Matches in SemOpenAlex for { <https://semopenalex.org/work/W2895847270> ?p ?o ?g. }
- W2895847270 endingPage "153" @default.
- W2895847270 startingPage "146" @default.
- W2895847270 abstract "In this study, we selected the stainless-steel mesh as the electrode material, supplemented with conventional power ultrasound in the electrochemical degradation of the chlorpyrifos effluent. The effect of different operating conditions, such as voltage, initial electrolyte concentration, temperature and ultrasonic power were investigated with synthetic effluent to gain the most efficient degradation rate. The best reaction parameters were: voltage of 20 V, electrolyte concentration of 2 mg L−1, ultrasonic power of 200 W, as well as 20 °C, which led to 93.3% and 72.8% of degradation in US-EC and EC system. Applying higher concentrations of electrolyte (sodium sulfate) and higher voltages, the chlorpyrifos solution can be more efficiently degraded with a high synergy of 37%. The degradation of chlorpyrifos followed pseudo-first-order kinetics." @default.
- W2895847270 created "2018-10-26" @default.
- W2895847270 creator A5001554579 @default.
- W2895847270 creator A5005567919 @default.
- W2895847270 creator A5015411122 @default.
- W2895847270 creator A5026274651 @default.
- W2895847270 creator A5028664366 @default.
- W2895847270 creator A5030978586 @default.
- W2895847270 creator A5034843029 @default.
- W2895847270 creator A5037786090 @default.
- W2895847270 creator A5055148552 @default.
- W2895847270 creator A5077844828 @default.
- W2895847270 creator A5078497097 @default.
- W2895847270 date "2019-03-01" @default.
- W2895847270 modified "2023-10-14" @default.
- W2895847270 title "Efficient sonoelectrochemical decomposition of chlorpyrifos in aqueous solution" @default.
- W2895847270 cites W1963489932 @default.
- W2895847270 cites W1964754775 @default.
- W2895847270 cites W1966987274 @default.
- W2895847270 cites W1967089785 @default.
- W2895847270 cites W1968827772 @default.
- W2895847270 cites W1976771395 @default.
- W2895847270 cites W1976858108 @default.
- W2895847270 cites W1977145481 @default.
- W2895847270 cites W1978400098 @default.
- W2895847270 cites W1981207990 @default.
- W2895847270 cites W1983878125 @default.
- W2895847270 cites W1988282587 @default.
- W2895847270 cites W1990540988 @default.
- W2895847270 cites W1991830983 @default.
- W2895847270 cites W2002942359 @default.
- W2895847270 cites W2003648205 @default.
- W2895847270 cites W2003884417 @default.
- W2895847270 cites W2009420486 @default.
- W2895847270 cites W2009789896 @default.
- W2895847270 cites W2010812522 @default.
- W2895847270 cites W2012727787 @default.
- W2895847270 cites W2020159290 @default.
- W2895847270 cites W2021358274 @default.
- W2895847270 cites W2022322489 @default.
- W2895847270 cites W2028246676 @default.
- W2895847270 cites W2028372058 @default.
- W2895847270 cites W2029378620 @default.
- W2895847270 cites W2030896637 @default.
- W2895847270 cites W2035123591 @default.
- W2895847270 cites W2037990269 @default.
- W2895847270 cites W2039269893 @default.
- W2895847270 cites W2041142688 @default.
- W2895847270 cites W2055300264 @default.
- W2895847270 cites W2055537543 @default.
- W2895847270 cites W2057918948 @default.
- W2895847270 cites W2059910836 @default.
- W2895847270 cites W2069134412 @default.
- W2895847270 cites W2076075188 @default.
- W2895847270 cites W2080824589 @default.
- W2895847270 cites W2081612482 @default.
- W2895847270 cites W2091777721 @default.
- W2895847270 cites W2096978471 @default.
- W2895847270 cites W2099753445 @default.
- W2895847270 cites W2131491403 @default.
- W2895847270 cites W2162748063 @default.
- W2895847270 cites W2170303179 @default.
- W2895847270 cites W2178316268 @default.
- W2895847270 cites W2195726484 @default.
- W2895847270 cites W2323328544 @default.
- W2895847270 cites W2327059500 @default.
- W2895847270 cites W2331713488 @default.
- W2895847270 cites W2422814097 @default.
- W2895847270 cites W2462226888 @default.
- W2895847270 cites W2508274757 @default.
- W2895847270 doi "https://doi.org/10.1016/j.microc.2018.10.032" @default.
- W2895847270 hasPublicationYear "2019" @default.
- W2895847270 type Work @default.
- W2895847270 sameAs 2895847270 @default.
- W2895847270 citedByCount "26" @default.
- W2895847270 countsByYear W28958472702019 @default.
- W2895847270 countsByYear W28958472702020 @default.
- W2895847270 countsByYear W28958472702021 @default.
- W2895847270 countsByYear W28958472702022 @default.
- W2895847270 countsByYear W28958472702023 @default.
- W2895847270 crossrefType "journal-article" @default.
- W2895847270 hasAuthorship W2895847270A5001554579 @default.
- W2895847270 hasAuthorship W2895847270A5005567919 @default.
- W2895847270 hasAuthorship W2895847270A5015411122 @default.
- W2895847270 hasAuthorship W2895847270A5026274651 @default.
- W2895847270 hasAuthorship W2895847270A5028664366 @default.
- W2895847270 hasAuthorship W2895847270A5030978586 @default.
- W2895847270 hasAuthorship W2895847270A5034843029 @default.
- W2895847270 hasAuthorship W2895847270A5037786090 @default.
- W2895847270 hasAuthorship W2895847270A5055148552 @default.
- W2895847270 hasAuthorship W2895847270A5077844828 @default.
- W2895847270 hasAuthorship W2895847270A5078497097 @default.
- W2895847270 hasConcept C119599485 @default.
- W2895847270 hasConcept C124681953 @default.
- W2895847270 hasConcept C127413603 @default.
- W2895847270 hasConcept C13965031 @default.
- W2895847270 hasConcept C147455438 @default.
- W2895847270 hasConcept C147789679 @default.