Desorption of MO from (a) PE, (b) PET, and (c) PS MPs under freshwater and simulated seawater environment.

<p>Desorption of MO from (a) PE, (b) PET, and (c) PS MPs under freshwater and simulated seawater environment.</p>

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Bibliographic Details
Main Author:	Ahsan Habib (512151) (author)
Other Authors:	Sayedunnesa Nishi (21799805) (author), Md. Muhaiminul Haque (21799808) (author), Md. Tauhiduzzaman (21799811) (author), Kobita Khatun (21799814) (author), Mst Shamima Akter (21799817) (author), Esrat Sultana (21799820) (author), Tapos Kumar Chakraborty (11037006) (author), Samina Zaman (11037021) (author), Gopal Chandra Ghosh (11037012) (author)
Published:	2025
Subjects:	Biochemistry Microbiology Cell Biology Ecology Immunology Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified scanning electron microscopy freundlich isotherm models 86 &# 8201 81 &# 8201 5 &# 8201 16 &# 8211 12 &# 8211 environmentally aged polyethylene environmentally aged pe 64 &# 8201 0 &# 8201 methyl orange dye methyl orange polyethylene terephthalate anionic dye mo dye xlink "> transport capacity study investigated study elucidates simulated seawater sem ). rsm ). relatively higher order kinetics optimum conditions neutral ph hydrogen bonding humic acid fit well aquatic environments 30 %) 19 %).
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