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1·Blast wave can cause damage to organisms, which is called blast injury.

冲击波作用于生物体造成的损伤称为冲击伤。

2·The interaction between an oblique blast wave and supersonic blunt cone was discussed.

本文讨论了斜爆炸波与超音速钝锥激波层的相互作用问题。

3·Blast Wave: no longer receives double the intended critical strike bonus from Combustion.

冲击波：不再由点燃获得双倍暴击伤害。

4·The regularity of blast wave overpressures for explosions in air was studied analytically.

用解析方法对空气中爆炸时爆炸波超压的变化规律进行了理论分析。

5·As the depth of burst increases the amount of energy going into the air blast wave decreases.

随着爆炸深度的增加，转化为空中爆震波的能量便减少。

6·As the depth of burst increases, the amount of energy going into the air blast wave decreases.

随著爆炸深度的增加，转化为空中爆震波的能量便减少。

7·If the explosion is some distance away, it could take 3 0 seconds or more for the blast wave to hit.

如果爆炸距离较远，爆炸产生的冲击波会在30秒左右到达。

8·The maximum value, i. e. at the blast wave (or shock) front, is called the peak overpressure.

位于冲击波波阵面上的最大超压值称为“最高超压力。”

9·Arcane Impact renamed Spell Impact and now affects Blast Wave, Fire Blast, Cone of Cold, and Ice Lance.

奥术冲击现在更名为法术冲击，现在该天赋将影响到冲击波，火焰冲击，冰锥术和冰枪术。

10·On the whole, these mechanical effects on the blast wave are small and have little influence on overall damage.

总的来说对爆震波所起的这些力学效应是很小的，因而对整个破坏所产生的影响不大。

冲击波

1·As the supernova blast wave slams into tenuous clouds of interstellar gas, the resulting collision heats and compresses the gas, causing it to glow.

当高速行进的超新星冲击波与稀薄的星际气体相撞时，气体受到压缩和加热，因此而发光。

2·The initial rapid expansion of the fireball severely compresses the surrounding atmosphere, producing a powerful blast wave.

火球最初的迅速膨胀剧烈地压缩着周围的大气，产生了威力巨大的冲击波。

3·When the star exploded, it sent out a blast wave into the surrounding material, scooping up interstellar dust and gas as it went, like a snow plow.

当这颗恒星爆发的时候，它产生的冲击波向周围扩散，如同一个铲雪犁一般掀起路径上的星际尘埃。

4·Blast Wave: no longer receives double the intended critical strike bonus from Combustion.

冲击波：不再由点燃获得双倍暴击伤害。

5·The method can be applied to predict the damage or safety of the naval panels under explosive blast wave and can also provide a theoretical reference for safety defense design of a warship.

可应用于舰船结构在爆炸冲击波作用下的毁伤或防护方面的预测，从而为舰船的安全防护设计提供理论依据。