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Seebeck Coefficient / Electric Resistance Measuring System
Thermal power generation is a method of generating power based on the thermoelectric effect which was discovered by J. T. Seebeck, German physicist in 1821. In the face of recent global warming caused by carbon dioxide and depletion of fossil fuels, thermoelectric conversion devices are attracting attention because of its effective utilization of waste heat energies. To meet these pressing requirements, ZEM-3 is developed by ULVAC-Riko for these materials and devices.
Specifications:
Temperature range |
- 80 to 100°C (L type)
Room temperature to 800°C (M8 type)
Room temperature to 1000°C (M10 type) |
Temperature setting range |
Number of measurement temperature steps and number of temperature sample measurement difference steps:
Maximum 125 |
Measurement method |
Seebeck coefficient : Static dc method
Electric resistance : Four-terminal method |
Atmosphere |
Low pressure helium gas |
Sample size |
2 to 4 mm square or diameter x 6 to 22mm long (maximum) |
Lead interval |
8 mm |
Power requirements |
200 VAC, single phase, 40 A (M8 type & M10 type)
100 VAC, 20 A (L type & M8 type & M10 type)
Transformer for European use available |
Cooling water requirements |
Water pressure 1.5 kgf/cm2 or more
Flow rate 7 L/min or more
Cooling water chiller is recommended |
* L type and M8 can be used simultaneously. |
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HAAKE RheoStress 6000 Electrorheology System
The new modular HAAKE RheoStress 6000 combines proven technology with the latest development of high end rheometer used in the Thermo Scientific HAAKE MARS. The most relevant features are: Modular rheometer concept; Broad range of accessories and applicationoriented solutions; Normal force capabilities of +/-50 N; Torque specifications: 0,2μm-200mNm; RheoWinSoftware with Polymer modules.
Testing Mode: CR (controlled rate); CS (controlled stress) ; CD (controlled deformation) ; Combinations of measuring modes; Normal force measuerments: – 50 N and + 50 N
ER accessories:
- ER adapter device for AC/DC high voltage (0~10kV)
- Liquid temperature controlled cup (Z10, Z20)
- PP8, PP15, PP35 ER Plate with insulated shaft
- Phoenix Refrigerated Circulator P1-C25P: -28 to 200 deg. C +/- 0.01 K
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Melting furnace
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Hot-pressing furnace
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Zone melting furnace
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Radleys 10,000ml Jacketed borosilicate reaction vessel
IKA Eurostar Digital overhead laboratory stirrer: speed range 50 to 2000rpm; CC1-308B vpc
Heating Circulator Bath: (-20) 28~300 °C. |
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Brookfield LVDV-III ULTRA programmable rheometer
The Brookfield DV-III Ultra is a powerful and versatile instrument. Combining the sophisticated features of a viscosity testing instrument with a yield stress measurement capability. Dynamic Viscosity Range: 15.00 to 6.00E6 cps; Kinematic Viscosity Range (cSt): ; Accuracy: 1.00 ±% Full Scale; Torque Range: ? to 0.0674 mN-m; Shear Rate Range 0.0020 to 1875 sec -1
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Milli-Q Academic A10 bench-integrated ultrapure water system
Water is the most commonly used solvent in laboratories and constitutes often more than 99% of the mass of solutions used in experimentations. The quality of water used in the lab is therefore critical for the success of the tests performed. Water quality will depend on the proper selection, design and efficiency of the technologies used to purify water and on the accuracy and the sensitivity instruments used to monitor water contaminants levels. A10 can produce18.2 MΩ·cm ultrapure water quality with maximum flow rate of 1.5 L/min.
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