排序方式： 共有56条查询结果，搜索用时 15 毫秒
41.
Torkashvand Javad Rezaei Kalantary Roshanak Heidari Neda Kazemi Zohre Kazemi Zahra Farzadkia Mahdi Amoohadi Vida Oshidari Yasaman 《Environmental science and pollution research international》2021,28(35):47741-47751
Environmental Science and Pollution Research - Landfilling is known to be the most widely used method in municipal solid waste management in many countries. Landfill leachate containing different... 相似文献
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Yousefi Mahmood Kermani Majid Farzadkia Mahdi Godini Kazem Torkashvand Javad 《Environmental science and pollution research international》2021,28(24):30452-30458
Environmental Science and Pollution Research - Cigarette butt (CB) is a crucial litter in urban communities because it may contain various toxicants. Due to serious limitations on... 相似文献
43.
Javad Naseryan Moghadam Nazmul Haque Mondol Per Aagaard Helge Hellevang 《Greenhouse Gases: Science and Technology》2016,6(6):752-774
In this study, the effective stress law for the permeability of two core plugs selected from Berea (Cleveland Quarries, OH, USA) and Knorringfjellet (Longyearbyen, Svalbard, Norway) sandstones is studied experimentally by measuring the core permeability (k) under varying confining stress (σc) and pore pressures (Pp). The obtained results demonstrate that the permeabilities of the two core plugs decrease with increasing σc or decreasing Pp. The effective stress coefficient for the permeability (αk) values are more than 1.0 for both sandstone core plugs indicating higher sensitivity of the permeability with respect to the applied Pp compared to the applied σc. The previously presented models for calculating αk, such as the Clay Free, Clay Shell, and Clay Particle models, are discussed and a new modified Clay Shell model considering spherical geometry is presented to account for the considerable contrast between the elastic moduli of quartz and clay minerals. The discussed models strongly depend on the magnitude of the considered elastic moduli for the clay minerals. While the Clay Shell and Clay Particle models are capable of describing the observed αk values by considering extremely low elastic moduli for clays, the new modified Clay Shell model is capable of predicting αk values by considering moderate to low values of elastic moduli of clays. The increasing trend of αk values by increasing the σc is discussed and a new correlation based on the observed k values for calculation of αk is presented. © 2016 Society of Chemical Industry and John Wiley & Sons, Ltd. 相似文献
44.
Maleki-Kakelar Mahdi Azarhoosh Mohammad Javad Golmohammadi Senji Sina Aghaeinejad-Meybodi Abbas 《Environmental science and pollution research international》2022,29(10):13767-13781
Environmental Science and Pollution Research - To commercialize the biocementation through microbial induced carbonate precipitation (MICP), the current study aimed at replacing the costly standard... 相似文献
45.
Evangelia Mitraka Maciej Gryszel Mikhail Vagin Mohammad Javad Jafari Amritpal Singh Magdalena Warczak Manassis Mitrakas Magnus Berggren Thomas Ederth Igor Zozoulenko Xavier Crispin Eric Daniel G&#x;owacki 《Advanced Sustainable Systems》2019,3(2)
Electrocatalysis for energy‐efficient chemical transformations is a central concept behind sustainable technologies. Numerous efforts focus on synthesizing hydrogen peroxide, a major industrial chemical and potential fuel, using simple and green methods. Electrochemical synthesis of peroxide is a promising route. Herein it is demonstrated that the conducting polymer poly(3,4‐ethylenedioxythiophene), PEDOT, is an efficient and selective heterogeneous catalyst for the direct reduction of oxygen to hydrogen peroxide. While many metallic catalysts are known to generate peroxide, they subsequently catalyze decomposition of peroxide to water. PEDOT electrodes can support continuous generation of high concentrations of peroxide with Faraday efficiency remaining close to 100%. The mechanisms of PEDOT‐catalyzed reduction of O2 to H2O2 using in situ spectroscopic techniques and theoretical calculations, which both corroborate the existence of a chemisorbed reactive intermediate on the polymer chains that kinetically favors the selective reduction reaction to H2O2, are explored. These results offer a viable method for peroxide electrosynthesis and open new possibilities for intrinsic catalytic properties of conducting polymers. 相似文献
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Sakhvidi Mohammad Javad Zare Zarei Abdorreza Hachesu Vida Rezaei Zolfaghari Ahmad 《Environmental science and pollution research international》2022,29(32):48340-48346
Environmental Science and Pollution Research - Benzene is a carcinogenic chemical substance which causes the injuries and damages through producing the free radicals in DNA (deoxyribonucleic acid)... 相似文献
48.
Alamatsaz Kayhan Ahmadi Abbas Mirzapour Al-e-hashem Seyed Mohammad Javad 《Environmental science and pollution research international》2022,29(4):5052-5071
Environmental Science and Pollution Research - Location-routing problem is a combination of facility location problem and vehicle routing problem. Numerous logistics problems have been extended to... 相似文献
49.
Ershadi Mohammad Javad Qhanadi Taghizadeh Omid Hadji Molana Seyyed Mohammad 《Environmental science and pollution research international》2021,28(23):29394-29411
Environmental Science and Pollution Research - Nowadays budget and schedule constraints have forced organizations to select six sigma projects based on pre-defined success criteria. Also,... 相似文献
50.
Mirsaleh Mirmohammadi Javad Gholamnejad Vahidoddin Fattahpour Pejman Seyedsadri Yousef Ghorbani 《Journal of environmental management》2009
This paper depicts the method used to quantify the environmental impact of mining activities in surface mine projects. The affected environment was broken down into thirteen components, such as Human health and immunity, Surface water, Air quality, etc. The effect of twenty impacting factors from the mining and milling activities was then calculated for each Environmental Component. Environmental assessments are often performed by using matrix methods in which one dimension of the matrix is the “Impacting Factor” and the other one is the “Environmental Components”. For the presented matrix method, each Impacting Factor was first given a magnitude between −10 and 10. These factors are used to set up a matrix named Impacting Factor Matrix, whose elements represent the Impacting Factor values. The effects of each Impacting Factor on each Environmental Component were then quantified by multiplying the Impacting Factor Matrix by Weighting Factor Matrix. The elements of the weighting factors matrix reflect the effects of each Impacting Factor on each Environmental Component. The outlined method was originally developed for a mining and milling operation in Iran, but it can successfully be used for mining ventures and more general industrial activities in other countries in accordance to their environmental regulations and laws. 相似文献