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magma Anlamı

• Molten rock originating from the Earth's interior. molten rock in the earth's crust.
• Molten rock originating from the Earth's interior. molten rock in the earth's crust.
• Molten rock; referred to as lava when extruded onto the Earth's surface. molten material located beneath the Earth's surface.
• Molten rock; referred to as lava when extruded onto the Earth's surface. molten material located beneath the Earth's surface.
• Molten rock beneath the earth's surface Magma is called 'lava' when it erupts from a volcano.
• Molten rock beneath the earth's surface Magma is called 'lava' when it erupts from a volcano.
• Molten rock within the Earth, from which igneous rock is formed by cooling.
• Molten rock within the Earth, from which igneous rock is formed by cooling.
• Molten rock below the Earth's surface. the molten rock material under the earth's crust, from which igneous rock is formed by cooling.
• Molten rock below the Earth's surface. the molten rock material under the earth's crust, from which igneous rock is formed by cooling.
• Liquid or molten rock deep in the earth in a zone of very high temperatures and enormous pressure where rock fusion takes place.
• Liquid or molten rock deep in the earth in a zone of very high temperatures and enormous pressure where rock fusion takes place.
• Molten rock containing liquids, crystals, and dissolved gases that forms within the upper part of the Earth's mantle and crust When erupted onto the Earth's surface, it is called lava.
• Molten rock containing liquids, crystals, and dissolved gases that forms within the upper part of the Earth's mantle and crust When erupted onto the Earth's surface, it is called lava.
• Molten or partially molten rock at temperatures ranging from 700 deg C to 1600 deg C Some magma bodies are believed to exist at drillable depths within the earth's crust, although practical technologies for harnessing magma energy have not been developed If ever utilized, magma represents a potentially enormous resource.
• Molten or partially molten rock at temperatures ranging from 700 deg C to 1600 deg C Some magma bodies are believed to exist at drillable depths within the earth's crust, although practical technologies for harnessing magma energy have not been developed If ever utilized, magma represents a potentially enormous resource.
• Naturally occurring molten rock material, generated within the earth and capable of being intruded into other rocks or extruded onto the surface of the earth. n molten rock found beneath the surface of the earth.
• Naturally occurring molten rock material, generated within the earth and capable of being intruded into other rocks or extruded onto the surface of the earth. n molten rock found beneath the surface of the earth.
• Molten rock below the surface of the Earth that rises in volcanic vents Lava is the term for magma after it erupts from a volcano.
• Molten rock below the surface of the Earth that rises in volcanic vents Lava is the term for magma after it erupts from a volcano.
• Molten rock that cools and solidifies below the surface of the earth.
• Molten rock that cools and solidifies below the surface of the earth.
• Molten rock generated within the Earth. molten rock beneath the surface of the earth.
• Molten rock generated within the Earth. molten rock beneath the surface of the earth.
• Molten rock material within the earth.
• Molten rock material within the earth.
• Molten rock which exists below the earth's crust; it solidifies to form igneous rocks on the earth's surface.
• Molten rock which exists below the earth's crust; it solidifies to form igneous rocks on the earth's surface.
• Molten rock beneath the surface of the Earth that forms igneous rocks when cooled.
• Molten rock beneath the surface of the Earth that forms igneous rocks when cooled.
• Molten rock beneath the surface of the earth.
• Molten rock beneath the surface of the earth.
• Molten rock within the crust of a planet that is capable of intrusion into adjacent crustal rocks or extrusion onto the surface Igneous rocks are derived from magma through solidification and related processes or through eruption of the magma at the surface.
• Molten rock within the crust of a planet that is capable of intrusion into adjacent crustal rocks or extrusion onto the surface Igneous rocks are derived from magma through solidification and related processes or through eruption of the magma at the surface.
• magma.
• magma.
• The amorphous or homogenous matrix or ground mass, as distinguished from well-defined crystals; as, the magma of porphyry. molten rock in the earth's crust.
• The amorphous or homogenous matrix or ground mass, as distinguished from well-defined crystals; as, the magma of porphyry. molten rock in the earth's crust.
• The glassy base of an eruptive rock.
• The glassy base of an eruptive rock.
• The molten matter within the earth, the source of the material of lava flows, dikes of eruptive rocks, etc.
• The molten matter within the earth, the source of the material of lava flows, dikes of eruptive rocks, etc.
• A salve or confection of thick consistency.
• A salve or confection of thick consistency.
• A thick residuum obtained from certain substances after the fluid parts are expressed from them; the grounds which remain after treating a substance with any menstruum, as water or alcohol.
• A thick residuum obtained from certain substances after the fluid parts are expressed from them; the grounds which remain after treating a substance with any menstruum, as water or alcohol.
• Any crude mixture of mineral or organic matters in the state of a thin paste.
• Any crude mixture of mineral or organic matters in the state of a thin paste.
• magma.
• magma.