Details
Title
Schmäh, Daniel
Sciper ID
128652
Affiliated labs
LTC
Publications
Conversion analysis of acrylated hyperbranched polymers UV-cured below their ultimate glass transition temperature
L'HYDROPTERE: HOW MULTIDISCIPLINARY SCIENTIFIC RESEARCH MAY HELP BREAK THE SAILING SPEED RECORD
L'Hydroptère: A story of a dream
Rapid processing of net-shape thermoplastic planar random composite preforms
Structural and residual stress analysis of UV curable hyperbranched acrylates
Time-intensity transformation and internal stress in UV-curable hyperbranched acrylates
L'HYDROPTERE: HOW MULTIDISCIPLINARY SCIENTIFIC RESEARCH MAY HELP BREAK THE SAILING SPEED RECORD
L'Hydroptère: A story of a dream
Rapid processing of net-shape thermoplastic planar random composite preforms
Structural and residual stress analysis of UV curable hyperbranched acrylates
Time-intensity transformation and internal stress in UV-curable hyperbranched acrylates
Use for
Schmaeh, D.
Schmäh, D.
Schmaeh, Daniel
Schmah, D.
Schmäh, D.
Schmaeh, Daniel
Schmah, D.
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