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Dartmouth researchers get a microscopic view of ticks

If you live in the Upper Valley, you’re probably well-acquainted with ticks and the risks they pose.Images of the parasites at various stages in their lifespans – larva, nymph and adult, including male and female – taken using a scanning electron. ....

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Dartmouth study shows renewable energy enhances power grid's resilience

NH Business Review
Researchers find ‘no structural trade-offs between grid sustainability and resilience enhancements’
May 13, 2021
Integrating renewable energy into the U.S. electric power system would enhance the grid’s resilience, meaning a highly resilient and decarbonized energy system is possible, according to new research from Dartmouth’s Thayer School of Engineering.
The researchers’ analysis is based on the incremental incorporation of architectural changes that would be required to integrate renewable energy into the grid.
“We concluded that there are no structural trade-offs between grid sustainability and resilience enhancements, meaning these strategic goals can be pursued simultaneously,” said principal investigator Amro Farid, a Dartmouth Engineering professor and research affiliate at the Massachusetts Institute of Technology. “Whether you are of one political inclination or another, value resilience or sustainability, the effort ....

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Valley News - Dartmouth researchers get a microscopic view of ticks

Dartmouth researchers get a microscopic view of ticks
Images of ticks at various stages in their lifespans – larva, nymph and adult, including male and female – were taken using a scanning electron microscope at Dartmouth College show just how complex ticks are. (Electron Microscope Facility at Dartmouth College photograph)
Images of ticks at various stages in their lifespans – larva, nymph and adult, including male and female – were taken using a scanning electron microscope at Dartmouth College show just how complex ticks are. (Electron Microscope Facility at Dartmouth College photograph)
Images of ticks at various stages in their lifespans – larva, nymph and adult, including male and female – were taken using a scanning electron microscope at Dartmouth College show just how complex ticks are. (Electron Microscope Facility at Dartmouth College photograph) ....

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Researchers develop FLASH ultra-high-dose rate radiation therapy beam for cancer treatment

Researchers develop FLASH ultra-high-dose rate radiation therapy beam for cancer treatment
A joint team of researchers from Radiation Oncology at Dartmouth s and Dartmouth-Hitchcock s Norris Cotton Cancer Center (NCCC), Dartmouth Engineering, and Dartmouth-Hitchcock s Department of Surgery have developed a method to convert a standard linear accelerator (LINAC), used for delivery of radiation therapy cancer treatment, to a FLASH ultra-high-dose rate radiation therapy beam. The work, entitled Electron FLASH Delivery at Treatment Room Isocenter for Efficient Reversible Conversion of a Clinical LINAC, is newly published online in the
International Journal of Radiation Oncology, Biology & Physics.
The exceptionally high dose rate is 3,000 times higher than normal therapy treatment (300 Gray per second vs. 0.1 Gray per second, Gray being a standard unit measuring absorbed radiation). Instead of treatment over 20 seconds, an entire treatment is completed in 6 milliseconds ....

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Dartmouth Researchers Pilot FLASH Radiotherapy Beam Development for Treatment of Cancer

A joint team of researchers from Radiation Oncology at Dartmouth’s and Dartmouth-Hitchcock’s Norris Cotton Cancer Center (NCCC), Dartmouth Engineering, and Dartmouth-Hitchcock’s Department of Surgery have developed a method to convert a standard linear accelerator (LINAC), used for delivery of radiation therapy cancer treatment, to a FLASH ultra-high-dose rate radiation therapy beam. The work, entitled “Electron FLASH Delivery at Treatment Room Isocenter for Efficient Reversible Conversion of a Clinical LINAC,” is newly published online in
International Journal of Radiation Oncology, Biology & Physics.
The exceptionally high dose rate is 3,000 times higher than normal therapy treatment (300 Gray per second vs. 0.1 Gray per second, Gray being a standard unit measuring absorbed radiation). Instead of treatment over 20 seconds, an entire treatment is completed in 6 milliseconds, giving the therapy its nickname, “FLASH.” “These high dose rates have been sho ....

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