こちらは熱音響機関の研究を行なっています
熱音響機関は熱を音に変える新しいデバイスです
工場や車などでは、熱エネルギーの７割くらいが無駄に捨てられています
その熱エネルギーを高効率で回収することが出来れば大きな経済効果を生み出します
熱音響機関は、その捨てている熱を高効率で回収してものを冷やしたり温めたり発電することができる新しいデバイスです
ものを温めると膨張します
それをうまく行うことでこちらで音波を作り出します
音波を作り出してその音波がこちらをまわり大きな音となります
Rating
50
Translation / English
- Posted at 08 Feb 2012 at 18:00
We research thermoacoustic engine here.
Thermoacoustic engine is a new device which changes heat to sound.
In factories or cars, 70 percent of heat energy is uselessly put off.
If we can effectively recover the heat energy, we generate big economic effect.
Thermoacoustic engine is a new device which recovers the waste heat, and can cool or warm things and generate electricity.
When we warm things, it will expand.
We make sound wave here by doing it well.
We make sound wave and it will make big sound by rounding here.
Thermoacoustic engine is a new device which changes heat to sound.
In factories or cars, 70 percent of heat energy is uselessly put off.
If we can effectively recover the heat energy, we generate big economic effect.
Thermoacoustic engine is a new device which recovers the waste heat, and can cool or warm things and generate electricity.
When we warm things, it will expand.
We make sound wave here by doing it well.
We make sound wave and it will make big sound by rounding here.
熱から音を作れるということは、音から熱を作ることができます
熱から音を出して、その音エネルギーを使ってこちらを-３０度くらいまで冷却することができます
更に、温度を上げる事も出来ます
こちらを１００度の熱源ぐらいから２００度３００度まで熱を上げることも出来ます
更に発電機をつければ熱から発電することも出来ます
そのエネルギー変換効率は理論上３０%を超えます
可動部品がなく、永久に壊れることのない高効率な熱回生デバイスとして熱音響機関の研究を行なっております
Rating
50
Translation / English
- Posted at 08 Feb 2012 at 18:44
That sound can be made from heat means that you can take out sound from the heat.
Here it can be cooled down to about -30 degree using the sound energy made by heat.
You can raise the temperature as well.
Furthermore, temperature can also be raised here from the heat source of 100 degrees up to the range from 200 degrees to 300 degrees.
It can also generate electricity from heat with the heat generator attached.
The energy conversion efficiency exceeds 30% theoretically.
We are doing researches and studies of the heat sound organization as an efficient heat regeneration device which does not break down eternally without any unmovable parts.
Here it can be cooled down to about -30 degree using the sound energy made by heat.
You can raise the temperature as well.
Furthermore, temperature can also be raised here from the heat source of 100 degrees up to the range from 200 degrees to 300 degrees.
It can also generate electricity from heat with the heat generator attached.
The energy conversion efficiency exceeds 30% theoretically.
We are doing researches and studies of the heat sound organization as an efficient heat regeneration device which does not break down eternally without any unmovable parts.
