43 templates
Phase diagram (materials) templates
Native phase diagrams for materials science and thermodynamics. `type pt` (pressure × temperature) renders a single-component diagram with SCHEMATIC sublimation / vaporisation / fusion curves and labelled triple and critical points — the curve shapes are qualitative and identical for every substance; the declared temperatures and pressures set the point markers and their captions, not the paths between them. `type binary` renders a composition × temperature alloy diagram against a numeric temperature axis read from the two declared melting points, with schematic liquidus and solidus curves bridging them.
Phase — water (PT)
Classic single-component water P-T phase diagram.
Scientific PlotsPhase — Cu-Ni binary alloy
Complete-solid-solution binary phase diagram.
Scientific PlotsPhase — CO₂ (PT)
Carbon dioxide P-T diagram with named regions.
Scientific PlotsChemistry — Phase: iron–carbon (simplified)
Austenite, ferrite and pearlite regions of the Fe–C system.
Scientific PlotsChemistry — Phase: sulfur (P–T)
Rhombic, monoclinic, liquid and gas allotrope regions of sulfur.
Scientific PlotsChemistry — Phase: Pb–Sn eutectic
Classic binary eutectic system used to teach solder behaviour.
Scientific PlotsChemistry — Phase: Ag–Cu eutectic
The silver–copper binary eutectic system.
Scientific PlotsChemistry — Phase: carbon (graphite/diamond)
The carbon phase diagram with graphite and diamond.
Scientific PlotsChemistry — Phase: Cu-Zn (brass)
A simplified copper–zinc (brass) phase diagram.
Scientific PlotsChemistry — Phase: water (P–T)
The pressure–temperature phase diagram of water.
Scientific PlotsChemistry — Phase: carbon dioxide (P–T)
CO₂ with its triple point above atmospheric pressure.
Scientific PlotsChemistry — Phase: nitrogen (P–T)
The phase diagram of N₂.
Scientific PlotsChemistry — Phase: oxygen (P–T)
The phase diagram of O₂.
Scientific PlotsChemistry — Phase: methane (P–T)
The phase diagram of CH₄.
Scientific PlotsPhysics — Phase: helium-4 (superfluid)
The unusual phase diagram of ⁴He with a superfluid region.
Scientific PlotsChemistry — Phase: copper–nickel (isomorphous)
A complete solid-solution alloy system.
Scientific PlotsChemistry — Phase: aluminium–silicon (eutectic)
A classic eutectic casting alloy.
Scientific PlotsChemistry — Phase: silver–gold (isomorphous)
Two metals fully soluble in the solid state.
Scientific PlotsChemistry — Phase: bismuth–tin (eutectic)
A low-melting eutectic solder system.
Scientific PlotsEarth Science — Phase: salt–water (freezing)
Why salt lowers the freezing point of water (cryoscopy).
Scientific PlotsChemistry — Phase: gold–silicon (eutectic)
A low-melting eutectic used in microelectronics bonding.
Scientific PlotsChemistry — Phase: copper–silver (eutectic)
A eutectic with partial solid solubility at each end.
Scientific PlotsChemistry — Phase: lead–antimony (eutectic)
The classic type-metal / battery-grid alloy system.
Scientific PlotsChemistry — Phase: argon (P–T)
The phase diagram of the noble gas argon.
Scientific PlotsChemistry — Phase: hydrogen (P–T)
The phase diagram of H₂ at cryogenic temperatures.
Scientific PlotsChemistry — Phase: ammonia (P–T)
The phase diagram of NH₃.
Scientific PlotsChemistry — Phase: copper–tin (bronze)
The classic bronze alloy system.
Scientific PlotsChemistry — Phase: iron–nickel
The Fe-Ni system of meteorites and Invar.
Scientific PlotsChemistry — Phase: nickel–titanium (Nitinol)
The shape-memory alloy system.
Scientific PlotsChemistry — Phase: aluminium–copper (duralumin)
The precipitation-hardening Al-Cu system.
Scientific PlotsChemistry — Phase: iodine (P–T)
The phase diagram of I₂, which sublimes at 1 atm.
Scientific PlotsChemistry — Phase: mercury (P–T)
The phase diagram of mercury.
Scientific PlotsChemistry — Phase: neon (P–T)
The phase diagram of the noble gas neon.
Scientific PlotsChemistry — Phase: magnesium–zinc
A eutectic system forming the MgZn2 intermetallic.
Scientific PlotsChemistry — Phase: cadmium–bismuth (eutectic)
A simple binary eutectic with no solid solubility.
Scientific PlotsChemistry — Phase: iron–chromium (stainless)
The basis of stainless steel, with a brittle sigma phase.
Scientific PlotsChemistry — Phase: titanium–aluminium
Aerospace titanium aluminides.
Scientific PlotsChemistry — Phase: copper–lead (monotectic)
A monotectic system with a liquid miscibility gap.
Scientific PlotsChemistry — Phase: krypton (P–T)
The phase diagram of the noble gas krypton.
Scientific PlotsChemistry — Phase: Naphthalene (P–T)
Solid, liquid and vapour regions of naphthalene.
Scientific PlotsChemistry — Phase: Bromine (P–T)
Solid, liquid and vapour regions of bromine.
Scientific PlotsChemistry — Phase: Xenon (P–T)
Phase diagram of the noble gas xenon.
Scientific PlotsChemistry — Phase: Acetic Acid (P–T)
Solid, liquid and vapour regions of acetic acid.
Scientific Plots