Inside R&D--Research and Development Initiatives in Energy Storage, Clean Energy Generation, Self-Healing Gels, and Optical Imaging

Inside R&D--Research and Development Initiatives in Energy Storage, Clean Energy Generation, Self-Healing Gels, and Optical Imaging

RELEASE DATE
22-Jan-2016
REGION
Global
Research Code: D707-00-03-00-00
SKU: EG01696-GL-TA_19298
$250.00
In stock
SKU
EG01696-GL-TA_19298
$250.00
DownloadLink

Pay by invoice

ENQUIRE NOW

Description

This edition of Inside R&D depicts the current landscape and new trends in a series of developments associated with innovations in energy storage, clean energy generation, self-healing gels, and optical imaging technologies. Regarding energy, emphasis has been made on 3D imaging technologies evaluating battery degradation, new gel-based innovations to enhance durability of electrical circuits, techniques related to artificial photosynthesis to improve conversion efficiency, as well as, more frugal innovation technologies from smartphones and other electronic devices using optical imaging, and improved biomass combustion.

Keywords: Energy storage, clean energy generation, self-healing gels, optical imaging, 3D imaging, battery degradation, enhanced durability, electrical circuits, artificial photosynthesis, conversion efficiency, smartphone-based optical imaging, advanced combustion unit, biomass

Table of Contents

Innovations in Energy Storage, Clean Energy Generation, Self-Healing Gels, and Optical Imaging

  • 3D Imaging of Battery Degradation
  • Self-Healing Super-Gel to Enhance Durability of Electrical Circuits
  • Artificial Photosynthesis with Better Conversion Efficiency
  • Low-Cost, Smartphone-based Optical Imaging
  • Advanced Combustion Unit for Biomass
Related Research
This edition of Inside R&D depicts the current landscape and new trends in a series of developments associated with innovations in energy storage, clean energy generation, self-healing gels, and optical imaging technologies. Regarding energy, emphasis has been made on 3D imaging technologies evaluating battery degradation, new gel-based innovations to enhance durability of electrical circuits, techniques related to artificial photosynthesis to improve conversion efficiency, as well as, more frugal innovation technologies from smartphones and other electronic devices using optical imaging, and improved biomass combustion. Keywords: Energy storage, clean energy generation, self-healing gels, optical imaging, 3D imaging, battery degradation, enhanced durability, electrical circuits, artificial photosynthesis, conversion efficiency, smartphone-based optical imaging, advanced combustion unit, biomass
More Information
No Index No
Podcast No
Industries Energy
WIP Number D707-00-03-00-00
Keyword 1 Energy storage
Keyword 2 clean energy generation
Keyword 3 self-healing gels
Is Prebook No
Ti Codes D707