Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310263604> ?p ?o ?g. }
- W4310263604 endingPage "774" @default.
- W4310263604 startingPage "764" @default.
- W4310263604 abstract "The prevention of calcite aggregation and scaling remains a challenging problem in aqueous based systems and environmental science. Decades of research studies have proposed microscopic mechanisms of aggregation control, but experiments at the nanoscale and molecular level are rarely conducted. Here we show that the nanoscale topographic features of calcite during its aggregation depend significantly on the intermolecular and surface forces involved in this process. By measuring the forces between a calcite or silica particle and a calcite surface in aqueous solutions using atomic force microscopy, we found that higher solution pH and inhibitor concentration and lower salinity resulted in a system of stronger repulsion and weaker adhesion, which is favorable for reducing the possibility of calcite aggregation and surface deposition. Conflicting roles of Mg2+ in calcite aggregation prevention, being positive in acidic pH and negative in alkaline pH, were also observed. The nanoscale structural changes of calcite, visualized by atomic force microscopy or scanning electron microscopy, indicated a size dependence of aggregated and deposited calcite crystals on the calcite-calcite and calcite-silica interactions, respectively. The generalized framework of the calcite aggregation mechanism achieved in this work can be extended to other types of systems and provides a basis for investigating the anti-aggregation strategy of calcite from industrial and environmental perspectives." @default.
- W4310263604 created "2022-11-30" @default.
- W4310263604 creator A5014867897 @default.
- W4310263604 creator A5018339079 @default.
- W4310263604 creator A5045441425 @default.
- W4310263604 creator A5049341927 @default.
- W4310263604 creator A5053655509 @default.
- W4310263604 creator A5055519603 @default.
- W4310263604 date "2023-03-01" @default.
- W4310263604 modified "2023-10-17" @default.
- W4310263604 title "Probing interaction forces associated with calcite scaling in aqueous solutions by atomic force microscopy" @default.
- W4310263604 cites W1594282911 @default.
- W4310263604 cites W1643676121 @default.
- W4310263604 cites W1982892186 @default.
- W4310263604 cites W1984219458 @default.
- W4310263604 cites W1996288037 @default.
- W4310263604 cites W1997002580 @default.
- W4310263604 cites W1998837657 @default.
- W4310263604 cites W2002242221 @default.
- W4310263604 cites W2003897812 @default.
- W4310263604 cites W2004992174 @default.
- W4310263604 cites W2012623949 @default.
- W4310263604 cites W2016135918 @default.
- W4310263604 cites W2022024542 @default.
- W4310263604 cites W2023480220 @default.
- W4310263604 cites W2027156662 @default.
- W4310263604 cites W2027818902 @default.
- W4310263604 cites W2042363248 @default.
- W4310263604 cites W2045594097 @default.
- W4310263604 cites W2053267178 @default.
- W4310263604 cites W2064124097 @default.
- W4310263604 cites W2064999318 @default.
- W4310263604 cites W2069528172 @default.
- W4310263604 cites W2076076242 @default.
- W4310263604 cites W2082694249 @default.
- W4310263604 cites W2088503745 @default.
- W4310263604 cites W2091395145 @default.
- W4310263604 cites W2107655076 @default.
- W4310263604 cites W2131621038 @default.
- W4310263604 cites W2134714864 @default.
- W4310263604 cites W2139880552 @default.
- W4310263604 cites W2152761582 @default.
- W4310263604 cites W2156343186 @default.
- W4310263604 cites W2293201919 @default.
- W4310263604 cites W2330295200 @default.
- W4310263604 cites W2334740372 @default.
- W4310263604 cites W2460791698 @default.
- W4310263604 cites W2517004829 @default.
- W4310263604 cites W2524601035 @default.
- W4310263604 cites W2565859130 @default.
- W4310263604 cites W2746960685 @default.
- W4310263604 cites W2753844977 @default.
- W4310263604 cites W2767984553 @default.
- W4310263604 cites W2793376656 @default.
- W4310263604 cites W2806116200 @default.
- W4310263604 cites W2939825941 @default.
- W4310263604 cites W2955782819 @default.
- W4310263604 cites W2955929577 @default.
- W4310263604 cites W2976621052 @default.
- W4310263604 cites W3011423422 @default.
- W4310263604 cites W3031441720 @default.
- W4310263604 cites W3033925322 @default.
- W4310263604 cites W3035196365 @default.
- W4310263604 cites W3037547332 @default.
- W4310263604 cites W3044107965 @default.
- W4310263604 cites W3044192321 @default.
- W4310263604 cites W3084105976 @default.
- W4310263604 cites W3092223833 @default.
- W4310263604 cites W3109469396 @default.
- W4310263604 cites W3111743540 @default.
- W4310263604 cites W3124036950 @default.
- W4310263604 cites W3162807027 @default.
- W4310263604 cites W3193930588 @default.
- W4310263604 cites W4205963945 @default.
- W4310263604 cites W4212841973 @default.
- W4310263604 cites W4221095997 @default.
- W4310263604 cites W4224042364 @default.
- W4310263604 cites W4287511863 @default.
- W4310263604 cites W4288737716 @default.
- W4310263604 cites W4296690272 @default.
- W4310263604 cites W848266967 @default.
- W4310263604 doi "https://doi.org/10.1016/j.jcis.2022.11.114" @default.
- W4310263604 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36481427" @default.
- W4310263604 hasPublicationYear "2023" @default.
- W4310263604 type Work @default.
- W4310263604 citedByCount "1" @default.
- W4310263604 countsByYear W43102636042023 @default.
- W4310263604 crossrefType "journal-article" @default.
- W4310263604 hasAuthorship W4310263604A5014867897 @default.
- W4310263604 hasAuthorship W4310263604A5018339079 @default.
- W4310263604 hasAuthorship W4310263604A5045441425 @default.
- W4310263604 hasAuthorship W4310263604A5049341927 @default.
- W4310263604 hasAuthorship W4310263604A5053655509 @default.
- W4310263604 hasAuthorship W4310263604A5055519603 @default.
- W4310263604 hasConcept C102951782 @default.
- W4310263604 hasConcept C127413603 @default.
- W4310263604 hasConcept C171250308 @default.
- W4310263604 hasConcept C178790620 @default.