Nano Fluid Heat Capacity Apparatus The Specific Heat of nanofluids decreases as nanoparticle concentration increases. The specific Heat of nanofluids increases with temperature. Thus future research are required to measure thermophysical properties of different nanofluids as a function of temperature and concentration. Our Nanofluid specific Heat Apparatus is a good tool for Research and Laboratory experiment for Nanotech Labs. This apparatus is designed to measure Heat Capacity of nanofluids from RT+5°C to 70°C. The apparatus will consist of following parts- 1. Cooling system like fridge available in the lab. Thermally insulated chamber with heating arrangement and Temperature measurement system as per block diagram. 2. Data logger unit for measurement of Time, voltage, current and temperatures at regular intervals. The power to system will be provided by D.C. power source with specially designed constant current supply to measure power vs temperature rise. The logged table on computer will be displayed as under. Fluid required-250 ml. Sl No. Time(hh:mm:ss) V(volts) I(amp) T(°C) A software will automatically log all parameter, i.e. Power, Temperature vs. time at set interval. Heat capacity within temperature range will be displayed on the apparatus. System will be having USB interface where data can be recorded on a pen drive.
Objective: Determination of dielectric constant of solids Theory: A dielectric is a material having low electrical conductivity in comparison to that of a metal. It is characterized by its dielectric constant. Dielectric constant is measured as the ratio of the capacitance C of an electrical condenser filled with the dielectric to the capacitance C...
Objective: Determination of dielectric constant of PZT material with Temperature variation and thus determining Curie Temperature. Theory: Ferro-electricity usually disappears above a certain temperature called the transition (or Curie) temperature. Knowledge of the Curie temperature and the variation of the dielectric constant below and above the...
Planck's Constant Kit Objective: Determination of Planck's constant using light emitting diodes (LED's) by observing the 'reverse photo-electric effect'. Theory: If a bias voltage is passed across the LED, which is equal or greater than the difference in the energy of the bands, i.e. the barrier potential, then the bands will 'line up' and a c...
Ultrasonic Interferometer For (Solids) Non-Destructive Testing of Material is an important part of Engineering Education as it gives information without deformation in the shape and size of the material. One of the NDT techniques, Piezoelectric Technique is widely used for the measurement of composition dependent properties such as ultrasonic v...
Ultrasonic Interferometer For Liquids Using this instrument several Ph.D. Thesis are awarded and innumerable Research papers are published in National & International Journals. Velocity measurement combining with other physical quantities provides information of more than 30 Parameters. For ready reference few Equations are listed here. Few Ex...
Nano Fluid Heat Capacity Apparatus The Specific Heat of nanofluids decreases as nanoparticle concentration increases. The specific Heat of nanofluids increases with temperature. Thus future research are required to measure thermophysical properties of different nanofluids as a function of temperature and concentration. Our Nanofluid specific He...
OBJECTIVE 1.Characterization of Nanofluids like Ag/Au & Ferrofluids etc. 2. To evaluate modest nanoparticles concentration in the fluid for significant enhancement of its property. 3. Prediction of enhanced thermal conductivity due to suspension of the metallic nanoparticles with very low concentration in to the polymeric fluids. 4. Sound Veloci...
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Nano Fluid Heat Capacity Apparatus The Specific Heat of nanofluids decreases as nanoparticle concentration increases. The specific Heat of nanofluids increases with temperature. Thus future research are required to measure thermophysical properties of different nanofluids as a function of temperature and concentration. Our Nanofluid specific Heat Apparatus is a good tool for Research and Laboratory experiment for Nanotech Labs. This apparatus is designed to measure Heat Capacity of nanofluids from RT+5°C to 70°C. The apparatus will consist of following parts- 1. Cooling system like fridge available in the lab. Thermally insulated chamber with heating arrangement and Temperature measurement system as per block diagram. 2. Data logger unit for measurement of Time, voltage, current and temperatures at regular intervals. The power to system will be provided by D.C. power source with specially designed constant current supply to measure power vs temperature rise. The logged table on computer will be displayed as under. Fluid required-250 ml. Sl No. Time(hh:mm:ss) V(volts) I(amp) T(°C) A software will automatically log all parameter, i.e. Power, Temperature vs. time at set interval. Heat capacity within temperature range will be displayed on the apparatus. System will be having USB interface where data can be recorded on a pen drive.
Objective: Determination of dielectric constant of...
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