Search ResultsElectronic Resources 
by
Zhang, Jun, author.
Format:
Excerpt:
concentrators (LSCs) to harvest solar energy. The absorption range of the synthesized dyes were from 600 nm to
by
Sprague-Klein, Emily A., author.
Format:
Excerpt:
in the research areas of energy generation and storage, CO2 reduction, catalytic nanoreactors, and
by
Kohn, Alexander Wolfe, author.
Format:
Excerpt:
chapter. Anthracene derivatives used for transferring triplet energy between a quantum dot and rubrene
by
Beravolu, Shilpa, author.
Format:
Excerpt:
photosynthetic conversion of sunlight energy into chemical energy and produces molecular oxygen. Calcium and
by
Sarkar, Amrita, author.
Format:
Excerpt:
gamut from energy applications to filtration. Despite decades of developments based upon block copolymer
by
Kowal, Shawn Finley, author.
Format:
Excerpt:
Photochemical reactions indoors have largely been ignored due to an assumed lack of high energy
by
Rivera Vera, Claudia Ivette, author.
Format:
Excerpt:
in live cell studies. Further, we developed a FRET (Forster resonance energy transfer)-based method
by
McCabe, Andrew J., author.
Format:
Excerpt:
electron or energy transfer mechanisms and it is responsible for the formation of secondary reactive
by
Catalysis Society. North American Meeting (10th : 1987 : San Diego, Calif.)
Format:
Excerpt:
four illuminating papers on the future reactions of catalysis as applied to energy processing
by
Hedvig, Péter.
ScienceDirect http://www.sciencedirect.com/science/book/9780123364500
Format:
Excerpt:
; CHAPTER ONE. Basic Quantum Theory; 1.1 Basic Experiments; 1.2 Energy; 1.3 Momenta; 1.4 Dipole Radiation; 1
by
Eley, D. D.
Format:
Excerpt:
. .; Appendix B: Determination of Energy Levels from the Spin Hamiltonnian; Appendix C: The g Tensor; Appendix D
by
Palin, G. R.
ScienceDirect https://www.sciencedirect.com/science/book/9780080163864
Format:
Excerpt:
); Free Energy Changes in Chemical Reactions; Free Energy Change and Work; Free Energy and Activity

Select an Action





