Functionalized Nanoclays
portes grátis
Functionalized Nanoclays
Synthesis and Design for Industrial Applications
Mustansar Hussain, Chaudhery; Mallakpour, Shadpour
Elsevier - Health Sciences Division
12/2024
710
Mole
Inglês
9780443158940
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Section 1: Functionalized Nanoclays: Fundamental and Opportunities
1. Natural Nanoclays
2. Synthetic Nanoclays: Synthesis and Physico-chemical characterization
3. Clays composites: advanced imaging methods
4. Computational methods: a tool for nanoclays investigation at molecular level
5. Functionalized Nanoclays with hybrid nanocomposites
Section 2: Theoretical Aspects of Functionalized Nanoclays
6. Functionalized Nanoclays from Lab to Fab
7. Mathematical & Computational modelling of Functionalized Nanoclays
Section 3: Selections & Synthesis of Functionalized Nanoclays
8. Variety method of synthesis and fabrications
9. Sustainable & Green Synthesis techniques for Functionalized Nanoclays
Section 4: Industrial Applications of Functionalized Nanoclays
10. Functionalized Nanoclays in Pharmaceutical industry
11. Functionalized Nanoclays in Biomedical Industry
12. Functionalized Nanoclays in Environmental Industry
13. Functionalized Nanoclays in Drug delivery Industry
14. Functionalized Nanoclays in Additives for oils, lubricants, and fuels Industry
15. Functionalized Nanoclays in Additives for rubber and tire Industry
16. Functionalized Nanoclays in catalysis industry
17. Functionalized Nanoclays in textile industry
18. Functionalized Nanoclays in sport goods industry
19. Functionalized Nanoclays in bioactive materials
20. Functionalized Nanoclays in food and food packaging industry
21. Functionalized Nanoclays in household goods
22. Functionalized Nanoclays for applications in cosmetics and as lubricants
23. Functionalized Nanoclays in Emerging Applications (aerospace, automotive aerospace, automotive, additive manufacturing, electrochemistry)
Section 5: Real case studies for the industrial applications of the functionalized nanoclays
24. Case Studies for the industrial applications
Section 6: Commercialization & Standardization for Functionalized Nanoclays
25. Environmental, Legal, Health and Safety Issues of Functionalized Nanoclays
26. Variety methods and techniques for Commercialization & Standardization for Functionalized Nanoclays
27. Conclusion: Future of Functionalized Nanoclays
1. Natural Nanoclays
2. Synthetic Nanoclays: Synthesis and Physico-chemical characterization
3. Clays composites: advanced imaging methods
4. Computational methods: a tool for nanoclays investigation at molecular level
5. Functionalized Nanoclays with hybrid nanocomposites
Section 2: Theoretical Aspects of Functionalized Nanoclays
6. Functionalized Nanoclays from Lab to Fab
7. Mathematical & Computational modelling of Functionalized Nanoclays
Section 3: Selections & Synthesis of Functionalized Nanoclays
8. Variety method of synthesis and fabrications
9. Sustainable & Green Synthesis techniques for Functionalized Nanoclays
Section 4: Industrial Applications of Functionalized Nanoclays
10. Functionalized Nanoclays in Pharmaceutical industry
11. Functionalized Nanoclays in Biomedical Industry
12. Functionalized Nanoclays in Environmental Industry
13. Functionalized Nanoclays in Drug delivery Industry
14. Functionalized Nanoclays in Additives for oils, lubricants, and fuels Industry
15. Functionalized Nanoclays in Additives for rubber and tire Industry
16. Functionalized Nanoclays in catalysis industry
17. Functionalized Nanoclays in textile industry
18. Functionalized Nanoclays in sport goods industry
19. Functionalized Nanoclays in bioactive materials
20. Functionalized Nanoclays in food and food packaging industry
21. Functionalized Nanoclays in household goods
22. Functionalized Nanoclays for applications in cosmetics and as lubricants
23. Functionalized Nanoclays in Emerging Applications (aerospace, automotive aerospace, automotive, additive manufacturing, electrochemistry)
Section 5: Real case studies for the industrial applications of the functionalized nanoclays
24. Case Studies for the industrial applications
Section 6: Commercialization & Standardization for Functionalized Nanoclays
25. Environmental, Legal, Health and Safety Issues of Functionalized Nanoclays
26. Variety methods and techniques for Commercialization & Standardization for Functionalized Nanoclays
27. Conclusion: Future of Functionalized Nanoclays
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clays minerals; clays composites; functional clay nanocomposite; halloysite nanoclay; nanoclay sheets; nanomaterials; clay nanoparticles; nanomaterials
Section 1: Functionalized Nanoclays: Fundamental and Opportunities
1. Natural Nanoclays
2. Synthetic Nanoclays: Synthesis and Physico-chemical characterization
3. Clays composites: advanced imaging methods
4. Computational methods: a tool for nanoclays investigation at molecular level
5. Functionalized Nanoclays with hybrid nanocomposites
Section 2: Theoretical Aspects of Functionalized Nanoclays
6. Functionalized Nanoclays from Lab to Fab
7. Mathematical & Computational modelling of Functionalized Nanoclays
Section 3: Selections & Synthesis of Functionalized Nanoclays
8. Variety method of synthesis and fabrications
9. Sustainable & Green Synthesis techniques for Functionalized Nanoclays
Section 4: Industrial Applications of Functionalized Nanoclays
10. Functionalized Nanoclays in Pharmaceutical industry
11. Functionalized Nanoclays in Biomedical Industry
12. Functionalized Nanoclays in Environmental Industry
13. Functionalized Nanoclays in Drug delivery Industry
14. Functionalized Nanoclays in Additives for oils, lubricants, and fuels Industry
15. Functionalized Nanoclays in Additives for rubber and tire Industry
16. Functionalized Nanoclays in catalysis industry
17. Functionalized Nanoclays in textile industry
18. Functionalized Nanoclays in sport goods industry
19. Functionalized Nanoclays in bioactive materials
20. Functionalized Nanoclays in food and food packaging industry
21. Functionalized Nanoclays in household goods
22. Functionalized Nanoclays for applications in cosmetics and as lubricants
23. Functionalized Nanoclays in Emerging Applications (aerospace, automotive aerospace, automotive, additive manufacturing, electrochemistry)
Section 5: Real case studies for the industrial applications of the functionalized nanoclays
24. Case Studies for the industrial applications
Section 6: Commercialization & Standardization for Functionalized Nanoclays
25. Environmental, Legal, Health and Safety Issues of Functionalized Nanoclays
26. Variety methods and techniques for Commercialization & Standardization for Functionalized Nanoclays
27. Conclusion: Future of Functionalized Nanoclays
1. Natural Nanoclays
2. Synthetic Nanoclays: Synthesis and Physico-chemical characterization
3. Clays composites: advanced imaging methods
4. Computational methods: a tool for nanoclays investigation at molecular level
5. Functionalized Nanoclays with hybrid nanocomposites
Section 2: Theoretical Aspects of Functionalized Nanoclays
6. Functionalized Nanoclays from Lab to Fab
7. Mathematical & Computational modelling of Functionalized Nanoclays
Section 3: Selections & Synthesis of Functionalized Nanoclays
8. Variety method of synthesis and fabrications
9. Sustainable & Green Synthesis techniques for Functionalized Nanoclays
Section 4: Industrial Applications of Functionalized Nanoclays
10. Functionalized Nanoclays in Pharmaceutical industry
11. Functionalized Nanoclays in Biomedical Industry
12. Functionalized Nanoclays in Environmental Industry
13. Functionalized Nanoclays in Drug delivery Industry
14. Functionalized Nanoclays in Additives for oils, lubricants, and fuels Industry
15. Functionalized Nanoclays in Additives for rubber and tire Industry
16. Functionalized Nanoclays in catalysis industry
17. Functionalized Nanoclays in textile industry
18. Functionalized Nanoclays in sport goods industry
19. Functionalized Nanoclays in bioactive materials
20. Functionalized Nanoclays in food and food packaging industry
21. Functionalized Nanoclays in household goods
22. Functionalized Nanoclays for applications in cosmetics and as lubricants
23. Functionalized Nanoclays in Emerging Applications (aerospace, automotive aerospace, automotive, additive manufacturing, electrochemistry)
Section 5: Real case studies for the industrial applications of the functionalized nanoclays
24. Case Studies for the industrial applications
Section 6: Commercialization & Standardization for Functionalized Nanoclays
25. Environmental, Legal, Health and Safety Issues of Functionalized Nanoclays
26. Variety methods and techniques for Commercialization & Standardization for Functionalized Nanoclays
27. Conclusion: Future of Functionalized Nanoclays
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.