basically magnetic fields can only be blocked or contained by conductive material such as the iron, electronic devices are shielded by metallic boxes to avoid interference. so, i don't think there's a known non conductive material that can block the magnetic field.
Magnetism is important in space in that space is filled with charged bodies that are moved by the magnetism. An example is, the Earth Magnetic shield deflects charged particles and protects the earth's atmosphere.
yes, magnetism is a non-contact force, just because something is not magnetic doesnt mean it wont go through it, much like gravity except some things are magnetically neutral Magnetic material such as iron can shield enclosures from magnetic lines of force.
Pyroclastic materials from shield volcanoes generally consist of basaltic lava flows and minor amounts of tephra, such as ash and cinder. These materials are typically low in silica content and flow easily, producing gentle, broad slopes characteristic of shield volcanoes. Explosive eruptions from shield volcanoes are less common compared to stratovolcanoes due to the lower viscosity of the magma.
Shield volcanoes are made up of primarily basaltic lava flows, which are low in silica content and therefore flow easily. These lava flows alternate with layers of pyroclastic materials, such as ash and cinders. The combination of these materials results in the low profile, broad shape characteristic of shield volcanoes.
Some common materials used to contain nuclear materials include lead, steel, concrete, and specialized containers such as fuel rod assemblies or storage casks. These materials are chosen for their ability to shield against radiation and protect the environment and people from exposure to dangerous radioactive substances.
I don't know, bitchachoss
While magnetism from a magnet can influence the magnetic properties of materials, it can typically pass through most magnetic materials. However, some high-permeability materials like mu-metal can redirect or shield magnetic fields.
they redirect the magnetic field. for instance, a material known as mu-metal attracts all of the magnetism to it, thus redirecting the magnetic field away form other stuff. kinda like a faraday shield redirects electrons, mumetal redirects magnetism. the basic principal here is that some materials "want" magnetism more than others. thus you can put the magnet near it, and it will "hog" all of the magnetism. hope that's scientific enough :)
magma
Magnetism is important in space in that space is filled with charged bodies that are moved by the magnetism. An example is, the Earth Magnetic shield deflects charged particles and protects the earth's atmosphere.
yes, magnetism is a non-contact force, just because something is not magnetic doesnt mean it wont go through it, much like gravity except some things are magnetically neutral Magnetic material such as iron can shield enclosures from magnetic lines of force.
Gamma radiation is the hardest type of radiation to shield against because it has high energy and penetrates most materials easily. Dense materials such as lead and concrete are commonly used to shield against gamma radiation.
Pyroclastic materials from shield volcanoes generally consist of basaltic lava flows and minor amounts of tephra, such as ash and cinder. These materials are typically low in silica content and flow easily, producing gentle, broad slopes characteristic of shield volcanoes. Explosive eruptions from shield volcanoes are less common compared to stratovolcanoes due to the lower viscosity of the magma.
Shield volcanoes are made up of primarily basaltic lava flows, which are low in silica content and therefore flow easily. These lava flows alternate with layers of pyroclastic materials, such as ash and cinders. The combination of these materials results in the low profile, broad shape characteristic of shield volcanoes.
18 inches
lead
No, cardboard does not act as a magnetic shield. Magnetic shields are typically made of materials with high magnetic permeability, such as mu-metal or ferrite. Cardboard does not have the properties necessary to shield against magnetic fields.