Originariamente inviato da blade
comunque 1 N/cm² = 0.1 bar ==> 350-450 N/cm² = 35-45 bar ...
se fossero su tutta la cella diciamo 5x5 cm: 350 / 25 = 14 N/cm² = 1.4 bar
blade controlla per favore l'origine di questa pressione "ottima" non vorrei che derivasse dalla "resistenza di contatto":
Resistenza di contatto - Wikipedia
Thermal contact conductance - Wikipedia, the free encyclopedia
http://www.ces.clemson.edu/~mica/Pub...ns/Ref_132.pdf
nel qual caso noi (almeno per ora) ce ne fottiamo
31. Are there any special considerations which apply to clamping a device?
The biggest challenge is finding an effective way to maintain fairly even compression across all of the modules employed. In doing this, you must provide enough compression screws (i.e., the fasteners which draw the hot
and cold sides toward the module) to assure a good thermal interface, yet avoid any distortion of the metal stock (heat sinks, burner boxes, etc.). If the expanse is too great, the metal can easily bow and compromise the
thermal interface (and mechanical integrity) in the process. Also, when assembling the generator, it is important to bring the compression up gradually on these screws so that modules are not crushed from the collapsed fulcrum effect {see “Mechanical Clamping Method”, in the Introduction to Thermoelectrics}.
The biggest challenge is finding an effective way to maintain fairly even compression across all of the modules employed. In doing this, you must provide enough compression screws (i.e., the fasteners which draw the hot
and cold sides toward the module) to assure a good thermal interface, yet avoid any distortion of the metal stock (heat sinks, burner boxes, etc.). If the expanse is too great, the metal can easily bow and compromise the
thermal interface (and mechanical integrity) in the process. Also, when assembling the generator, it is important to bring the compression up gradually on these screws so that modules are not crushed from the collapsed fulcrum effect {see “Mechanical Clamping Method”, in the Introduction to Thermoelectrics}.
sono tutte problematiche da "piastrari"
noi per adesso andiamo senza resistenze di contatto solido-solido.
noi per adesso andiamo senza resistenze di contatto solido-solido.
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