mcmaster gets $3.5m jolt for electric car battery researchmcmaster gets $3.5m jolt for electric car battery researchmcmaster gets $3.5m jolt for electric car battery research - where can i buy lithium batteries

In the next four years, McMaster's researchers will receive $3 in funding.
Grants and in-500 million
Investigate the reliability and cost of lithium batteries in electric vehicles.
Burlington Conservative MP Mike Wallace is in A on Tuesday. M.
Bourns science building on university campus.
Research Committee on Natural Science and Engineering (NSERC)provided $2.
3 million, the rest in cash and-
Donations from GM, Heka electronics and Brook Co. , Ltd. Dr.
Gillian Goward, an associate professor of chemistry at McMaster, said the funding would help her team explore new avenues for research.
"This is a new angle for us," she said . ".
"This is about the cause of the degradation of the battery and the process that causes cell death.
The researchers have been working hard to find ways to improve the overall efficiency of lithium batteries, Goward said.
Now, McMaster's team will use magnetic resonance technology to study how lithium batteries work during use.
"So far, most of the research has focused on inspections after battery degradation, which will allow us to differentiate the local environment on the original battery…," she said . . . . . . . ".
Assistant Nick Markettos
The president of the McMaster Research Partnership said the new project was an exciting addition to the fast-growing research in the automotive industry. “Material (science)
Traditionally a research area of McMaster.
Steel, plastics and polymers
But we have also been developing rapidly in terms of vehicle power system technology . "
The expansion of the research is manifested in the current construction of McMaster automobile Resource Center (MARC)
It is expected to be completed by January 2013, with a total cost of $26 million.
The center will be located in the center of Careport, McMaster Innovation Park, Longwood Road, covering an area of 88,000 square feet.
Markettos said that due to the sensitivity of the instruments she used, Goward's research could not be placed on the website of the innovation park.
As with Tuesday's announcement, research in the automotive industry will bring together academic and industry scientists to develop new technologies.
General Motors Canada chief scientist Justin gammiki finally said the car company wanted the team at Goward to help them quickly assess the potential of the new lithium battery with the goal of creating a more efficient and more
Long-lasting and low-priced models.
"We are looking for tools that will be able to determine more quickly if the battery is viable," he said . ".
Markettos said that research on such a key issue in the development of electric vehicles is important not only for McMaster's scientists, but also for the province.
"We are working to make sure that car companies in Ontario have the research and development they need to stay competitive.
Not only do we focus on the work of Longwood Road, but we also focus on the thousands of jobs in Ontario related to the automotive industry. ”lmarr@thespec. com905-526-
Over the next four years, 3992 McMaster researchers will receive $3 in funding.
Grants and in-500 million
Investigate the reliability and cost of lithium batteries in electric vehicles.
Burlington Conservative MP Mike Wallace is in A on Tuesday. M.
Bourns science building on university campus.
Research Committee on Natural Science and Engineering (NSERC)provided $2.
3 million, the rest in cash and-
Donations from GM, Heka electronics and Brook Co. , Ltd. Dr.
Gillian Goward, an associate professor of chemistry at McMaster, said the funding would help her team explore new avenues for research.
"This is a new angle for us," she said . ".
"This is about the cause of the degradation of the battery and the process that causes cell death.
The researchers have been working hard to find ways to improve the overall efficiency of lithium batteries, Goward said.
Now, McMaster's team will use magnetic resonance technology to study how lithium batteries work during use.
"So far, most of the research has focused on inspections after battery degradation, which will allow us to differentiate the local environment on the original battery…," she said . . . . . . . ".
Assistant Nick Markettos
The president of the McMaster Research Partnership said the new project was an exciting addition to the fast-growing research in the automotive industry. “Material (science)
Traditionally a research area of McMaster.
Steel, plastics and polymers
But we have also been developing rapidly in terms of vehicle power system technology . "
The expansion of the research is manifested in the current construction of McMaster automobile Resource Center (MARC)
It is expected to be completed by January 2013, with a total cost of $26 million.
The center will be located in the center of Careport, McMaster Innovation Park, Longwood Road, covering an area of 88,000 square feet.
Markettos said that due to the sensitivity of the instruments she used, Goward's research could not be placed on the website of the innovation park.
As with Tuesday's announcement, research in the automotive industry will bring together academic and industry scientists to develop new technologies.
General Motors Canada chief scientist Justin gammiki finally said the car company wanted the team at Goward to help them quickly assess the potential of the new lithium battery with the goal of creating a more efficient and more
Long-lasting and low-priced models.
"We are looking for tools that will be able to determine more quickly if the battery is viable," he said . ".
Markettos said that research on such a key issue in the development of electric vehicles is important not only for McMaster's scientists, but also for the province.
"We are working to make sure that car companies in Ontario have the research and development they need to stay competitive.
Not only do we focus on the work of Longwood Road, but we also focus on the thousands of jobs in Ontario related to the automotive industry. ”lmarr@thespec. com905-526-
Over the next four years, 3992 McMaster researchers will receive $3 in funding.
Grants and in-500 million
Investigate the reliability and cost of lithium batteries in electric vehicles.
Burlington Conservative MP Mike Wallace is in A on Tuesday. M.
Bourns science building on university campus.
Research Committee on Natural Science and Engineering (NSERC)provided $2.
3 million, the rest in cash and-
Donations from GM, Heka electronics and Brook Co. , Ltd. Dr.
Gillian Goward, an associate professor of chemistry at McMaster, said the funding would help her team explore new avenues for research.
"This is a new angle for us," she said . ".
"This is about the cause of the degradation of the battery and the process that causes cell death.
The researchers have been working hard to find ways to improve the overall efficiency of lithium batteries, Goward said.
Now, McMaster's team will use magnetic resonance technology to study how lithium batteries work during use.
"So far, most of the research has focused on inspections after battery degradation, which will allow us to differentiate the local environment on the original battery…," she said . . . . . . . ".
Assistant Nick Markettos
The president of the McMaster Research Partnership said the new project was an exciting addition to the fast-growing research in the automotive industry. “Material (science)
Traditionally a research area of McMaster.
Steel, plastics and polymers
But we have also been developing rapidly in terms of vehicle power system technology . "
The expansion of the research is manifested in the current construction of McMaster automobile Resource Center (MARC)
It is expected to be completed by January 2013, with a total cost of $26 million.
The center will be located in the center of Careport, McMaster Innovation Park, Longwood Road, covering an area of 88,000 square feet.
Markettos said that due to the sensitivity of the instruments she used, Goward's research could not be placed on the website of the innovation park.
As with Tuesday's announcement, research in the automotive industry will bring together academic and industry scientists to develop new technologies.
General Motors Canada chief scientist Justin gammiki finally said the car company wanted the team at Goward to help them quickly assess the potential of the new lithium battery with the goal of creating a more efficient and more
Long-lasting and low-priced models.
"We are looking for tools that will be able to determine more quickly if the battery is viable," he said . ".
Markettos said that research on such a key issue in the development of electric vehicles is important not only for McMaster's scientists, but also for the province.
"We are working to make sure that car companies in Ontario have the research and development they need to stay competitive.
Not only do we focus on the work of Longwood Road, but we also focus on the thousands of jobs in Ontario related to the automotive industry. ”lmarr@thespec. com905-526-