Three chang instrument of wear-resistant thermocouple solution based on AFM

MRS fall meeting & exhibition in 2018, three chang instrument announced Dimension® Atomic force microscopy ( AFM) The wear-resisting of thermocouple & trade; Mode. Wear-resistant thermocouple beyond three chang unique PeakForceQNM® instrument; Model implemented by quantitative elastic modulus mapping, it provides the first and only nanoscale viscoelastic measurements, in the whole rheological measurement of the whole frequency range can with dynamic mechanical analysis (volume DMA) Match.

enabled through proprietary algorithms, wear-resistant thermocouple can directly work under rheological frequency, quantitative pre-tightening force and the adhesion, and provides the absolute calibration. As a result, the wear-resisting thermocouple generated the storage modulus, loss modulus and loss tangent complete master curve, including the analysis of the activation energy, thus by providing nano-sized polymer rheology has greatly expanded the AFM market.

dow chemical core r&d researcher Greg Meyers Dr Added: & other; We can now in the relevant quantitative local viscoelastic frequency and length scale, the scale and length scale will nanoscale features with the overall performance. ”

“ It meet the huge unmet demand for industrial polymer characterization. ”

“ Wear-resistant thermocouple reflects our to provide quantitative and easy to use nano mechanical properties of long-term commitments, & throughout; Three chang instrument AFM business executive vice President and general manager David V. Rossi explained. “ From the invention of the TappingModeTM to PeakForceTapping® Wear-resistant thermocouple, to now, we have been leading the work, and we are very eager to see atomic force microscopy in quantitative viscoelastic characterization applications is growing. ” Recommendation:

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