Search ResultsElektronik Kaynaklar ![](/client/images/blank.gif)
by
Click, Kevin Andrew, author.
Format:
Alıntı:
Design and Synthesis of Organic Dyes for Solar Energy Conversion and Storage / Click, Kevin Andrew
by
Sachinthani, K. A. Niradha, author.
Format:
Alıntı:
Energy.
by
Rooney, Mary Therese, author.
Format:
Alıntı:
conjunction with gloss measurements and scanning electron microscopy coupled with energy dispersive
by
Freyer, Jessica, author.
Format:
Alıntı:
in applications ranging from medicine to energy storage. To expand the design space for innovative
by
Au-Yeung, Ka Chun, author.
Format:
Alıntı:
resulting from the poor orbital energy mismatching between the metal and ligand valence orbitals. Recently
by
Pearce, Barry, author.
Format:
Alıntı:
rates were obtained as the free energy, solvent, separation, metallation state and conformation were
by
Miller, Garry Grant, author.
Format:
Alıntı:
(Chapter 4). It is then possible to perform energy minimisation calculations and so obtain a 'best fit' of
by
Rahangdale, Shalaka, author.
Format:
Alıntı:
environmental pollution, there is an urgent need for new technologies associated with energy conversion and
by
Martinez, Anastasia, author.
Format:
Alıntı:
infections. With the use of a fluorescence resonance energy transfer (FRET) assay, a high throughput screen
by
Zhang, Jun, author.
Format:
Alıntı:
concentrators (LSCs) to harvest solar energy. The absorption range of the synthesized dyes were from 600 nm to
by
Guerra, Jacob, author.
Format:
Alıntı:
relatively small window of Gibbs energy of the transition state. Using an EEC plot gives a better idea as to
by
Shah, Satvik, author.
Format:
Alıntı:
calculate energy barriers for possible degradation pathways, narrowing their search. Next, I try to
by
McCarver, Stefan James, author.
Format:
Alıntı:
electron and energy transfer events from organic and transition metal catalysts. This in turn enables
by
Nguyen, Lucas Quoc, author.
Format:
Alıntı:
coumarins can collect upconverted energy to furnish high-energy singlet excited state intermediates that can
by
Rivera Vera, Claudia Ivette, author.
Format:
Alıntı:
in live cell studies. Further, we developed a FRET (Forster resonance energy transfer)-based method
by
Chiu, Shirley Suet-lin, author.
Format:
Alıntı:
, significant differences in the energy profile are observed between the condensed phase and the gas phase. The
by
Manley, Eric Fridstein, author.
Format:
Alıntı:
achieving wide spread, solar energy adoption. However, a limiting factor in materials development is the
by
Grajeda, Javier, author.
Format:
Alıntı:
calculations suggest that the lack of reactivity is due to the high energy of the putative dicationic ethylene
by
Vanderveen, Jesse R., author.
Format:
Alıntı:
applications because their switchable behaviour allows them to be used in energy- or material-efficient ways
by
Cauley, Anthony Nolan, author.
Format:
Alıntı:
coatings for cell culture vessels, ion-sensitive cargo release, energy transfer between guest molecules
by
Carey, Thomas James, author.
Format:
Alıntı:
energy into pairs of electronic excitations rather than wasting excess energy as heat. Of particular
by
Lipshultz, Jeffrey Michael, author.
Format:
Alıntı:
been impossible kinetically feasible, by introducing lower-energy pathways and intermediates to product
by
Cheng, Nongyi, author.
Format:
Alıntı:
containing C60 only result in a Voc of 0.8 V. The measured band energy levels of the two different acceptors
by
Alazemi, Abdulrahman Miteb, author.
Format:
Alıntı:
energy conversion phenomenon has attracted significant attention in recent years due to their intriguing
by
Dai, Shuo, author.
Format:
Alıntı:
challenge in energy. The question is how to discover new materials from the huge chemical space efficiently
by
Buček, Slavko, author.
Format:
Alıntı:
free energy, with which the lyotropic character of CN was modelled. The latter interaction considers
by
Roberts, Andrew, author.
Format:
Alıntı:
increased activation energy for the [1,2] shift of the metal group around the coordinated cycloheptatrienyl
![](/client/images/blank.gif)
Eylem Seç