Scanning probe microscopy for energy research (World scientific series in nanoscience and nanotechnology, volume 7)/ [electronic resource] / Sergei V. Dawn A.;Kalinin Bonnell.
Call Number: Ebook Material type:
TextLanguage: English Publication details: World Scientific Publishing Co. Pte. Ltd., 2013.Description: 619 pISBN: - 9789814434706
- 9789814434713
Chapter, Lesson, Part INTRODUCTION.
Chapter, Lesson, Part CHAPTER 1: LOCAL PROBES IN THE NEXT DECADE OF ENERGY RESEARCH: BRIDGING MACROSCOPIC AND ATOMIC WORLDS.
Chapter, Lesson, Part PART I: SCANNING PROBES FOR ENERGY HARVESTING SYSTEMS: PHOTOVOLTAICS AND SOLAR CELLS.
Chapter, Lesson, Part CHAPTER 2: ELECTRICAL SCANNING PROBE MICROSCOPY ON SOLAR CELL MATERIALS.
Chapter, Lesson, Part CHAPTER 3: ORGANIC SOLAR CELL MATERIALS AND DEVICES CHARACTERIZED BY CONDUCTIVE AND PHOTOCONDUCTIVE ATOMIC FORCE MICROSCOPY.
Chapter, Lesson, Part CHAPTER 4: KELVIN PROBE FORCE MICROSCOPY FOR SOLAR CELL APPLICATIONS.
Chapter, Lesson, Part CHAPTER 5: REVERSIBLE RECTIFICATION IN SUB-MONOLAYER MOLECULAR P-N JUNCTIONS: TOWARDS NANOSCALE PHOTOVOLTAIC STUDIES.
Chapter, Lesson, Part CHAPTER 6: STUDY OF PHOTOINDUCED CHARGES WITH ATOMIC FORCE MICROSCOPY.
Chapter, Lesson, Part CHAPTER 7: IMAGING OF NANOSCALE PHOTOGENERATED CHARGE TRANSPORT IN ORGANIC PHOTOVOLTAIC MATERIALS.
Chapter, Lesson, Part CHAPTER 8: PHOTOASSISTED KELVIN PROBE FORCE MICROSCOPY FOR CHARACTERIZATION OF SOLAR CELL MATERIALS.
Chapter, Lesson, Part PART II: SCANNING PROBES FOR FUEL CELLS AND LOCAL ELECTROCHEMISTRY.
Chapter, Lesson, Part CHAPTER 9: ELECTROCHEMICAL STRAIN MICROSCOPY OF OXYGEN-ION CONDUCTORS: FUEL CELLS AND OXIDE ELECTRONICS.
Chapter, Lesson, Part CHAPTER 10: ION DYNAMICS IN NANOSCOPIC SUBVOLUMES OF SOLID ELECTROLYTES ANALYSED BY ELECTROSTATIC FORCE SPECTROSCOPY.
Chapter, Lesson, Part CHAPTER 11: NANOSCALE ELECTROCHEMISTRY IN ENERGY RELATED SYSTEMS USING ATOMIC FORCE MICROSCOPY.
Chapter, Lesson, Part CHAPTER 12: SCANNING PROBE MICROSCOPY OF FUEL CELL MATERIALS UNDER REALISTIC OPERATING CONDITIONS.
Chapter, Lesson, Part PART III: SCANNING PROBE MICROSCOPY OF ENERGY STORAGE MATERIALS AND DEVICES.
Chapter, Lesson, Part CHAPTER 13: IN SITU SPM ANALYSIS OF INTERFACIAL PHENOMENA IN LITHIUM-ION BATTERIES.
Chapter, Lesson, Part CHAPTER 14: CONDUCTING-PROBE ATOMIC FORCE MICROSCOPY OF ELECTROCHEMICAL INTERFACES.
Chapter, Lesson, Part CHAPTER 15: ELECTROCHEMICAL STRAIN MICROSCOPY OF LI-ION AND LI-AIR BATTERY MATERIALS*.
Chapter, Lesson, Part PART IV: EMERGING SCANNING PROBE TECHNIQUES.
Chapter, Lesson, Part CHAPTER 16: HIGH SENSITIVITY SCANNING IMPEDANCE MICROSCOPY AND SPECTROSCOPY.
Chapter, Lesson, Part CHAPTER 17: SCANNING MICROWAVE MICROSCOPY: ADVANCES IN QUANTITATIVE CAPACITANCE AND CARRIER DENSITY MEASUREMENTS AT THE NANOMETER SCALE.
Chapter, Lesson, Part CHAPTER 18: MAPPING ELECTROCHEMISTRY AT THE MICRO AND NANOSCALES WITH SCANNING ION CONDUCTANCE MICROSCOPY.
Chapter, Lesson, Part CHAPTER 19: FORCE MICROSCOPY, NANOCHEMISTRY AND NANOFABRICATION.
Chapter, Lesson, Part CHAPTER 20: STUDYING THE MECHANISM OF PIEZOELECTRIC NANOGENERATORS.
Cover, Title,Scanning probe microscopy for energy research (World scientific series in nanoscience and nanotechnology, volume 7)--Preface, Introduction, TOC,PREFACE--Preface, Introduction, TOC,CONTENTS--Preface, Introduction, TOC,LIST OF COLOR PLATES--References, Appendix, Index,INDEX.
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