"Mini-Tensile Load Cell Design for Diffractometry Study of 2D Nanostructures" . . "Mini-Tensile Load Cell Design for Diffractometry Study of 2D Nanostructures"@en . "D\u00EDez Cabanes, Valent\u00EDn" . "Tensile stress; measurement; mini sample; deformation; load cell"@en . "Tensile stress measurement is a standard technique for evaluation of material properties of the sample under test. This method is standardized for small specimen up to 1x0.25x0.005 mm size. Even smaller specimen can be measured, but the overall dimensions of the complete testing device are much larger. Such dimensions pose limiting factor for performing tensile stress measurement using techniques like high energy X-ray diffraction measurement. Our goal was to design an experimental mini-tensile stress load cell with small enough outer dimensions and mechanical actuation. This paper presents few different designs of such mechanical load cells and evaluates its benefits and limitations."@en . "Frank, O." . "[875448C2C529]" . . . "Ho\u0161ek, Jan" . "Mini-Tensile Load Cell Design for Diffractometry Study of 2D Nanostructures"@en . . "1584-5982" . "S" . . "RIV/68407700:21220/14:00224663!RIV15-MSM-21220___" . "21220" . . . "Romanian Review Precision Mechanics, Optics & Mecatronics" . "RIV/68407700:21220/14:00224663" . "29488" . . . . . "RO - Rumunsko" . "2"^^ . "45" . "3"^^ . "D\u00EDez Cabanes, Valent\u00EDn" . "Tensile stress measurement is a standard technique for evaluation of material properties of the sample under test. This method is standardized for small specimen up to 1x0.25x0.005 mm size. Even smaller specimen can be measured, but the overall dimensions of the complete testing device are much larger. Such dimensions pose limiting factor for performing tensile stress measurement using techniques like high energy X-ray diffraction measurement. Our goal was to design an experimental mini-tensile stress load cell with small enough outer dimensions and mechanical actuation. This paper presents few different designs of such mechanical load cells and evaluates its benefits and limitations." . . . "Mini-Tensile Load Cell Design for Diffractometry Study of 2D Nanostructures" . . . "23" . . "5"^^ .