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Explosive types of volcanoes are typically referred to as stratovolcanoes or composite volcanoes. These volcanoes are characterized by their steep sides and explosive eruptions caused by trapped gases and thick, viscous lava. Examples include Mt. St. Helens in the United States and Mt. Fuji in Japan.
Explosive and non-explosive eruptions form different types of rock. Explosive eruptions tend to have fragmented rocks composed of cinders, ash, and pumice. Non-explosive eruptions usually produce lava flows, which tend to cool as solid sheets or channels of rock.
Single-welled drums used as a pressure vessel.
The three types of volcanic eruptions are explosive, effusive, and phreatic. Explosive eruptions involve violent ejection of ash, rock, and lava, while effusive eruptions entail a gentle flow of lava. Phreatic eruptions occur when magma interacts with water, causing steam-driven explosions.
Phreatic eruptions occur when water comes into contact with magma, causing a steam-driven explosion. Phreatomagmatic eruptions involve the interaction of water and magma to produce explosive eruptions. Surtseyan eruptions refer to shallow submarine or coastal volcanic eruptions that interact with water or ice, creating explosive activity.
Non-explosive and Explosive
explosive and non-explosive
Rhyolite caldera complexes are the most explosive volcanoes, although other types of volcanoes can also erupt.
Volcanoes with more viscosity are more explosive.
They are both can cause damage and they are both types of earthquakes.
A standard detonating fuse uses a sensitive primary explosive like mercury fulminate, picric acid, or some such to initiate the main charge or sometimes a booster charge which will then set off the main charge. The main charge is usually an insensitive high explosive like TNT or PTEN. These fuses are initiated by either an electric current or a fuse. NONEL fuses also called Shock Tube detonators utilize a multilayered small diameter tube coated on the innermost wall with a reactive explosive compound. When initiated the explosive propagates a low energy signal down the length of the tube to the booster or explosive. NONEL fuses are less prone to accidental detonation unlike standard fuses which can sometimes be detonated by static electricity, and since the detonation is kept within the tube they are less dangerous if they do go off accidentally
Strato and Cinder-cone volcanos but cinder cones can have non explosive too but not strato
Explosive ones.
Flow, and explosive
There are effusive eruptions and explosive eruptions.
the ability to not get blown up.
No there are many types and sizes of fuses - you should use the correct size fuse whatever you are doing.