Not exact matches
Masdar Institute postdoctoral researcher, Dr. Jin You Lu, characterizes the
nanoporous solar absorber
with UV - Vis - NIR spectroscopy.
Combining innovative nanoscale electrochemistry approaches
with advanced analytical techniques, he develops
nanoporous materials, nanostructured carbons and nanocomposites.
In the case of Ge - based semiconductors a lot of work was done on the direct tailoring of the material geometry (nanowires, phononic crystals,
nanoporous materials, etc.) achieving for example materials
with ultra-low thermal conductivity.
ALD coatings on
nanoporous materials
with unimodal feature / pore sizes can also be used to fine tune the pore size of the material.
Researchers at Stanford University,
with colleagues in China, have developed a tandem solar cell consisting of an approximately 700 - nm - thick
nanoporous Mo - doped bismuth vanadate (BiVO4)(Mo: BiVO4) layer on an engineered Si nanocone substrate.