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Cambridge University Press / Johns Hopkins University Press / Hadland S A / Toro / Oxford University Press / Princeton University Press / Cox / /
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Asia / /
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Pakistan / United States / / /
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Product Issues / /
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Frances Trail / Duke University / / /
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energy storage material / ballistic devices / present systems / main elastic energy store / travel distance / biological systems / human technology / muscle-powered animal systems / tensile applications / elastic energy storage / output device / energy / size-acceleration products / conventional rubber / muscular systems / brief elastic energy storage / energy storage / kinetic energy / muscle-tendon systems / diverse launching devices / stride-to-stride energy storage / ballistic travel / human and natural technologies / energy release / propulsive equipment / energy accumulation / household electronics / steel / /
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Cambridge University / Indian Academy of Sciences / Princeton University / Johns Hopkins University / Duke University / Durham / STEVEN VOGEL Department of Biology / Oxford University / /
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Arcy Thompson / Michael Reedy / Daniel Livingstone / David Alexander / Peter Klopfer / Giovanni Alphonso Borelli / STEVEN VOGEL / Flea / Alexander R McN / / /
Series Living in a physical world III. Getting up to speed STEVEN VOGEL Department of Biology, Duke University, Durham, NC[removed], USA