Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热效应出发，一种制取极低温的试验方法，并从理论上进行分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热发，构思了一种制取极低温的试验方法，并从理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从的机械热效应出发，构思了一种制取极低温的试验方法，并从理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热效应出发，构思了一种制取极低温的试验方法，并从理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

流的机械热效应出发，构思了一种制取极低温的试验方法，并理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热效应出发，构思了一种制取极低温的试验方法，并从理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热效应，思了一种制取极低温的试验方法，并从理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热效应出发，构思了一种制取极低温的试验方法，并从理论上进行了分析。

Based on the mechanocaloric effect of superfluid helium, a new way to produce super low-temperature was conceived and analyzed theoretically.

从超流的机械热效应出发，构思了一极低温的试验方法，并从理论上进行了分析。