... medical diagnostic technologies, for drug delivery, and in tissue engineering. But the future utility of these "smart materials" relies on finding better ways to control their conformation.
Shear ...
... 's disease or severe depression. And they show promise as a whole new class of "smart" materials for use in a wide range of potential neuroprosthetic applications.
Henry Markram, head of the ...
(PhysOrg.com) -- Scientists have developed a new smart material that can bend under the influence of an internal heat source. The material could be used as an aerodynamic flap in cars, in order to ...
... .constructal.org/), which he first described in 1996, could guide the creation of these novel "smart" materials.
The constructal theory is based on the principle that flow systems evolve to minimize ...
... first on interactive textile structures, at Chalmers. A dissertation that will be a springboard for the new resource smart textiles that don't even have to touch the body to give measurable results... ...
(PhysOrg.com) -- If researchers could integrate some of the active materials, such as perovskites, that have been developed in recent years for microsensor, actuator, and transducer applications ...
Nanofluids can act as smart materials that can be switched on and off to dissipate heat efficiently or poorly.
... a novel class of materials called “conducting polymers.” Conducting polymers are smart materials that can mimic biological systems and can be used as components of artificial nerves, electronic ...
Norway's most elaborate travel-wear keeps the body cool in hot helicopter cabins, but transforms into a heat-retaining suit if the helicopter should fall into the sea.
Norway's most elaborate travel-wear keeps the body cool in hot helicopter cabins, but transforms into a heat-retaining suit if the helicopter should fall into the sea.
Scientists are a step closer to the repair of skeletal malformations. New technology has been developed with limb lengthening treatment in mind, but it can be more widely applied to the repair of ...
... bones, cartilage and tendons in real bats."
Seelecke explains that the research team is also using smart materials for the muscular system. "We're using an alloy that responds to the heat from an ...
... to radiation and chemical destruction. As a result, scientists are keen to use them in superstrong, "smart" materials, but they need to better understand how to produce them.
"The images from Dr. ...
... ."
As a medium for nanoscale engineering, DNA has the dual advantages of being a smart material – not only tough and flexible but also programmable – and being very well characterized by decades of ...
... to help invent stronger crowns, better able to withstand oral wear-and-tear. "They can create smart materials that mimic the properties found in real teeth," he says.
In natural teeth, there may ...
