for Nuclear Technology IKE Institute and Energy Systems

  • Slides: 3
Download presentation
for Nuclear Technology IKE Institute and Energy Systems University of Stuttgart DIRECTORS: ADMINISTR. :

for Nuclear Technology IKE Institute and Energy Systems University of Stuttgart DIRECTORS: ADMINISTR. : GENERAL TASK SCIENTIFIC DIVISIONS PROF. DR. G. LOHNERT, PROF. DR. E. LAURIEN, PROF. DR. M. SCHMIDT DR. J. GÖBEL NUCLEAR TECHNOLOGY, THERMAL ENGINEERING, ENERGY SYSTEMS & ECONOMICS REACTOR SAFETY & ENVIRONMENT (8 scientists) REACTOR PHYSICS (4 scientists) ENERGY CONVERSION & THERMAL ENGG. (21 scientists & technicians) HEATING, VENTILATION, AIR COND. (12 scientists & technicians) PROF. DR. G. LOHNERT DR. W. BERNNAT PROF. DR. M. GROLL PROF. DR. M. SCHMIDT THERMOFLUIDDYNAMICS (8 scientists) PROF. DR. E. LAURIEN KNOWLEDGE ENGINEERING & NUMERICS (9 scientists & programmers) PROF. DR. F. SCHMIDT HIGH TEMPERATURE TECHNOLOGY (10 scientists & technicians) DP. H. G. MAYER 2003

for Nuclear Technology IKE Institute and Energy Systems University of Stuttgart Thermophysical Properties and

for Nuclear Technology IKE Institute and Energy Systems University of Stuttgart Thermophysical Properties and Radiation Thermometry at IKE Staff. : Dipl. -Ing. R. Brandt, Prof. Dr. M. Groll, Dr. G. Neuer (consultant), Dipl. -Phys. E. Schreiber Thermal conductivity Comparative-Technique Temperature : 0 °C to 950 °C, Sample-Ø: 50 mm or 25 mm Environment: : air, argon, vacuum Thermal conductivity Guarded Hot Plate -Technique Temperature : 0 °C to 950 °C, Sample-Ø: 200 mm Environment: : air, argon, vacuum Thermal Diffusivity Modulated Leightbeam -Technique Temperature : 250 °C to 1800 °C Sample-Ø: 8 mm Frequency variable, vacuum Specific Heat Capacity Differential-Scanning-Calorimeter Temperature : 0 °C to 730 °C, Sample-Ø: 4 mm Environment: : argon Electric Resistivity Four Point Technique Temperature: 25 °C to 1600 °C Sample: 5 mm Ø, 100 mm length Measurements of melts in ceramic tube Spectral and total emissivity Radiation Comparison Technique Temperature: 600 °C to 2000 °C Sample: 15 mm Ø, 4 mm heigh Environment: : air, argon, vacuum Development and Calibration of Radiation Thermometers Linear Pyrometer (LP 2/LP 3) (Spectral And Multi - Wavelength), Laser - Absorption - Pyrometer Heat Pipe Blackbodies (350 K To 1350 K), Multi-Fixpoint Blackbodyradiator 2003

for Nuclear Technology IKE Institute and Energy Systems University of Stuttgart Dr. Guenther Neuer,

for Nuclear Technology IKE Institute and Energy Systems University of Stuttgart Dr. Guenther Neuer, IKE, Stuttgart. Leader WP 4 Thermal Conductivity Head of the group Thermophysical Properties and Radiation Thermometry, and of the DKD- Calibration Laboratory (until 12/2002) Since 1/2003: Consultant at IKE Leader of the VDI/VDE-GMA expert group: Applied Radiation Thermometry Member of the German GEFTA expert group: Arbeitskreis Termophysik 2003