The Fukushima Daiichi nuclear catastrophe in 2011 was caused in part by flooding that down the power generators call for to observe the flora ’s monitoring and cooling system . So , how could you keep something like this in the future tense ? How about by making systems that are ego - powering , rely on the vigour produced by the industrial plant itself ?
At the Acoustical Society of America ’s 164th meeting , researchers from Penn State University will be presentinga fashion of create atomic fuel monitor that are powered by the heat created by atomic reaction . A thermoacoustic standing wave engine could be built inside of a fuel pole , an engine that would come across based on the temperature of the fuel . In other words , this would be a way of life of monitoring what temperature the core is persist without requiring electrical energy .
And , as a bonus , the qualify fuel pole would be more effective at allot estrus , too .
Penn State grad student Randall A. Ali described the gadget in a going :
“ Thermoacoustics exploit the interaction between estrus and sound moving ridge . Thermoacoustic sensor can operate without moving role and do n’t call for outside tycoon if a rut source , such as fuel in a nuclear nuclear reactor , is uncommitted … We used tons made from a ceramic material with a regular array of parallel pores that ’s manufactured as the substrate for catalytic converters find out in many automotive fumes systems . These push-down store alleviate the transfer of heat to the flatulency in a cavity resonator , and heating is commute to sound when there ’s a temperature difference along the good deal . ”
It ’s a no - brainer to tap the energy of a plant to power itself , but doing it a non - electrical way provides a great failsafe in the upshot of calamity .
EnergynukesScience
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