asteroza + photocatalyst   24

Plasmonic p–n Junction for Infrared Light to Chemical Energy Conversion - Journal of the American Chemical Society (ACS Publications)
Making hydrogen gas with IR light. Though one wonders where direct conversion with this photocatalyst is better than using a frequency converter intermediary and a different photocatlyst...
japa  hydrogen  production  materials  science  research  technology  IR  cadmium  copper  sulfide  photocatalyst  heterostructure  nanocrystal  surface  plasmon  solar  fuel 
march 2019 by asteroza
Systematic Variation of the Optical Bandgap in Titanium Based Isoreticular Metal...
They found MOF's that can operate as photocatalysts to breakdown CO2, so potentially workable as an artificial photosynthesis path
MOF  artificial  photosythesis  CO2  breakdown  photocatalyst  blue  light  solar  fuel  synfuel  green  energy  materials  science  research  technology  Delicious 
april 2017 by asteroza
Product selectivity in plasmonic photocatalysis for carbon dioxide hydrogenation...
Rhodium nanoparticles bombarded by UV can selectively produce mostly methane from CO2 and H2, rather than producing half methane and half CO.
rhodium  nanoparticle  plasmonic  UV  photocatalyst  synfuel  methane  CH4  production  materials  science  research  technology  Delicious 
february 2017 by asteroza
Solar photothermochemical alkane reverse combustion
So high light/pressure/temperature reactor with TiO2 catalyst does a one step conversion of water and CO2 to liquid hydrocarbons.
liquid  hydrocarbon  synfuel  production  photothermochemical  tandem  photochemical  thermochemical  photocatalytic  photocatalyst  alkane  reverse  combustion  UV  light  heat  pressure  titanium  dioxoide  catalyst  water  CO2  cracking  materials  science  research  technology  solar  synthetic  fuel  Delicious 
february 2016 by asteroza
Amorphous TiO2 coatings stabilize Si, GaAs, and GaP photoanodes for efficient water oxidation
Using electron leaky titanium dioxides as a semiconductor coating that can pass electrons, a possible oxidizing side water photocracker to produce solar fuels.
materials  science  research  technology  artificial  photosynthesis  water  cracking  electrolysis  oxidation  Ti2  leaky  electron  photoanode  nickel  oxide  photocatalyst  solar  fuel  syngas  hydrogen  production  amorphous  Delicious 
june 2014 by asteroza
Using nanostructured strained titania photocatalysts to produce hydrogen and oxygen from water and sunlight (the nanostructured titania can use regular light, not just UV)
nanoptek  solar  thermal  hydrogen  production  generator  green  startup  nanotech  renewable  energy  Water  decomposition  power  titania  photocatalyst  photochemical  photoelectrolytic  conversion  nanostructured  materials  science  research  technology  nanotechnology  strained  semiconductor  offgrid  backup  fuel  fuelcell  Delicious 
october 2008 by asteroza

related tags

3D  active  air  alkane  amorphous  artificial  backup  biofuel  black  blue  breakdown  cadmium  carbon  catalyst  cellulose  CH4  chalcopyrite  clean  closed  CO2  combustion  concrete  conversion  copper  cracker  cracking  crracking  cycle  decomposition  Delicious  dioxide  dioxoide  doped  dot  electrolysis  electron  energy  EU  europe  fabbing  feature  fuel  fuelcell  fullerene  gas  generator  germany  gold  green  heat  heterostructure  hot  hybrid  hydrocarbon  hydrogen  infrastructure  intermedium  IR  italy  japa  japan  leaky  life  light  ligin  liquid  materials  membrane  methane  MOF  nanoassembly  nanocrystal  nanoparticle  nanoptek  nanopyramid  nanostructure  nanostructured  nanotech  nanotechnology  nanotube  near  nickel  nitride  nitrogen  NOx  offgrid  oxidation  oxide  oxygen  phosphorus  photoanode  photocatalyst  photocatalytic  photocathode  photochemical  photodissociation  photoelectrocatalysis  photoelectrochemical  photoelectrochemistry  photoelectrode  photoelectrolytic  photooxidation  photosynthesis  photosythesis  photothermochemical  plant  plasmon  plasmonic  plasmonics  pollution  power  pressure  printing  processing  production  PZEC  quantum  reduction  reearch  renewable  research  reverse  rhodium  science  scinece  scrubber  semiconductor  smog  solar  space  startup  strained  sulfide  support  surface  synfuel  syngas  synthetic  tandem  tantalum  technology  thermal  thermochemical  Ti2  TiO2  titania  titanium  Toyota  treatment  TX  UV  water 

Copy this bookmark: