The hot magma, or lava as it is called andup on the surface the earth.

Crude: Come on, get on! Magma is coming!

克鲁德: 还不快上来, 岩浆 就要来了!

It is considered highly unlikely, though, that such an underground magma passage exists.

然而, 这样一个地底通道极不可能存在.

The molten rock within was released in a jet of gas and fragmented magma.

内部的熔岩随着喷射的气体和碎裂的岩浆喷涌出来.

Magma volume , volatile emissions , and stratospheric aerosols from the 1815 eruption of Tambora.

来自1815Tambora爆发(火山灰)的岩浆体积 、 短暂散发和平流层气溶胶.

C: Between swamps and magma , we will die here!

克鲁德: 前有沼泽,右有岩浆, 我们完了!

The sulphur has been consider to come from anatexis magma hydrothermal in the deep source.

认为硫主要来源于深源重熔岩浆热液.

Deep beneath the Earth's crust there are pockets of partially liquid rock called magma.

在地壳的深处有很多异体囊,囊中有半液态的岩叫作岩浆.

The magma within the earth may be heavily charged with gases and steam.

地球内的岩浆可能含有大量的气体和蒸汽.

Spewed by pocket of magma, the water reaches temperatures as high as 467 degrees Celsius.

这些热水是由岩浆容器上部的的烟囱喷发出来的.热水的温度高达467摄氏度.

The magma submerged the whole city when the volcano erupted.

火山爆发的时候,岩浆岩把整个城市都淹没了.

The moment high pressure of magma intrusion caused brittle fracture of the surroundings mud rocks andandfissures.

岩浆侵入活动大大改变了其周围泥岩的储集性能,对油气聚集具有重要意义.

EB: Magma is coming right away!

海尔哥哥;马上就要过来了!

As the magma moves through cracks in the Earth's surface it cools around the edges.

岩浆可以在地球表面的火山岩看到,构成了一系列混合的化学物质.

All magma consists basically of a variety of silicate minerals.

所有的岩浆基本上都由各种硅酸盐矿物质构成.

Melt structure plays an important role in governing physical and thermodynamic characteristics of magmas.

熔体结构对岩浆的物理和热力学性质起著重要的制约作用.

Pegmatites seem to form during a late magmatic stage.

伟晶岩似乎是在较晚的岩浆阶段形成的.

The alkali content in the composition of magmatic rock was more, iron content was less.

岩浆岩成分中碱质含量较高, 铁质含量较低.

Thus, Waizideposit is a remelting magmatic hydrothermal deposit.

因此, 该矿床是重熔岩浆热液矿床.

The studied area migmatitic granite, which was regarded as magmatic rock by previous researchers.

后仙峪硼矿区地表分布的岩石主要为混合花岗岩.

The relationship between tectono-magmatic activation and gold mineralization in Qinling, is discussed in this paper.

本文论述了秦岭区构造岩浆活化作用与金矿床形成及演化的关系.