OriginLab Corporation - Data Analysis and Graphing Software - 2D graphs, 3D graphs, Contour Plots, Statistical Charts, Data Exploration, Statistics, Curve Fitting, Signal Processing, and Peak Analysis                     
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3D Surface Plot from Virtual Matrix with a contour plot projected onto xy plane
3D Surface Plot from Virtual Matrix with a contour plot projected onto xy plane
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Overlay Locations on a 3D Map
Overlay Locations on a 3D Map
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3D Surface with Special Contour Line and No Axis
3D Surface with Special Contour Line and No Axis
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3D Colormap Surface plot generated from XYZ data
3D Colormap Surface plot generated from XYZ data
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3D surface plot from a matrix containing missing values.
3D surface plot from a matrix containing missing values.
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Calculated resonant X-ray scattering intensity from nickel oxide
Calculated resonant X-ray scattering intensity from nickel oxide
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3D surface with error bar from another matrix
3D surface with error bar from another matrix
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3D color map surface plot with skipped lines and missing values.
3D color map surface plot with skipped lines and missing values.
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Color map surface and color contour graphs profiling differences in body heat transfer.
Color map surface and color contour graphs profiling differences in body heat transfer.
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This 3D color map surface and bottom contour projection graph shows the emission of Ne IX ions from a very hot and dense plasma in a Z-pinch device.
This 3D color map surface and bottom contour projection graph shows the emission of Ne IX ions from a very hot and dense plasma in a Z-pinch device.
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Surface plot with color map values assigned from another matrix.
Surface plot with color map values assigned from another matrix.
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Surface with Custom Boundary
Surface with Custom Boundary
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The number of clusters found by Atom Probe Tomography analysis in a nanometric volume
The number of clusters found by Atom Probe Tomography analysis in a nanometric volume
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3D Color Map Surface Plot representing the density of electronic states in a superconductor.
3D Color Map Surface Plot representing the density of electronic states in a superconductor.
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Hyperbolic paraboloid from a virtual matrix
Hyperbolic paraboloid from a virtual matrix
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Surface plot with symbols and drop lines to surface
Surface plot with symbols and drop lines to surface
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Spherical Contour Plot
Spherical Contour Plot
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3D ternary surface with projection and label
3D ternary surface with projection and label
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Three intersecting surface plots with transparency
Three intersecting surface plots with transparency
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3D color map surface and 2D line plot combined to illustrate the problem of measuring electrical impedance under adverse conditions.
3D color map surface and 2D line plot combined to illustrate the problem of measuring electrical impedance under adverse conditions.
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3D suface displaying shapes of mountain before and after volcanic eruption
3D suface displaying shapes of mountain before and after volcanic eruption
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Multi-panel graph woth both 2D and 3D plots
Multi-panel graph woth both 2D and 3D plots
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Multiple Surfaces in Same Layer
Multiple Surfaces in Same Layer
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3D ternary surface with projection
3D ternary surface with projection
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3D Colormap Surface with Point Label
3D Colormap Surface with Point Label
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This graph depicts the complexation of a peptide with copper.  Data was collected using a BioLogic Stopped-Flow Spectrometer system and imported into an Origin matrix
This graph depicts the complexation of a peptide with copper. Data was collected using a BioLogic Stopped-Flow Spectrometer system and imported into an Origin matrix
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3D multiple colormap surface with transparent plane.
3D multiple colormap surface with transparent plane.
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Two intersecting surface plots with transparency and different color map
Two intersecting surface plots with transparency and different color map
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A 3D colormap surface plot with contour projection in the XY plane.
A 3D colormap surface plot with contour projection in the XY plane.
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Two intersecting surface plots with transparency and different color fill.
Two intersecting surface plots with transparency and different color fill.
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Emission intensity plotted as a function of excitation and emission wavelengths.  In this surface plot, each peak corresponds to a different semiconducting nanotube structure.
Emission intensity plotted as a function of excitation and emission wavelengths. In this surface plot, each peak corresponds to a different semiconducting nanotube structure.
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