic, biophysical, and climate-driven spatiotemporal dynamics of terrestrial ecosystem carbon sink capacity in the North China Plain region (2005–2024)

人为活动、生物物理和气候驱动的华北平原地区陆地生态系统碳汇容量时空动态（2005–2024）

Environmental Monitoring and Assessment
IF3
2026-07-070
PRE
Melese Genete Muluneh; Yuanxun Zhang; Philip K. Hopke; Ousseynou Traware; Lijing Wang; Junpai Chen
Unveiling primary and secondary sources of PM2.5 in a Chinese megacity using detailed organic and inorganic speciation and receptor modelling

利用详细的有机和无机组分分析及受体模型揭示中国特大城市PM2.5的一次和二次来源

Environmental Pollution
IF7.3
2026-07-020
OAAI
Anna Canals-Angerri; Philip K. Hopke; Yunfei Shangguan; Xueming Zhou; Xinguo Zhuang; Andrés Alastuey; Barend L. van Drooge; Xavier Querol
Atmospheric bulk deposition of microplastics in Jiuzhaigou World Natural Heritage Site: Tourism-associated divergence between particle number and polymer mass fluxes

九寨沟世界自然遗产地大气总沉降中的微塑料：与旅游相关的粒子数量和聚合物质量通量差异

Journal of Hazardous Materials
IF11.3
2026-06-210
PRE
Ting Liu; Yunqian Chen; Weiyang Xiao; Lv Zhou; Yutao Cao; Philip K. Hopke; Dongmei Liu; Jiangbin Shu; Hui Liu; Rongqiu Li; Xue Qiao
Local and Regional Influences on VOC Sources in the New York City Metropolitan Area

纽约市大都市区VOC源的本地和区域影响

Atmospheric Environment
IF3.7
2026-05-280
OAAI
Lucille Borlaza-Lacoste; Md. Aynul Bari; Cheng-Hsuan Lu; Philip K. Hopke
Exposure to source-specific VOCs around the Houston Ship Channel

休斯敦船渠周边特定来源挥发性有机物(VOCs)的暴露

Environmental Research
IF7.7
2026-05-140
OAAI
Philip K. Hopke; Juan M. Alvarez; Dong Hun Kang; Eun Sug Park; Lucille Borlaza-Lacoste; Baoshuang Liu; Elaine Symanski
Rapid construction of source profiles for atmospheric VOCs: methodology and case application

大气VOCs源谱的快速构建：方法学与案例应用

Atmospheric Environment
IF3.7
2026-05-060
PRE
Zejun Liu; Baoshuang Liu; Liuyang Wang; Xin Du; Sen Li; Yinchang Feng; Jiao Xu; Shaojie Song; Philip K. Hopke
Microplastics Journey in Wetland Ecosystems: From Air to Microlayer, to Subsurface Water and Sediment

湿地生态系统中的微塑料迁移：从大气到表层微层，再到次表层水和沉积物

Journal of Hazardous Materials Advances
IF7.7
2026-05-030
OAAI
Sajjad Abbasi; Donya Parvaresh; Neda Hashemi; Maryam Saemi-Komsari; Ali Faghih; Lingshi Yin; Nikolaos Evangeliou; Reda Dzingelevičienė; Nerijus Dzingelevičius; Philip Hopke
Mass Quantification and Polymer Characterization of Airborne Microplastics and Microrubbers in Tehran Metropolis: Distribution, Sources, and Fate

德黑兰大都市中空气中微塑料和微橡胶的质量定量与聚合物表征：分布、来源和归宿

Atmospheric Pollution Research
IF3.5
2026-05-030
PRE
Shahriyar Bazzazpour; Mohammad Yousefi; Abbas Shahsavani; Anoushiravan Mohseni-Bandpei; Philip K. Hopke; Majid Kermani; Marzieh Torabbeigi
Characteristics of the exposures to source-specific ambient VOCs in Lagos, Nigeria

拉各斯，尼日利亚特定来源环境VOCs的暴露特征

Environmental Research
IF7.7
2026-04-250
PRE
Adebola Odu-Onikosi; Philip K. Hopke; Paul A. Solomon
Biogeochemical Proxy Approaches to Understanding the Atmospheric Dynamics of Microplastics: Perspective and MP-GeoProxy Database

生物地球化学替代指标方法在理解微塑料大气动力学中的应用：视角与MP-GeoProxy数据库

ENVIRONMENTAL SCIENCE & TECHNOLOGY
IF11.3
2026-03-270
PRE
Sajjad Abbasi; Neda Hashemi; Christine Groot Zwaaftink; Nikolaos Evangeliou; Nick Middleton; Philip K. Hopke; Jeroen E. Sonke
Urbanization exacerbates riverine greenhouse gas (CO2, CH4, N2O) emissions on the Qinghai-Tibet Plateau

城市化加剧了青藏高原河流温室气体（CO2、CH4、N2O）排放

Journal of Environmental Management
IF8.4
2026-03-020
PRE
Yuwei Huang; Bangguo Wang; Shengying Ye; Queping Yang; Rui Xu; Jian Ma; Qinping Song; Philip K. Hopke; Yuejun He; Xin Zhang; Lijing Wang; Yuanxun Zhang
Spatially varying source contributions to ambient consumed VOCs driven by sea-land breeze recirculation in a coastal city

受海陆风循环影响的沿海城市环境中消耗性VOCs的空间变化源贡献

Journal of Hazardous Materials
IF11.3
2026-02-240
PRE
Yan Han; Zhongwei Luo; Baoshuang Liu; Liuli Diao; He Meng; Laiyuan Shi; Yufen Zhang; Yinchang Feng; Yang Chen; Philip K. Hopke
Advances in Emissions; Modeling; and Source Apportionment

排放进展；建模；及源解析

Environmental Science & Technology
IF11.3
2026-02-120
OA
Xiao Fu; Guannan Geng; Philip K. Hopke; Huizhong Shen
Understanding spatiotemporal variability in ambient sources of volatile organic compounds (VOCs) in the Calgary Metropolitan Region in Alberta, Canada

了解加拿大艾伯塔省卡尔加里都会区挥发性有机化合物 (voc) 环境来源的时空变化

Atmospheric Pollution Research
IF3.5
2026-02-020
PRE
Md.Aynul Bari; Philip K. Hopke; Darvensky M. Eugene; Angelos T. Anastasopolos; Keith Van Ryswvk; Ryan Kulka; Stefania Bertazzon; Markey Johnson
A comprehensive approach for detecting and locating black carbon in human placentae

一种检测和定位人体胎盘中黑碳的综合方法

air quality, atmosphere & health
IF0
2026-01-160
OAAI
Atsuo Chiu; Denise Ivey; Amanda Sanko; Barbara Tisdale; Philip J. Katzman; Thomas G. O’Connor; Kaye Thomas; Tanzy Love; Rogelio Perez-D’Gregorio; Carolyn M. Salafia; Richard K. Miller; Philip K. Hopke

Research Directions

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