ฉันรักการแปลThe TiO2 photocatalytic

ฉันรักการแปลThe TiO2 photocatalytic degradation of oxacillin (OXA) in synthetic and natural waters was studied. The matrix effects, in terms of antibiotic and antimicrobial activity removal, were evaluated in the presence of iron ions, natural mineral water and additives contained in commercial formulations of the antibiotic. A slight improvement in degradation was observed in the presence of iron ions. On the other hand, the presence of excipients in a commercial formulation or inorganic ions in natural mineral water slightly inhibited the efficiency of the system. An experimental design using pH, catalyst load and light intensity as variables was also evaluated. The best performances were achieved at natural pH (∼6.0) using 2.0 g L−1 of TiO2 with 150 W of applied power. The evaluation of OXA concentration indicated that the photodegradation process showed a Langmiur–Hinshewoold kinetic model. The extent of the process was evaluated following the evolution of chemical oxygen demand (COD) and dissolved organic carbon (DOC). Total removal of both, the antibiotic and its antimicrobial activity, was achieved after 120 min; while 100% of mineralization was observed within 480 min of treatment. Finally, five by-products were identified, the degradation routes were elucidated and a schema of the antibiotic degradation was proposed.

ผลลัพธ์ (อังกฤษ) 1:

I love The TiO2 photocatalytic degradation of translation oxacillin (OXA) was studied in synthetic and natural waters. The matrix effects, antibiotic and antimicrobial activity in terms of removal were evaluated in the presence of, iron ions, water and natural mineral additives contained in commercial formulations of A slight improvement in the antibiotic. degradation was observed in the presence of iron ions On the other hand, the 3270 presence in a commercial formulation of excipients or inorganic ions in natural mineral water of the slightly inhibited the efficiency system design using An experimental pH., light intensity as catalyst and load variables was also evaluated at The best performances were achieved. the natural pH (6.0 ∼) 2.0 g L − 1 of using TiO2 with 150 W of power applied. The evaluation indicated that the concentration of OXA photodegradation process showed a Langmiur – Hinshewoold The extent of the kinetic model. the process was evaluated following the evolution of chemical oxygen demand (COD) and dissolved organic carbon (DOC) of the Total removal and its antibiotic both, antimicrobial activity, was achieved after 120 min; 100% of mineralization was observed while within 480 min of treatment were identified, five by-products. Finally, the degradation routes were elucidated and a degradation of the antibiotic was proposed schema.

ผลลัพธ์ (อังกฤษ) 2:

I love to translate The TiO2 photocatalytic degradation of oxacillin (OXA) in synthetic and natural waters was studied. The matrix effects, in terms of antibiotic and antimicrobial activity removal, were evaluated in the presence of iron ions, natural mineral water and additives contained in. commercial formulations of the antibiotic. A slight improvement in degradation was observed in the presence of iron ions. On the other hand, the presence of excipients in a commercial formulation or inorganic ions in natural mineral water slightly inhibited the efficiency of the system. An experimental. design using pH, catalyst load and light intensity as variables was also evaluated. The best performances were achieved at natural pH (~6.0) using 2.0 g L-1 of TiO2 with 150 W of applied power. The evaluation of OXA concentration indicated that the. photodegradation process showed a Langmiur-Hinshewoold kinetic model. The extent of the process was evaluated following the evolution of chemical oxygen demand (COD) and dissolved organic carbon (DOC). Total removal of both, the antibiotic and its antimicrobial activity, was achieved after. 120 min; while 100% of mineralization was observed within 480 min of treatment. Finally, five by-products were identified, the degradation routes were elucidated and a schema of the antibiotic degradation was proposed.

ผลลัพธ์ (อังกฤษ) 3:

I love The translation TiO2 photocatalytic degradation of oxacillin (OXA) in synthetic and natural waters was studied. The matrix. Effects in terms, of antibiotic and antimicrobial, activity removal were evaluated in the presence of, iron ions natural. Mineral water and additives contained in commercial formulations of the antibiotic.A slight improvement in degradation was observed in the presence of iron ions. On the, other hand the presence of excipients. In a commercial formulation or inorganic ions in natural mineral water slightly inhibited the efficiency of the, system. An experimental design, using pH catalyst load and light intensity as variables was also evaluated.The best performances were achieved at natural pH (∼ 6.0) using 2.0 g L − 1 of TiO2 with 150 W of applied power. The evaluation. Of OXA concentration indicated that the photodegradation process showed a Langmiur - Hinshewoold kinetic model. The extent. Of the process was evaluated following the evolution of chemical oxygen demand (COD) and dissolved organic carbon (DOC).? Total removal, of bothThe antibiotic and its antimicrobial activity was achieved, after 120 min; while 100% of mineralization was observed within 480 min. Of treatment. Finally five by-products, were identified the degradation, routes were elucidated and a schema of the antibiotic. Degradation was proposed.