There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软木或蚁丘等，以牠们长长的及黏的舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通验数据的分析，求出了材料的黏系数，给出了利用塑能耗的起材料疲劳极限的方法。

There are two types of Echidnas, long-nosed and short-nosed.

会撕开软木或蚁丘等，以的及黏的舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用塑能耗的起点确定材料疲劳极限的方法。

There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软木或蚁丘等，以牠们长长的及黏的舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的析，求出了材料的黏系数，给出了利用塑能耗的起点确定材料疲劳极限的方法。

There are two types of Echidnas, long-nosed and short-nosed.

们会撕开软木或蚁丘等，以们长长的及黏的舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用塑能耗的起点确定材料疲劳极限的方法。

There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软木或蚁丘等，以牠们长长及黏，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据分析，求出了材料黏系数，给出了利用塑能耗起点确定材料疲劳极限法。

There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软丘等，以牠们长长的及黏的舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用塑能耗的起点确定材料疲劳极限的方法。

There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软木或蚁丘等，以牠们长长及黏舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验据分析，求了黏系，了利用塑能耗起点确定疲劳极限方法。

There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软木或，以牠们长长的及黏的舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用塑能耗的起点确定材料疲劳极限的方法。

There are two types of Echidnas, long-nosed and short-nosed.

牠们会撕开软木或蚁丘等，以牠们及黏舌头，将猎物捕获。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据分析，求出了材料黏系数，给出了利用塑能耗起点确定材料疲劳极限方法。