asteroza + vapor   29

This is borderline cooling version of a perpetual energy generator, but this is an interesting take on fog net concepts. By lightly ionizing the fog and the capture mesh/net, you can get fog droplets to condense better on the net and exceed normal fog nets (which capture 1-3% of passing droplets).
cooling  tower  fog  net  mesh  droplet  capture  ion  ionizing  water  vapor  electrostatic  space  charge  collection 
june 2018 by asteroza
Soft material for soft actuators | Nature Communications
An ethanol infused 3D printed silicone matrix apparently makes for a pretty good soft actuator that requires low activation energy, but it is effectively thermal based, which makes environmental conditions and position holding a pain
silicone  matrix  ethanol  vapor  thermal  expansion  soft  actuator  artificial  muscle  robotics  3D  printing  fabbing  materials  science  research  technology 
september 2017 by asteroza
Anomalous water expulsion from carbon-based rods at high humidity : Nature Nanot...
Nanorods, take on water at low humidity, eject at about 50% humidity, then reuptake as humidity rises higher. Weird sponge effect.
nanorod  solvent  cavitation  capillary  condensation  water  vapor  sponge  effect  materials  science  research  technology  Delicious 
june 2016 by asteroza
Slightly insane airborne hydroelectric powerplant. The idea is to use a tethered blimp holding a fog/dew/cloud catching screen to grab water from air/clouds, with the tether doubling as a tube. The hydraulic head is non-trival, and can be shunted through through a water turbine to make power and recover the water for purification. If the generated power is enough, I suppose you could generate hydrogen gas on site for the blimps.
airborne  power  generator  tether  tethered  blimp  aerostat  balloon  fog  dew  mist  water  vapor  collector  mesh  screen  hydroelectric  green  energy  Delicious 
august 2014 by asteroza
Welcome to Weber Manufacturing (MFG)
Interesting nickel vapor deposition manufacturing tech, for making liners and such. There was a suggestion of using depleted nickel as a liner for molten salt reactors in the core, so their manufacturing tech might fit well with the concept.
nickel  vapor  deposition  manufacturing  depleted  nuclear  reactor  liner  Delicious 
january 2014 by asteroza
Solar Vapor Generation Enabled by Nanoparticles - ACS Nano (ACS Publications)
Really weird solar steam generation using wideband visible light absorbing nanoparticles suspended in water. Apparently, you get local vapor production on the surface of the nanoparticle. Because of the small surface area relative to the energy involved, and the size of the particle being below the wavelength, it causes unusual steam generation. It seems it's possible to create steam without heating the entirety of the liquid volume.
vapor  nanotechnology  technology  research  science  materials  steam  solar  nanoparticle  carbon  metal  Delicious 
november 2012 by asteroza
Eole Water - Give us wind, we give you water | Range
Wind turbine powering an onboard humidity condenser to do air water capture, as an alternative to desalination or in areas without easy access to water.
wind  turbine  air  humidity  vapor  capture  water  purification  hardware  production  Delicious 
april 2012 by asteroza
Self-Cleaning Anodes: Researchers Develop Nanoparticle Technology That Could Facilitate Cost-Effective Coal-Powered Fuel Cells « Georgia Tech Research News
Barium oxide nanostructure anode coating keeps SOFC clear of coking deposits when using coal gas, operate at 750C for less expensive materials usage. Coal gas poisoning issues not explored.
SOFC  fuelcell  materials  science  reearch  anode  coking  surface  treatment  barium  oxide  nanostructure  nanotechnology  self-cleaning  cleaning  water  mediated  carbon  removal  coal  gas  syngas  vapor  deposition  Delicious 
june 2011 by asteroza
norring_r.pdf (application/pdf Object)
Interesting work on using a MHD on the output of a vapor gas core nuclear reactor to make power for space applications. Potentially reduces the cooling necessary for the overall cycle as it isn't a direct heat engine.
nuclear  reactor  research  power  generator  MHD  vapor  gas  core  space  electric  propulsion  filetype:pdf  media:document  Delicious 
september 2010 by asteroza朝日新聞社):Solar-powered air-conditioning technology developed - English
Pimping a natural gas powered, solar assisted steam cycle vapor chiller air conditioner ( I would assume some sort of concentrating solar thermal setup)
solar  assist  assisted  HVAC  AC  cooling  natural  gas  vapor  cycle  japan  green  energy  CSP  concentrating  Delicious 
july 2010 by asteroza
Diode Pumped Alkali Lasers Could Eventually Enable Practical Airplane Based Laser Anti-Missile Systems
I can faintly hear the "Duh, why didn't I think of that!" resonating amongst a mass of laser scientists. Using a hybrid approach can achieve some goals, but I wonder in terms of overall cost of ownership and applied MJ/$ if this is really better than solid state only lasers. Especially with some of the fiber laser stuff that's been happening.
hybrid  solid  state  gas  laser  alkalai  vapor  diode  pumped  weapon  materials  science  research  technology  physics  Delicious 
february 2010 by asteroza
4DS, Inc. - Advanced Non-Volatile Memory Semiconductors
alternative to FeRAM, MRAM, PRAM, and NAND/NOR flash for non-volatile memory, but doesn't HP have the memristor lead?
alternative  storage  memory  hardware  electronics  devices  film  startup  process  plasma  deposition  thin  memristor  vapor  4DS  RRAM  ReRAM  PCMO  PVD  Delicious 
february 2009 by asteroza
The WaterMill | Element Four
well, not that green, but if you have humid air, no easy clean water water source, but oodles of power, this would help
green  hardware  electronics  devices  Water  collector  vapor  fresh  WaterMill  dehumidifier  Delicious 
february 2009 by asteroza

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