Syndicated:
Dolomite Develops Novel Droplet System for Encapsulation of Single Cells or Beads
May 18th, 2012 — From Nanowerk.com
Dolomite, a world leader in the design and manufacture of microfluidic devices, has successfully developed an innovative Droplet System for the encapsulation of single cells or beads into droplets which benefits a wide range of applications including single cell analysis, high throughput screening and droplet PCR.
Syndicated:
Dolomite Develops Novel Droplet System for Encapsulation of Single Cells or Beads
May 18th, 2012 — From Nanowerk.com
Dolomite, a world leader in the design and manufacture of microfluidic devices, has successfully developed an innovative Droplet System for the encapsulation of single cells or beads into droplets which benefits a wide range of applications including single cell analysis, high throughput screening and droplet PCR.
Syndicated:
Scientists illustrate an atlas of carbon nanotube optical transitions
May 18th, 2012 — From Nanowerk.com
Led by Professor Wang Enge at Peking University (PKU) and Professor Wang Feng at the University of California, Berkeley, a joint research team recently reported their major progress on an atlas of carbon nanotube optical transitions.
Syndicated:
Scientists illustrate an atlas of carbon nanotube optical transitions
May 18th, 2012 — From Nanowerk.com
Led by Professor Wang Enge at Peking University (PKU) and Professor Wang Feng at the University of California, Berkeley, a joint research team recently reported their major progress on an atlas of carbon nanotube optical transitions.
Syndicated:
In Nullkommanichts durch den Quantentunnel
May 18th, 2012 — From Nanowerk.com
Wenn Elektronen die Energie zum ueberwinden einer Energiebarriere nicht haben, "tunneln" sie einfach durch diese Barriere hindurch. Forscher koennen den Zeitpunkt des Austritts aus der Barriere zum ersten Mal exakt bestimmen und schlussfolgern daraus: Die Zeit, die das Elektron fuer das Tunneln braucht, ist gleich Null.
Syndicated:
In Nullkommanichts durch den Quantentunnel
May 18th, 2012 — From Nanowerk.com
Wenn Elektronen die Energie zum ueberwinden einer Energiebarriere nicht haben, "tunneln" sie einfach durch diese Barriere hindurch. Forscher koennen den Zeitpunkt des Austritts aus der Barriere zum ersten Mal exakt bestimmen und schlussfolgern daraus: Die Zeit, die das Elektron fuer das Tunneln braucht, ist gleich Null.
Energy efficiency: What Are the Laggards Thinking?
May 18th, 2012 — From RenewableEnergyWorld.com
Why do some states avoid creating policies that encourage consumers and businesses to save energy? What’s the psychology of the laggards?
A new report by the American Council for an Energy Efficiency Economy sheds some insight as it examines the states that consistently fall behind in the organization’s annual energy efficien Energy Efficiency: What Are the Laggards Thinking?
May 18th, 2012 — From RenewableEnergyWorld.com
Why do some states avoid creating policies that encourage consumers and businesses to save energy? What’s the psychology of the laggards?
A new report by the American Council for an Energy Efficiency Economy sheds some insight as it examines the states that consistently fall behind in the organization’s annual energy efficien NLP Solar Sales Training Live Webinar May 30th & 31st
May 18th, 2012 — From RenewableEnergyWorld.com
The Forest’s Treasure: A Profitable Solution to Woody Waste
May 18th, 2012 — From RenewableEnergyWorld.com
When forests are logged, managed or selectively trimmed so they'll be less susceptible to raging fires, there are usually huge piles of stumps, branches and other wood debris left laying on the ground. Now a group of researchers at the University of Washington in Seattle is developing a portable technology to turn these waste piles into treasure troves by converting them into biochar—charcoal made from plant material that can be burned for energy or applied to soils, where it helps plants grow.