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Scientific Plots diagram templates
Scatter, line, heatmap, box, violin, density, contour, regression.
Science — Nature of Science
What makes knowledge scientific.
Graphviz (DOT)Science — Branches of Science
How the sciences are organised.
Graphviz (DOT)Engineering — Plot: Stress–Strain Curve
Elastic, plastic and failure regions of a metal.
PlotlyEngineering — Plot: Bode (Low-pass)
Gain rolling off above the cut-off frequency.
PlotlyEngineering — Plot: Capacitor Charge & Discharge
Exponential charging and discharging curves.
PlotlyEngineering — Plot: Comparing Materials
Stress–strain of steel vs aluminium.
PlotlyBiology — Plot: Lineweaver–Burk
The double-reciprocal plot of enzyme kinetics.
PlotlyMath — Plot: Training Loss Curve
Loss falling as a model trains.
PlotlyMath — Plot: ROC Curve
Classifier ROC versus the random baseline.
PlotlyMath — Plot: Overfitting
Validation error rising while training error keeps falling.
PlotlyEngineering — Chart: Tensile Strength
Tensile strength of common materials (log scale).
Vega-LiteChemistry — Chart: Recycling Rates
Approximate recycling rates by material.
Vega-LiteBiology — Chart: Gene Counts
Approximate number of protein-coding genes.
Vega-LiteMath — Chart: Algorithm Growth
Operations vs input size for different complexities.
Vega-LiteMedical Physics — Imaging Modalities
How each scan forms an image.
Graphviz (DOT)Medical Physics — Uses of Radiation
Beneficial applications of ionising radiation.
Graphviz (DOT)Medicine — Plot: SIR Epidemic
Susceptible, infected and recovered over time.
PlotlyMedicine — Plot: Epidemic Curve
New cases per day during an outbreak.
PlotlyMedicine — Plot: Repeated Dosing
Plasma drug level building to steady state.
PlotlyAgriculture — Plot: Yield vs Soil pH
Crop yield peaks at an optimum soil pH.
PlotlyAgriculture — Plot: Fertiliser Response
Diminishing returns of nitrogen fertiliser.
PlotlyMedical Physics — Plot: X-ray Attenuation
Exponential attenuation through absorber thickness.
PlotlyMath — Plot: Kaplan–Meier Survival
A step-wise survival curve.
PlotlyMath — Plot: Control Chart
Process data with upper and lower control limits.
PlotlyMedicine — Chart: Causes of Death
Leading global causes of death (illustrative %).
Vega-LiteMedicine — Chart: Vaccine Coverage
Illustrative immunisation coverage by vaccine.
Vega-LiteAgriculture — Chart: Major Crops
World production of staple crops (illustrative).
Vega-LiteMath — Chart: Disease Incidence Trend
Incidence rate over several years.
Vega-LiteForensics — Plot: Body Cooling
Post-mortem temperature used to estimate time of death.
PlotlySports Science — Plot: Energy System Contribution
How the three energy systems contribute with duration.
PlotlySports Science — Plot: Lactate Curve
Blood lactate rising steeply past the threshold.
PlotlyForensics — Plot: Speed from Skid Length
Estimated speed against braking distance.
PlotlyEnvironment — Plot: Calibration Curve
Instrument signal proportional to concentration.
PlotlyEnvironment — Plot: Daily Air Quality
Particulate levels peaking at rush hours.
PlotlySports Science — Plot: Incremental Fitness Test
Oxygen uptake plateauing at VO2max.
PlotlyMath — Plot: Bland–Altman Agreement
Differences between two methods against their mean.
PlotlyEnvironment — Chart: Pollutant Sources
Where a key air pollutant comes from.
Vega-LiteSports Science — Chart: Common Injuries
Relative frequency of sports injuries (illustrative).
Vega-LiteSports Science — Chart: Food Energy
Energy content of some foods.
Vega-LiteMath — Chart: Trend Over Time
A rate trend across several years.
Vega-LiteChemistry — Phase: water (P–T)
The pressure–temperature phase diagram of water.
Phase diagram (materials)Chemistry — Phase: carbon dioxide (P–T)
CO₂ with its triple point above atmospheric pressure.
Phase diagram (materials)Chemistry — Phase: nitrogen (P–T)
The phase diagram of N₂.
Phase diagram (materials)Chemistry — Phase: oxygen (P–T)
The phase diagram of O₂.
Phase diagram (materials)Chemistry — Phase: methane (P–T)
The phase diagram of CH₄.
Phase diagram (materials)Physics — Phase: helium-4 (superfluid)
The unusual phase diagram of ⁴He with a superfluid region.
Phase diagram (materials)Chemistry — Phase: copper–nickel (isomorphous)
A complete solid-solution alloy system.
Phase diagram (materials)Chemistry — Phase: aluminium–silicon (eutectic)
A classic eutectic casting alloy.
Phase diagram (materials)Chemistry — Phase: silver–gold (isomorphous)
Two metals fully soluble in the solid state.
Phase diagram (materials)Chemistry — Phase: bismuth–tin (eutectic)
A low-melting eutectic solder system.
Phase diagram (materials)Earth Science — Phase: salt–water (freezing)
Why salt lowers the freezing point of water (cryoscopy).
Phase diagram (materials)Physics — The Inner Planets
The four rocky terrestrial planets.
Astronomy (orbital + HR)Physics — The Outer Planets
The gas and ice giants beyond the asteroid belt.
Astronomy (orbital + HR)Physics — Major Moons of Uranus
The five large Uranian moons.
Astronomy (orbital + HR)Physics — Major Moons of Neptune
Triton and the smaller Neptunian moons.
Astronomy (orbital + HR)Physics — Pluto and Its Moons
The Pluto–Charon binary and the small outer moons.
Astronomy (orbital + HR)Physics — Kepler-11 (six-planet system)
A tightly packed transiting exoplanet system.
Astronomy (orbital + HR)Physics — Proxima Centauri System
The nearest star and its planets, including a habitable-zone world.
Astronomy (orbital + HR)Physics — H-R Diagram: Main Sequence
Hydrogen-burning stars along the main sequence.
Astronomy (orbital + HR)Physics — H-R Diagram: Giants & Supergiants
Evolved luminous stars off the main sequence.
Astronomy (orbital + HR)Physics — H-R Diagram: White Dwarfs
Hot, faint stellar remnants below the main sequence.
Astronomy (orbital + HR)Physics — Brightest Stars in the Sky
The most apparent-bright stars on the H-R plane.
Astronomy (orbital + HR)Physics — Spectral Sequence (OBAFGKM)
One representative star per spectral class.
Astronomy (orbital + HR)Physics — Energy Flow: Power Station
Energy losses in a thermal power station.
Sankey flowPhysics — Energy Flow: Car Engine
Where the energy in fuel actually goes.
Sankey flowPhysics — Energy Flow: Filament Lamp
An incandescent lamp wastes most energy as heat.
Sankey flowPhysics — Energy Flow: Wind Turbine
Only part of the wind's kinetic energy is captured.
Sankey flowPhysics — Energy Flow: National Grid
A generation mix feeding the grid and its end uses.
Sankey flowChemistry — Phase: gold–silicon (eutectic)
A low-melting eutectic used in microelectronics bonding.
Phase diagram (materials)Chemistry — Phase: copper–silver (eutectic)
A eutectic with partial solid solubility at each end.
Phase diagram (materials)Chemistry — Phase: lead–antimony (eutectic)
The classic type-metal / battery-grid alloy system.
Phase diagram (materials)Chemistry — Phase: argon (P–T)
The phase diagram of the noble gas argon.
Phase diagram (materials)Chemistry — Phase: hydrogen (P–T)
The phase diagram of H₂ at cryogenic temperatures.
Phase diagram (materials)Chemistry — Phase: ammonia (P–T)
The phase diagram of NH₃.
Phase diagram (materials)Physics — Models of the Atom
How our picture of the atom evolved.
Timeline (history)Physics — History of the Universe
Cosmic milestones since the Big Bang (millions of years).
Timeline (history)Physics — Space Exploration
Milestones of the space age.
Timeline (history)Physics — Major Discoveries in Physics
Turning points from Newton to gravitational waves.
Timeline (history)Chemistry — History of Chemistry
From Boyle's elements to fullerenes.
Timeline (history)Earth Science — Geological Time Scale
The eons and eras of Earth's history (millions of years ago).
Timeline (history)Chemistry — Concept Map: The Periodic Table
How the periodic table is organised.
Markmap (Markdown)Chemistry — Concept Map: Chemical Bonding
Types of bonding and their properties.
Markmap (Markdown)Chemistry — Concept Map: Reaction Types
Classifying chemical reactions.
Markmap (Markdown)Chemistry — Concept Map: Organic Families
Functional groups of organic chemistry.
Markmap (Markdown)Physics — Concept Map: Forces & Motion
Newtonian mechanics at a glance.
Markmap (Markdown)Physics — Concept Map: Energy
Forms, transfers and conservation of energy.
Markmap (Markdown)Physics — Concept Map: Waves
Properties and behaviours of waves.
Markmap (Markdown)Physics — Concept Map: Electricity & Magnetism
Circuits, fields and electromagnetism.
Markmap (Markdown)Physics — Concept Map: Particle & Nuclear
Inside the atom and the nucleus.
Markmap (Markdown)Chemistry — Composition of Air
The gases that make up dry air, by volume.
Treemap (squarified)Chemistry — Elements in Earth's Crust
The most abundant elements in the crust, by mass.
Treemap (squarified)Chemistry — Dissolved Salts in Seawater
The major ions dissolved in seawater, by mass.
Treemap (squarified)Physics — Mass-Energy of the Universe
Dark energy, dark matter and ordinary matter.
Treemap (squarified)Physics — World Primary Energy Mix
World primary energy supply by source.
Treemap (squarified)Physics — Navier-Stokes Equations
The governing equations of viscous fluid flow.
LaTeX (KaTeX)Physics — Bernoulli's Equation
Energy conservation along a streamline.
LaTeX (KaTeX)Physics — Hamiltonian Mechanics
Hamilton's equations and Poisson brackets.
LaTeX (KaTeX)Physics — Tensors & General Relativity
The Einstein field equations and the metric.
LaTeX (KaTeX)Physics — Timing: Clock Signal
A periodic digital clock with an enable line.
WaveDromPhysics — Timing: D Flip-Flop
Q follows D on each rising clock edge.
WaveDrom