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MagnetsMagneticsMagnetic FieldsFerric CompoundsIronFerrous CompoundsFerrosoferric OxideMagnetic PhenomenaIron, DietaryFlourAnemia, Iron-DeficiencyElectronsFerritinsIron Chelating AgentsFood, FortifiedHemoglobinsBiological AvailabilityDietary SupplementsTemperatureIron OverloadIron IsotopesIron RadioisotopesIron CompoundsTransferrinIron Regulatory Protein 1Iron Metabolism DisordersIron Regulatory Protein 2
FerromagnetismAlloyDiffractionParamagneticAntiferromagneticSuperconductorMetalsMagnetismSilvery white appearanceParticlesCobaltCopperNonmagneticLustrousAtomsMagnetsCompositionNickelMagnetizationAlloysPropertiesElectronsCarbonTitaniumBinderThickConsistStronglyFormDynamicsInterfacesMaterialsOxideMetallic ironMetallurgySteelFoundOrderLayerShortSpinBurntCommonPresentLayersSmallMade of ironSingle
Ferromagnetism1
  • However, there are many steel types that are not ferromagnetic, since ferromagnetism is not necessarily defined by iron itself but by its elemental structure. (bortec-group.com)
Alloy5
  • Though pure iron is typically soft, the addition of carbon creates the alloy known as steel , which is significantly stronger. (americanelements.com)
  • This alloy has weak ferromagnetic properties. (beilstein-journals.org)
  • 56 percent nickel is required before the alloy shows ferromagnetic properties at ordinary temperatures. (stackexchange.com)
  • begingroup$ So is it possible to make a ferromagnetic alloy with two or more non-ferromagnetic metals in the right combination? (stackexchange.com)
  • Steel is a widely used alloy made up of iron and other elements, such as carbon, manganese, and silicon. (eartheclipse.com)
Diffraction4
  • This work provides detailed femtosecond electron diffraction studies on gadolinium and terbium, both in the ferromagnetic and paramagnetic phases. (fu-berlin.de)
  • Mössbauer spectra for most of the alloys shows that iron atoms in this alloys, in spite of the fact that only one phase was detected using the X-ray diffraction, exist both in ferromagnetic and non-ferromagnetic conditions. (nmlindia.org)
  • X-ray diffraction, transmission electron microscopy, and scanning electron microscopy with elemental mapping were used to assess the phase purity, surface morphology, particle size, and homogeneity of the resulting nanocomposite. (edu.au)
  • Structure, size, morphology, and elemental compositions of ZnFe 2 O 4 NPs were analyzed using X-ray diffraction pattern, Fourier transform infrared spectroscopy, and field emission scanning electron microscopy coupled with energy-dispersive X-ray spectroscopy. (biomedcentral.com)
Paramagnetic1
  • When electrons are paired in an orbital, their opposite magnetic moments create opposite magnetic fields that cancel each other: substances with all electrons paired are neither paramagnetic nor ferromagnetic. (unizin.org)
Antiferromagnetic3
  • The ferromagnetic or antiferromagnetic ordering in CuO single crystal could be controll What is copper oxide?Copper is a reddish metal with a very high electrical and thermal conductivity, only surpassed by the thermal conductivity of gold and silver. (mis-asia.com)
  • Consequently, the interaction of ferromagnetic layers across different silicides may show antiferromagnetic or ferromagnetic coupling depending on the kind of silicide. (scirp.org)
  • R. Arras, S. Cherifi-Hertel, Polarization Control of the Interface Ferromagnetic to Antiferromagnetic Phase Transition in Co/Pb(Zr,Ti)O-3, ACS Applied Materials & Interfaces. (ipcms.fr)
Superconductor1
  • The proximity of this weak ferromagnetic layer to a thick superconductor leads to an intermediate phase that is characterized by a suppressed but still finite resistance of structure in a temperature interval of about 1 K below the superconducting transition of thick Nb. (beilstein-journals.org)
Metals12
  • Although iron and titanium are common today and rather inexpensive, their rarity three thousand years ago evidently lent to these metals a high value that led to their being hidden away and preserved. (byu.edu)
  • None of these substances are made of iron or other commonly magnetic metals, so clearly something odd is going on. (survivalzest.com)
  • However, this terminology is usually only applied to the field of metallurgy in order to distinguish between metals that contain iron and those that do not. (bortec-group.com)
  • Since there are so many types of ferrous metals, it's hard to find common ground other than the fact that they contain iron. (bortec-group.com)
  • However, ferrous metals are generally heavier than non-ferrous metals, as the density of iron is high. (bortec-group.com)
  • Majority of ferrous metals can form iron oxides when exposed to oxygen. (bortec-group.com)
  • Most of these metals can be alloyed with iron, usually forming a stronger and harder material. (bortec-group.com)
  • Nonferrous metals can also be found in expensive jewelry, while metals containing iron are usually used for low-cost jewelry. (bortec-group.com)
  • However, it is not as magnetic as other metals like iron. (eartheclipse.com)
  • However, other metals-such as iron, aluminum, silicon, and manganese-are also mixed in to produce different properties and color variations. (sequoia-brass-copper.com)
  • Elemental rubidium is highly reactive, with properties similar to those of other alkali metals, including rapid oxidation in air. (viking.nu)
  • begingroup$ Be aware that even chrome-nickel stainless steel ( typically 16-20% Cr, 8_12% Ni, rest mostly iron ) is not ferromagnetic ( magnetic in common terms ), even if it contains mostly ferromagnetic metals as Fe and Ni. (stackexchange.com)
Magnetism2
  • The phenomenon of remanence, also referred to as residual magnetism, describes the remaining magnetization of an iron core after the actual cause, an external magnetic field, has been removed. (electrical-engineering.academy)
  • These Weiss domains are the reason for the remaining residual magnetism in the iron core. (electrical-engineering.academy)
Silvery white appearance2
  • In its elemental form, zirconium has a silvery white appearance that is similar to titanium. (americanelements.com)
  • In its elemental form, palladium has a silvery white appearance. (americanelements.com)
Particles10
  • The particles in the ink on many countries' currency have ferromagnetic properties, including some elemental iron. (wikipedia.org)
  • Because it's scattered and tiny particles, this iron is weak before the match burns. (survivalzest.com)
  • The particles of iron (III) oxide in your match tips are scattered and weak. (survivalzest.com)
  • In fact, systematic measurements of the bulk remanent magnetization of the Ryugu samples showed that the ferromagnetic minerals present are fine-grained magnetite particles with sizes in the submicron-to-micron range, pyrrhotite particles with sizes in the submicron to several-hundred micron range, and micron-sized or larger coarse-grained magnetite particles, in descending order of their contribution to the remanent magnetization 11 . (nature.com)
  • A magnetic recording medium is disclosed, comprising a nonmagnetic support having thereon a magnetic layer comprising mainly ferromagnetic metal particles of a specific surface area and binder resins, wherein at least part of said binder resins is a cellulosic resin having in side chains of the molecules thereof a polar group which is a sulfonic acid group, a metal sulfonate group, a phosphoric acid group, or a metal phosphate group. (justia.com)
  • More particularly, it relates to a coating type magnetic recording medium which uses ferromagnetic metal particles and shows an excellent running durability. (justia.com)
  • In the field of magnetic recording media having a magnetic layer consisting mainly of ferromagnetic particles and a binder resin, there is a growing demand for higher--density recording. (justia.com)
  • In such cases, the magnetic layers are occasionally apt to shed ferromagnetic particles, which may have caused clogging of magnetic heads. (justia.com)
  • Further, as an effective means for obtaining magnetic recording media that can record information at high densities, it is known to employ ferromagnetic metal particles as the ferromagnetic particles. (justia.com)
  • The use of ferromagnetic metal particles in a floppy disk, however, has been defective in that the magnetic layer is prone to suffer damages due to the rubbing contact of the magnetic layer with the liner in the jacket, and this may cause dropouts. (justia.com)
Cobalt5
  • In its elemental form, cobalt has a lustrous gray appearance. (americanelements.com)
  • Cobalt is a ferromagnetic metal and is used primarily in the production of magnetic and high-strength superalloys . (americanelements.com)
  • Plus, there are ferromagnetic materials that do not contain any iron, such as cobalt and nickel. (bortec-group.com)
  • Several technologically relevant materials were investigated: the layered semiconductor black phosphorus, the 3d ferromagnets cobalt, iron, and nickel, and the 4f ferromagnets gadolinium and terbium. (fu-berlin.de)
  • The 3d ferromagnets iron, cobalt, and nickel exhibit ultrafast demagnetization on timescales of hundreds of femtoseconds following laser excitation. (fu-berlin.de)
Copper4
  • The chemistry of copper and iron plays a critical role in normal brain function. (diamond.ac.uk)
  • Like cuprous oxide, copper (II) oxide can be manufactured by heating elemental (metallic) Copper but at lower temperatures. (mis-asia.com)
  • Regardless of the elemental addition, bronze demonstrates greater hardness than pure copper. (sequoia-brass-copper.com)
  • While nickel is ferromagnetic, copper is not. (stackexchange.com)
Nonmagnetic2
  • The Fe layers in the trilayers were observed to consist of Fe layers doped with Si, ferromagnetic Fe-Si silicide layers and nonmagnetic Fe-Si silicide interface layer, while the Si spacer was found to be Fe-Si compound layers with an additional amorphous Si (α-Si) sublayer for t Si ≥ 30 Å. (scirp.org)
  • The mechanism of interlayer coupling across a semiconducting spacer layer could be fundamentally different from that observed for ferromagnetic films, coupled across nonmagnetic metallic spacer layers. (scirp.org)
Lustrous1
Atoms1
  • A. In a ferromagnetic substance, all atoms within a region (called a magnetic domain) have their electron magnetic moments aligned the same way. (unizin.org)
Magnets7
Composition1
  • Mixtures of elemental powders of Fe3-xAlCrx composition, where x ∈ (0.8 -1.2) were mechanically alloyed in the AGO-2U planetary ball mill. (nmlindia.org)
Nickel2
  • Our planet's crust contains 5% of iron content, while scientists suspect that the outer and inner core is molten iron alloyed with little amounts of nickel. (bortec-group.com)
  • It would be expected that magnetic minerals such as magnetite, sulfides, metallic iron, or iron-nickel alloys present in the carbonaceous chondrites would display natural remanent magnetization. (nature.com)
Magnetization2
  • In the samples collected from the asteroid Ryugu, magnetite displays natural remanent magnetization due to nebular magnetic field, whereas contemporaneously grown iron sulfide does not display stable remanent magnetization. (nature.com)
  • Amongst the utilized fundamental effects is spin pumping where a precessing magnetization of a ferromagnet being at ferromagnetic resonance (FMR) transfers angular momentum to an adjacent nonferromagnetic layer [2], i.e. spin current. (avssymposium.org)
Alloys2
  • begingroup$ @Poutnik So why are other Fe-Ni alloys, such as permalloy (which have ~45 - 85% Ni), ferromagnetic? (stackexchange.com)
  • Interestingly, I also found that austenitic alloys can be partly converted to ferromagnetic forms (martensitic and ferritic) using cold working (the austentic crystal structure -- which Fe favors in the presence of Ni -- can be restored by melting and recooling). (stackexchange.com)
Properties1
  • In order to answer this question you need to look at the properties of iron and find one thing about it that no other material available in your setting has or at least where it is a remarkable outlier. (stackexchange.com)
Electrons2
Carbon1
Titanium1
  • This process required considerable workmanship in view of the hardness of the iron-titanium ore from which the beads were manufactured. (byu.edu)
Binder1
  • Along with phosphorus sesquisulfide and potassium chlorate, the iron (III) oxide and a binder come together to form that tip. (survivalzest.com)
Thick1
  • A series of trilayers of sputtered Fe/Si/Fe were grown to study the interface characteristics and magnetic coupling between ferromagnetic Fe layers (30 Å thick) for Si spacer thickness (t Si ) ranging from 15 Å to 40 Å. (scirp.org)
Consist1
Strongly1
  • The substance is attracted to a magnet, but not as strongly as a ferromagnetic substance. (unizin.org)
Form3
Dynamics1
  • This work shows that energy-conserving atomistic spin dynamics simulations offer a quantitative description of the microscopic energy flow in all three elemental 3d ferromagnets. (fu-berlin.de)
Interfaces1
  • The interpretation of the coupling data has been hampered by lack of knowledge about the spontaneously formed iron silicide layer at the interfaces, which has been variously hypothesized to be a metallic compound in the B2 structure or a semiconductor in the more complex B20 structure [12,13]. (scirp.org)
Materials2
  • As a general rule, ferrous materials are distinguished from non-ferrous materials by the fact that they contain iron and non-ferrous materials do not. (bortec-group.com)
  • To cut a long story short: Ferrous materials are not necessarily ferromagnetic. (bortec-group.com)
Oxide7
  • Matches are magnetic because of a small amount of iron (III) oxide in the tips. (survivalzest.com)
  • The tips contain a small amount of iron (III) oxide, otherwise known as rust. (survivalzest.com)
  • As fire burns, it uses up the oxygen and pulls the 'oxide' out of the iron. (survivalzest.com)
  • Seeing that yellow fire means that any iron (III) oxide inside is turning into elemental iron as it burns. (survivalzest.com)
  • Red tipped matches are the most likely to contain iron (III) oxide because it is commonly used as a pigment. (survivalzest.com)
  • Although it's still possible to find iron (III) oxide in non-red-tipped matches, there's no real need for it, so white and other colored match tips will often lack this odd magnetic effect. (survivalzest.com)
  • You may find unique matches with blue or green tips, but most are red from the iron (III) oxide used to color them. (survivalzest.com)
Metallic iron1
Metallurgy1
  • But I am not expert in metallurgy, relying on googled info and I do as well remember typical CrNi steel is not ferromagnetic. (stackexchange.com)
Steel2
Found2
  • Elemental iron does not occur naturally on Earth, but can be found in meteorites and reacts to oxygen and water. (bortec-group.com)
  • Due to its high reactivity, it is never found in its elemental state in nature but has to be extracted from minerals. (eartheclipse.com)
Order1
  • Two types of samples were investigated: single Py microstrips and a heterostructure consisting of Co-doped ZnO thin film with the Py microstrip placed on top (Co:ZnO/Py) in order to investigate the ac component of the pumped spin polarization directly inside the nonferromagnet with ultimate spatio-temporal resolution and elemental selectivity. (avssymposium.org)
Layer1
  • Although a number of experimental works have been done to understand the mechanism of interlayer coupling in this system, the results are controversial and it is not yet well understood how the formation of iron silicide in the spacer layer affects the coupling. (scirp.org)
Short1
Spin1
  • A. Balaji, M. Kostylev, M. Bailleul, Scattering of a magnetostatic surface spin wave from a one-dimensional step potential in a ferromagnetic film, Journal of Applied Physics. (ipcms.fr)
Burnt1
Common2
  • Iron is the fourth most common element in the Earth's crust and the most common element by mass forming the earth as a whole. (americanelements.com)
  • Iron itself is, by mass, the most common element on earth. (bortec-group.com)
Present1
  • A strong anti-ferromagnetic (AF) coupling was observed in trilayers with iron silicide spacers, which disappeared if α-Si layers present in the spacers. (scirp.org)
Layers1
  • AF coupling in the multilayers was observed only for crystalline spacer layers, attributed to iron silicide formed at the interface, whereas in the trilayers, the spacer was claimed to be amorphous semiconducting Si. (scirp.org)
Small1
  • I suspect that laser printer toner will yield some amount of very small shiny spheres, iron-rich. (metabunk.org)
Made of iron1
  • But it's equally likely that something needs to be made of iron, for it to affect magic, permitting you to safely ignore the iron that exists in the mitochondria of plants and animals. (stackexchange.com)
Single1