Models in Use
Framework Models In Use
Diamond Lattice Cubic Symmetry
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Benzene
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Kit #4 parts used to make pi bondes
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Ferrocene
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Hydrogen bonds
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Modeling a sigmotropic rearrangement
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Models of chiral allenes
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Models to determine a course of reaction
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Oranometallic pi bonding
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Parts for resonance Amide, Protein
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Pi Protonation forming cations
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Pi systems with DARLING MODELS™
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Products of ozonalysis
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Reasonance forms Carboxylate, Nitrate
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Phosphorus and Sulfur Oxygen bonds
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Solid-State Models In Use
Kaolinite side view
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Silicon Carbide unit cell
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Solid-State C-60 with expanded connectores
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Antifluorite using the expanded cation
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Fluorite
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Hexagonal close packing (HCP) sideview using the expanded cation
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Hexagonal close packing (HCP) topview using the expanded cation
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Left-ruthenium oxide, Right-perovskite
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Sodium chloride (NaCl) unit cell with expanded cation
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Sodium chloride (NaCl) unit cell with expanded cation
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Phosphorus oxide cluster
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Solid-state calcium carbide framework building
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Solid-state calcium carbide unit cell
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Solid-state cycloalkanes
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Solid-state hypercube cube in the 4th Dimension
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ATOM VISIONS Enhanced Models
C-60 Fullerene
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Graphite lattice Student model with DARLING MODELS™ ATOM VISIONSTM™ balls
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Ice
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Inserting the Tetrahedral 1.25 inch ATOM VISIONS™ hemispheres -
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Inserting the Trigonal-Octahedral 1.25 inch ATOM VISIONS™ hemispheres -
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DARLING MODELS™ framework atoms and ATOM VISIONS™ balls
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DARLING MODELS™ framework atoms and ATOM VISIONS™ balls used to model a pi bond
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DARLING MODELS™ framework atoms and ATOM VISIONS™ balls used to model Toluene
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Methyl Amine (CH3NH2) using Demonstration ATOM VISIONS™ balls 3 inch foam balls.
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Demonstration ATOM VISIONS™ balls used to model the carbon framework of ethane
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Demonstration ATOM VISIONS™ octahedral piece
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Demonstration ATOM VISIONS™ trigonal piece
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Demonstration framework models, tetrahedral, trigonal bipyramid, and octahedral atom centers with ATOM VISIONS™
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Student model diamond with ATOM VISIONS™ balls
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