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  2. These Tried-and-Tested Neck Fans Will Keep You Cool All Summer

    www.aol.com/tried-tested-neck-fans-keep...

    Comfortpak Wearable Cooling and Heating Device. Black+Decker’s Comfortpak is a unique alternative to neck fans and wearable air conditioners. Ultimately, it does the same thing—regulates your ...

  3. 15 products to help you stay cool in the extreme heat: 'A ...

    www.aol.com/lifestyle/products-to-help-you-stay...

    From a frozen cooling towel that stays cold for hours, to the fan that you wear around your neck so you can keep your hands free, there are plenty of genius devices at there that'll keep you cool ...

  4. Fight the extreme heat with this $30 cooling neck fan: 'Best ...

    www.aol.com/lifestyle/stay-cool-neck-fan-deal...

    Fight the extreme heat with this $30 cooling neck fan: 'Best thing ever for hot flashes and summer' ... Don't wait if you think you could benefit from this little devices, as we don't know how ...

  5. Heat sink - Wikipedia

    en.wikipedia.org/wiki/Heat_sink

    Cooling system of an Asus GTX 650 graphics card; three heat pipes are visible. Heat dissipation is an unavoidable by-product of electronic devices and circuits. [10] In general, the temperature of the device or component will depend on the thermal resistance from the component to the environment, and the heat dissipated by the component.

  6. Vacuum flask - Wikipedia

    en.wikipedia.org/wiki/Vacuum_flask

    The industrial Dewar flask is the base for a device used to passively insulate medical shipments. [15] [16] Most vaccines are sensitive to heat [17] [18] and require a cold chain system to keep them at stable, near freezing temperatures. The Arktek device uses eight one-litre ice blocks to hold vaccines at under 10 °C. [19]

  7. Magnetic refrigeration - Wikipedia

    en.wikipedia.org/wiki/Magnetic_refrigeration

    The GeoThermag system showed the ability to produce cold water even at 281.8 K in the presence of a heat load of 60 W. In addition, the system has shown the existence of an optimal frequency f AMR, 0.26 Hz, for which it was possible to produce cold water at 287.9 K with a thermal load equal to 190 W with a COP of 2.20.