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Scientific Plots diagram templates
Scatter, line, heatmap, box, violin, density, contour, regression.
Physics — Charles's Law
Volume proportional to absolute temperature.
PlotlyChemistry — Flame Test Colours
Characteristic flame colours of metal ions.
Vega-LitePhysics — 4-bit Shift Register Timing
Data propagates one stage per clock pulse.
WaveDromPhysics — Majority Voter (2 of 3)
Output is high when at least two inputs are high.
Digital logic (gates / K-map / truth table)Physics — Hydrogen Fuel Cell Energy Flow
Fuel cells convert chemical energy efficiently.
Sankey flowPhysics — History of Electricity
From Franklin's kite to the light bulb.
Timeline (history)Physics — Nuclear Physics
Mass-energy, the decay law, half-life and activity.
LaTeX (KaTeX)Chemistry — Acids, Bases & Buffers
pH, the acid constant and Henderson-Hasselbalch.
LaTeX (KaTeX)Physics — Stress–Strain Curve
Elastic and plastic behaviour of a ductile metal.
PlotlyChemistry — Reaction Energy Profile
Activation energy and an exothermic overall change.
PlotlyPhysics — Planet Diameters
Relative diameters of the planets (Earth = 1).
Vega-LitePhysics — 8-to-3 Encoder
Eight inputs encoded to a 3-bit binary output.
Digital logic (gates / K-map / truth table)Physics — Coal Power Station Energy Flow
Half the fuel energy is lost as waste heat.
Sankey flowPhysics — Velocity–Time Graph
Acceleration, constant speed, then deceleration.
PlotlyChemistry — Vapour Pressure of Water
Vapour pressure rising to 1 atm at 100 C.
PlotlyChemistry — Mean Bond Enthalpies
Typical bond enthalpies in kJ/mol.
Vega-LitePhysics — Tri-state Buffer
A buffer whose output is gated by an enable line.
Digital logic (gates / K-map / truth table)Physics — History of Thermodynamics
From the steam engine to statistical entropy.
Timeline (history)Physics — Rotational Dynamics
Torque, angular momentum, energy and kinematics.
LaTeX (KaTeX)Physics — Pendulum Displacement
Sinusoidal angular displacement over time.
PlotlyPhysics — Clock Divider Timing
Dividing a clock by two and by four.
WaveDromPhysics — 4-to-2 Priority Encoder
Encodes the highest-priority active input.
Digital logic (gates / K-map / truth table)Physics — Space Telescopes
Major orbiting observatories.
Timeline (history)Chemistry — Crude Oil Fractions
Typical yield of fractions from crude oil.
Treemap (squarified)Physics — Magnetic Fields
Forces on wires and charges, and field of a wire.
LaTeX (KaTeX)Chemistry — Redox Reactions
Half-equations and cell potential.
LaTeX (KaTeX)Physics — Approach to Terminal Velocity
Velocity levels off as drag rises.
PlotlyPhysics — Finite State Machine Timing
State transitions driven by an input.
WaveDromPhysics — Red Giants & Supergiants
Cool, luminous evolved stars on the H-R diagram.
Astronomy (orbital + HR)Physics — 2-bit Binary Adder
A half adder and full adder in cascade.
Digital logic (gates / K-map / truth table)Chemistry — Landmarks in Modern Chemistry
Key twentieth-century chemical discoveries.
Timeline (history)Physics — The Fundamental Forces
Relative strengths on a logarithmic scale.
Treemap (squarified)Physics — The Photoelectric Effect
Photon energy, work function and stopping voltage.
LaTeX (KaTeX)Chemistry — Entropy & Free Energy
Entropy change and spontaneity.
LaTeX (KaTeX)Physics — Capacitor Discharge
Exponential decay of voltage over time constants.
PlotlyChemistry — Ionisation Energy (Period 3)
First ionisation energy from Na to Ar.
Vega-LitePhysics — Memory Read Cycle
Address, read strobe and data bus timing.
WaveDromPhysics — Cool & Brown Dwarfs
The cool, faint corner of the H-R diagram.
Astronomy (orbital + HR)Physics — Even Parity Generator
The parity bit is the XOR of the data bits.
Digital logic (gates / K-map / truth table)Physics — History of Energy Technology
From steam engines to offshore wind.
Timeline (history)Physics — Power & Efficiency
Power in mechanical and electrical forms.
LaTeX (KaTeX)Chemistry — Empirical & Molecular Formulae
Finding formulae from masses.
LaTeX (KaTeX)Chemistry — Atomic Radius (Period 3)
Atomic radius decreasing across period 3.
Vega-LitePhysics — Interrupt Request/Acknowledge
An interrupt handshake on a processor bus.
WaveDromPhysics — Kepler-62 System
Five planets, two in the habitable zone.
Astronomy (orbital + HR)Physics — 1-to-2 Demultiplexer
Select line routes the input to one of two outputs.
Digital logic (gates / K-map / truth table)Physics — Battery Energy Delivery
Internal resistance wastes some stored energy.
Sankey flowChemistry — Natural Gas Composition
Natural gas is mostly methane.
Treemap (squarified)Physics — Resistance & Resistivity
Resistance from geometry and temperature.
LaTeX (KaTeX)Chemistry — Concentration
Molar concentration, mass concentration and ppm.
LaTeX (KaTeX)Physics — Distance–Time Graph
Constant speed, a pause, then the return journey.
PlotlyChemistry — Solubility Curves
Solubility of KNO3 and NaCl with temperature.
PlotlyPhysics — 2-bit Down Counter Timing
Counts 3, 2, 1, 0 on successive clocks.
WaveDromPhysics — 1-bit Equality Comparator
An XNOR gate detects when two bits are equal.
Digital logic (gates / K-map / truth table)Chemistry — Towards Green Chemistry
Milestones toward sustainable chemistry.
Timeline (history)Physics — Pressure
Pressure, hydrostatics, Boyle's law and upthrust.
LaTeX (KaTeX)Physics — Acceleration–Time Graph
Constant acceleration, zero, then deceleration.
PlotlyPhysics — Rising-Edge Detector
A one-clock pulse on each rising edge.
WaveDromPhysics — Heat Pump Energy Flow
A heat pump delivers more heat than it consumes.
Sankey flowPhysics — Circular Motion
Speed, angular speed and centripetal force.
LaTeX (KaTeX)Chemistry — Rate Constant & Arrhenius
Rate law, Arrhenius and its linear form.
LaTeX (KaTeX)Physics — Resonance Curve
Amplitude peaks at the natural frequency.
PlotlyPhysics — FIFO Write/Read Timing
A value written then read from a FIFO buffer.
WaveDromPhysics — OR from NAND Gates
Invert both inputs, then NAND them.
Digital logic (gates / K-map / truth table)Physics — Electric Motor Energy Flow
An efficient conversion to kinetic energy.
Sankey flowPhysics — Elements by Origin
The 118 elements grouped by how they arise.
Treemap (squarified)Physics — Density & Pressure
Density, mass and relative density.
LaTeX (KaTeX)Chemistry — Bond Enthalpy
Enthalpy change from bonds broken and made.
LaTeX (KaTeX)Physics — Diode I-V Characteristic
Exponential turn-on in forward bias.
PlotlyPhysics — Request/Acknowledge Handshake
A four-phase handshake protocol.
WaveDromPhysics — NOT from a NOR Gate
Tie both NOR inputs together to invert.
Digital logic (gates / K-map / truth table)Physics — Wave Energy Converter
Energy flow in a wave power device.
Sankey flowChemistry — Portland Cement Composition
The main clinker phases of cement.
Treemap (squarified)Chemistry — Radioactive Half-Life
Decay law, half-life and activity.
LaTeX (KaTeX)Physics — Range vs Launch Angle
Maximum range occurs at 45 degrees.
PlotlyChemistry — Soda-lime Glass
The composition of everyday glass.
Treemap (squarified)Chemistry — Faraday's Laws
Charge, moles of electrons and mass deposited.
LaTeX (KaTeX)Physics — Energy in SHM
Kinetic and potential energy versus displacement.
PlotlyChemistry — Densities of Metals
Densities of some common metals.
Vega-LitePhysics — Spectral Classes (OBAFGKM)
One star from each main spectral class.
Astronomy (orbital + HR)Physics — SR Latch (NAND)
Cross-coupled NAND gates form an active-low latch.
Digital logic (gates / K-map / truth table)Chemistry — Stainless Steel Composition
The main elements of stainless steel.
Treemap (squarified)Physics — The Doppler Effect
Frequency shift for source, observer and redshift.
LaTeX (KaTeX)Chemistry — The Rate Equation
Defining and measuring reaction rate.
LaTeX (KaTeX)Physics — Two Decay Half-Lives
Comparing a short and a long half-life.
PlotlyFigure — physics free-body diagram
Free-body diagram of a block on an inclined plane — pure 2D schematic. Typed FlowScript for 2-D figure composition. Keywords: figure, schematic, diagram, annotation.
FlowScriptFigure — optics ray path
Ray-path through a converging lens. Typed FlowScript for 2-D figure composition. Keywords: figure, schematic, diagram, annotation.
FlowScriptScene — crystal lattice (3D)
A 3×3×3 chunk of a simple cubic lattice, rendered isometrically. Typed FlowScript for 3-D scene composition. Keywords: 3D, scene, isometric.
FlowScriptScene — stacked blocks (3D)
Demonstrates box3d, cylinder3d and plane3d with the painter's- algorithm depth sort. Typed FlowScript for 3-D scene composition. Keywords: 3D, scene, isometric.
FlowScriptFigure — four-panel results figure for a trial
A journal-ready four-panel results figure at 180 mm — survival curves, a raincloud, an ROC curve and an updated meta-analysis — composed from four live views and lettered a to d, aligned on their plot areas. Typed FlowScript for 2-D figure composition. Keywords: figure, schematic, diagram, annotation.
FlowScriptUncertainty Cause-and-Effect — NaOH Standardised Against KHP
Eurachem/CITAC cause-and-effect (Ishikawa) diagram enumerating every uncertainty source in the standardisation of a 0.1 mol/L NaOH titrant against potassium hydrogen phthalate, the first step of a GUM measurement uncertainty budget.
Fishbone (Ishikawa)Mechanics — force analysis and energy cross-check
Solve a conceptual mechanics problem through both force balance and energy accounting. Define the system and reference frame first; non-conservative work and changing constraints must appear explicitly.
ScienceThermal network — storage, resistance and loss
Represent a lumped thermal system with heat capacity, conductive resistance and ambient loss. The lumped approximation must be justified before treating each body as a uniform temperature.
ScienceOptical imaging — resolution and sampling budget
Trace a microscopy image from illumination through optics and detector sampling. Optical resolution, pixel sampling, noise and motion blur impose different limits; magnification alone cannot restore missing spatial information.
ScienceVibration model — excitation, damping and modes
Distinguish imposed excitation from the measured structural response. Compare time and frequency descriptions, identify candidate modes and check whether a linear time-invariant approximation is defensible.
SciencePipe network — continuity and pressure losses
Build a steady-flow network model with conservation at junctions and pressure losses along branches. Minor losses, elevation and pump head must use a consistent reference and unit system.
ScienceSolar collector — useful energy and losses
Account for incident, reflected, transmitted and absorbed radiation before calculating useful heat. Aperture area, irradiation period and operating temperature define the comparison basis.
ScienceMeasurement chain — calibration and uncertainty
Trace a physical measurand through sensor, conditioning, digitisation and conversion. Keep calibration bias, repeatability and environmental sensitivity separate when constructing an uncertainty budget.
ScienceWave interference — coherence and observation
Separate path difference, phase difference and coherence when predicting interference. Detector averaging and finite bandwidth can reduce fringe visibility even when the geometric path relation is unchanged.
ScienceSemiconductor device — bands, carriers and measurement
Relate a conceptual device structure to band alignment, carrier transport and terminal measurements. Contact resistance and thermal effects must be separated from intrinsic device behaviour before interpreting a curve.
Science