Netzsch-gerätebau Gmbh

Martin Brunner

André Lindemann

Marc-Antoine Thermitus

Alexander Schindler

Juergen Blumm

Thilo Hilpert

Thomas Denner

Stefan Lauterbach

Andreas Strobel

Michael Gebhardt

Fabian Wohlfahrt

Jürgen Tschöpel

Reinhard Gschwendtner

Andreas Hartinger

Georg Krist

Jürgen Blumm

Matthias Schödel

Robert Campbell

Artem Lunev

Matthias Schoedel

Andrè Lindemann

Hartinger Andreas

Jürgen Tschoepel

A measuring device that includes a housing and at least one vibration damper attached to the housing.

Measuring device comprising vibration damper and method for shielding a measuring device from vibrations

A method for calibrating thermal analysis device includes: photothermal measurements on a sample consecutively held in the plurality of sample holders, or on a plurality of similar samples, which are in each case held in one of the plurality of sample holders, wherein a first side of the respective sample is irradiated with an electromagnetic excitation pulse and a thermal radiation emitted by a second side of this sample is captured; comparing results of the photothermal measurements for the plurality of sample holders; in each case determining at least one correction parameter for each sample holder based on a result of the comparison; and calibrating the temperature measuring system of the device and/or the temperature control systems of the device based on the determined correction parameters.

Method for calibrating a temperature control in thermal analyses of samples

A method and a device for the thermal analysis of a sample, as well as a method and a device for the calibration of a temperature measuring device used in a device for the thermal analysis.

Method and device for the thermal analysis of a sample and/or for the calibration of a temperature measuring device

A method for photothermal investigation of a sample (P), including: irradiating a first side of the sample (P) with an electromagnetic excitation pulse; detecting a result of the excitation pulse of one of the first side opposite second side of the sample (P) emitted thermal radiation (); evaluating the detected thermal radiation based on a range defined by the following equations model:&#x2202;22=1/&#x3b1;&#xd7;&#x2202;for 0&#x3c;&#x3e;0()+&#x3b7;'&#xd7;((0,)&#x2212;()) for=0,&#x3e;0=&#x2212;&#x3b7;&#x2032;&#xd7;((0,)&#x2212;()) for&#x3e;0(,0)=0 for=0.

Method and device for the photothermic investigation of a sample

A system for measuring the thermal diffusivity of a material includes a housing having an upper portion and a lower portion, a plate holding the material in a fixed position between the upper portion and lower portion of the housing, and a source at the lower portion of the housing projecting heat onto the material along a first axis that is perpendicular to the plate. A sensor at the lower portion of the housing is movable in relation to the plate and senses the heat radiating through the material along a second axis that is perpendicular to the plate and offset from the first axis. A controller receives data from the sensor and calculates the thermal diffusivity of the material.

3D diffusivity

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Konradsreuth, Germany

Martin Brunner