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1·Such a titanic collision between Earth and a Mars-size impactor may have given rise to Earth's Moon.

地球和火星大小的撞击物发生如此巨大的碰撞，可能导致了月球的形成。

2·In such collisions, the impactor is completely destroyed and its material is incorporated into the larger body.

在这种碰撞中，撞击者被完全摧毁，其物质被并入较大的天体中。

3·In a titanic collision model, the bulk of the Moon would have formed from a combination of material from the impactor and Earth's mantle.

在泰坦尼克碰撞模型中，月球的大部分是由来自撞击者和地幔的物质结合形成的。

4·Computer simulations of this impact show that both of the objects would melt in the impact and the dense core of the impactor would fall as molten rock into the liquefied iron core of Earth.

对这次撞击的计算机模拟显示，这两个物体都会在撞击中熔化，而撞击者稠密的核心会以熔融岩石的形式落入地球的液化铁芯中。

5·Grimlock and Impactor meet Megatron within the arenas.

钢锁与撞针于大角斗场结识威震天。

6·Oslash; Grimlock and Impactor meet Megatron within the arenas.

钢锁与撞针于大角斗场结识威震天。

7·In a way you do make a crater, but you fill it all in with the impactor material, says Asphaug.

“从某种意思上说，碰撞过程中产生过环形山，但是参与碰撞的物质又把它填满了。” Asphaug说到。

8·The space craft will not land on the moon, though it will send a small impactor probe to the surface.

飞船将向月表发射一枚“撞击”探测器，但是不会在月球着陆。

9·A small change in the design of a slit bioaerosol impactor significantly improves its collection characteristics.

稍微改变纵向生物性气胶冲击器设计可有效改善其收集特征。

10·Taking the maximum impacting load as designing object, an optimal design model of the fluid impactor is established.

以最大冲击载荷为设计目标建立了冲击器的优化计算模型并进行实例计算。

冲击器

1·Inertial impactor is one of the most important particulate samplers, which is widely used for the atmospheric particulate classification.

惯性冲击器是最重要的颗粒物采样器之一，被广泛用于大气颗粒物的分级采样。

2·A small change in the design of a slit bioaerosol impactor significantly improves its collection characteristics.

稍微改变纵向生物性气胶冲击器设计可有效改善其收集特征。

(1)cascade impactor阶式碰撞取样器