Honeywell / SLM / iRobot / Mary Ann Liebert Inc. / /
Currency
pence / /
Facility
Carnegie Mellon University / Wyss Institute / Worcester Polytechnic Institute / Cornell University / Oregon State University / Harvard University / /
IndustryTerm
chemical ratios / battery energy output / air compressor technologies / system energy density / pneumatic energy sources / fiberglass composites / gas delivery system / chemical breaking / consistent comparison between technologies / stationary systems / lower net fuel energy density / low-pressure applications / ambient solar energy / air compression energy / energy density values / energy storage mechanism / chemical fuel / gas law / net fuel energy density / energy-harvesting / gross fuel energy density / energy density / pressurized working gas / energy sources / reaction products / cold gas / pneumatic energy / air compression energy data / direct chemical reaction options / chemical reaction / high energy densities / rubber / supply pneumatic energy / retail outlet36 / control hardware / thermal management / gross fuel energy densities / energy / theoretical energy density / power applications / soft robotic applications / nominal energy content / steel cylinders / stored energy / pneumatic energy source / chemical reactions / energy source / transmission systems / hot highpressure gas / useable energy / soft robotic power systems / universal gas constant / steel tank / energy density drops / fuel energy / safety hardware / resultant gas cools / harmful chemical byproducts / paint ball / gas pressure / Nominal energy / energy densities / higher gross fuel energy density / net fuel energy densities / little energy / high energy / compression energy / pneumatic systems / pressure flow rate energy / gross energy density / nonideal gas / direct chemical reaction / even chemical / kPa energy drops / manufacturing reasons / system energy capacity / therapeutic applications / Battery-measured energy / fuel systems / pressurized gas / /
Organization
Wyss Institute / Harvard University / MIT / Oregon State University / Department of Chemistry and Chemical Biology / Cornell University / School of Mechanical and Aerospace Engineering / School of Computer Science / School of Engineering and Applied Sciences / Robotics Institute / US Federal Reserve / Worcester Polytechnic Institute / Carnegie Mellon University / Pittsburgh / Harvard University / Boston / /
Person
Parker Hargraves / /
Position
designer / controller / /
Product
iRiver H10 Portable Audio Device / /
ProvinceOrState
Alabama / Oregon / New York / Pennsylvania / Massachusetts / /
Technology
air compressor technologies / ATM / heat transfer / Thermodynamics / /
Pneumatic Energy Sources for Autonomous and Wearable Soft Robotics