Rare Earth Metal Organic Framework Hybrid Materials for Luminescence Responsive Chemical Sensors 1st Edition by Bing Yan ISBN 9780323912365 0323912362

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Product details:

ISBN 10: 0323912362
ISBN 13: 9780323912365
Author: Bing Yan

Rare Earth Metal-Organic Framework Hybrid Materials for Luminescence Responsive Chemical Sensors primarily focuses on rare earth functionalized metal-organic framework (MOF) hybrid materials for sensing applications. Sections cover an introduction to the field and key concepts like luminescence, rare earth ion luminescence and luminescence response for chemical sensing. Other section emphasize the luminescence response mode and sensing mechanisms of these important materials, including single mode and dual mode sensing, as well as chemical sensing mechanisms. Final sections outline different kinds of sensing analytes by rare earth functionalized MOFs hybrids and delve into emerging application.

This book is suitable for materials scientists and engineers, materials chemists, chemists and chemical engineers. In addition, the material is appropriate for those working in academia and R&D in industry.

• Authored by one of the world’s leading experts on rare earth metal-organic framework hybrid materials
• Introduces advanced concepts in luminescence and sensing mechanisms of metal-organic framework hybrid materials
• Discusses the use of luminescence responsive chemical sensors (based on metal organic frameworks) for logic gate or imaging applications

Rare Earth Metal Organic Framework Hybrid Materials for Luminescence Responsive Chemical Sensors 1st Edition Table of contents:

Part I: Introduction for rare earth metal-organic frameworks hybrid materials

Chapter 1: Metal-organic frameworks (MOFs), rare earth MOFs, and rare earth functionalized MOF hybrid materials

Abstract

1.1: Metal-organic frameworks (MOFs)

1.2: Rare earth metal-organic frameworks (REMOFs)

1.3: Rare earth functionalized metal-organic framework hybrid materials (REFMOFHs)

References

Chapter 2: Rare earth luminescence, MOFs luminescence, rare earth MOFs hybrid materials luminescence, luminescence response, and chemical sensing

Abstract

2.1: Rare earth ion luminescence

2.2: Rare earth complex molecule luminescence

2.3: MOFs luminescence

2.4: Rare earth MOFs hybrid materials luminescence

2.5: Luminescence for rare earth functionalized MOFs hybrid materials

2.6: Luminescence response for chemical sensing of rare earth MOFs hybrid materials

References

Part II: Luminescent response mode and sensing mechanisms in rare earth metal-organic frameworks hybrid materials

Chapter 3: Single mode for luminescence responsive chemical sensing in rare earth metal-organic framework hybrid materials

Abstract

3.1: Introduction for luminescence response of metal-organic frameworks

3.2: “Turn-off” luminescence response chemical sensing for rare earth metal-organic framework hybrid materials

3.3: “Turn-On” luminescence response chemical sensing for rare earth metal-organic framework hybrid materials

3.4: “Turn-on-off-on” luminescence response chemical sensing for rare earth metal-organic framework hybrid materials

3.5: Both “Turn-On” and “Turn-Off” luminescence response chemical sensing on different analytes for rare earth MOF hybrid materials

References

Chapter 4: Dual mode for ratiometric luminescence responsive chemical sensing for rare earth metal-organic framework hybrid materials

Abstract

4.1: Dual mode for ratiometric luminescence (RL) responsive chemical sensing of MOFs materials

4.2: Dual rare earth ion luminescence for ratiometric luminescence sensing in rare earth metal-organic framework hybrid materials

4.3: Ligand (linker) and RE3+ ions through energy transfer “antenna effect” for ratiometric luminescence sensing in rare earth metal-organic framework hybrid materials

4.4: Embedding additional luminescent species for ratiometric luminescence sensing in rare earth metal-organic framework hybrid materials

4.5: Single rare earth functionalized metal-organic framework hybrid materials for ratiometric luminescence sensing

References

Chapter 5: Luminescence responsive sensing mechanism in rare earth metal-organic framework hybrid materials

Abstracts

5.1: The luminescence responsive sensing mechanism for metal-organic framework-based materials

5.2: The LMET for luminescence response on chemical sensing in rare earth metal-organic framework hybrid materials

5.3: The photo-induced energy transfer (PET) and fluorescence (Förster) resonance energy transfer (FRET) for luminescence response for chemical sensing in rare earth metal-organic framework hybrid materials

5.4: Special interactions for luminescence response on chemical sensing in rare earth metal-organic framework hybrid materials

References

Part III: Rare earth metal-organic frameworks hybrid materials as luminescence response chemical sensors for typical ionic analytes

Chapter 6: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of metal ions (I)

Abstract

6.1: Luminescence responsive sensing of Fe3 + using rare earth metal-organic framework hybrid materials

6.2: Luminescence responsive sensing of Fe2 + or Fe3 +/Fe2 + using rare earth metal-organic framework hybrid materials

6.3: Luminescence responsive sensing of Cu2 + using rare earth metal-organic framework hybrid materials

6.4: Luminescence responsive sensing of Zn2 + using rare earth metal-organic framework hybrid materials

6.5: Luminescence responsive sensing of multimetal cations using rare earth metal-organic framework hybrid materials

References

Chapter 7: Rare earth metal-organic framework hybrid materials for luminescence responsive sensing of metal ions (II)

Abstract

7.1: Luminescence responsive sensing of Hg2 + using rare earth metal-organic framework hybrid materials

7.2: Luminescence responsive sensing of Cd2 + using rare earth metal-organic framework hybrid materials

7.3: Luminescence responsive sensing of Pb2 + using rare earth metal-organic framework hybrid materials

7.4: Luminescence responsive sensing of Cr3 + using rare earth metal-organic framework hybrid materials

7.5: Luminescence responsive sensing of Al3 + using rare earth metal-organic framework hybrid materials

7.6: Luminescence responsive sensing of Ag+ using rare earth metal-organic framework hybrid materials

7.7: Luminescence responsive sensing of Co2 +/Ni2 + using rare earth metal-organic framework hybrid materials

7.8: Luminescence responsive sensing of f-block metal ions using rare earth metal-organic framework hybrid materials

References

Chapter 8: Rare earth metal-organic framework hybrid material for luminescence responsive chemical sensing of anions

Abstract

8.1: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of fluoride (F−) ions

8.2: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of other simple anions (S2−, HS−, and SCN−)

8.3: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of main group element oxysalt anions

8.4: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of transition metal oxysalts anions

References

Part IV: Rare earth metal-organic frameworks hybrid materials as luminescence response chemical sensors for typical molecular analytes

Chapter 9: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of general molecules

Abstract

9.1: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of inorganic molecules

9.2: Rare earth metal-organic framework for luminescence responsive chemical sensing of general organic molecules

9.3: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of general organic pollutant molecules

References

Chapter 10: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of special molecule species

Abstract

10.1: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of biomolecular species

10.2: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of antibiotics and drugs

10.3: Rare earth metal-organic framework hybrid materials for luminescence sensing of nitroaromatic explosives (NAE) and other special dangerous species

References

Chapter 11: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of biomarkers

Abstract

11.1: Biomarkers and their chemical sensing

11.2: Rare earth metal-organic framework materials for luminescence responsive chemical sensing of biomarkers

11.3: Rare earth functionalized metal-organic framework hybrid materials for luminescence responsive chemical sensing of biomarkers

References

Part V: Rare earth metal-organic frameworks hybrid materials as luminescence response chemical sensors for others and applications

Chapter 12: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of temperature and pH value

Abstracts

12.1: Rare earth metal-organic framework hybrid materials for luminescence sensing of temperature

12.2: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing of pH value

References

Chapter 13: Molecular logic gate operations of rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing

Abstract

13.1: Molecular Boolean logic gates

13.2: Luminescence responsive sensing of rare earth metal-organic framework hybrid materials on luminescence for Boolean logic gates

13.3: Luminescence responsive chemical sensing of rare earth metal-organic framework hybrid materials for intelligent molecular searcher applications

References

Chapter 14: Rare earth metal-organic framework hybrid materials for luminescence responsive chemical sensing imaging

Abstract

References

Part VI: Summary and prospect for rare earth metal-organic frameworks hybrid materials as luminescence response chemical sensors

Chapter 15: Summary and prospects

Abstract

15.1: Postsynthetic modification to construct rare earth metal-organic framework hybrid materials

15.2: Luminescence responsive mode and chemical sensing mechanism for rare earth metal-organic framework hybrid materials

15.3: Luminescence responsive chemical sensing of analytes for rare earth metal-organic framework hybrid materials

15.4: Luminescence responsive chemical sensing application for rare earth metal-organic framework hybrid materials

References

Index

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Bing Yan,Rare Earth,Metal Organic Framework,Hybrid Materials,Luminescence Responsive Chemical