It is a super-directing gadget and includes the exchange of warmth by bubbling and buildup of a liquid and thus exchange of warmth happens under almost isothermal condition. In this mechanical assembly the examination of warmth pipe with the copper pipe as great transmitter of warmth and with the stainless steel pipe as same material of development is made. It comprises of three indistinguishable barrel shaped conductors In regard of geometry. One end of these is warmed electrically while there are little limit tanks going about as warmth sinks at the opposite end. The unit comprises of a warmth pipe a copper pipe and a stainless steel pipe. Temperature sensors are implanted along the length to gauge the temperature dispersion and the warmth exchange rate is noted as far as the temperature ascend in the warmth sink tanks.
The execution of the warmth pipe as a super-directing gadget can be examined well as far as the temperature appropriation along the length at a given moment and can be contrasted and other two individuals. About isothermal temperature dispersion and quick ascent of temperature in warm sink tank uncovers the warmth pipe prevalence over the regular conductors
Analyses
To show the super warm conductivity of Heat Pipe and to contrast its working and best conductor i.e. Copper pipe and Stainless steel pipe as same material of development.
To plot the temperature v/s time reaction of three funnels
To plot the temperature dispersion along the length of three channels
Utilities Required
Power Supply: 1Phase, 220 V AC, 2 Amp.
Table for set-up help
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