RF2JJTN80–Carbon, atom model. Chemical element with symbol C and with atomic number 6. Bohr model of carbon-12.
RF2X6BPCN–Structure of graphene. An allotrope of carbon, consisting of a single layer of carbon atoms arranged in a hexagonal lattice nanostructure.
RF2JM3AK8–Numerology of regular carbon, nitrogen and oxygen atoms. Bohr models showing number 666 for carbon, 777 for nitrogen and 888 for oxygen.
RFPR3JW9–Carbon monoxide CO and carbon dioxide CO2 molecule models and chemical formulas. Gas. Ball-and-stick models, geometric structures and formulas.
RFPNH7FP–Carbon dioxide, CO2, molecule model and chemical formula. Carbonic acid gas. Colorless gas. Ball-and-stick model, geometric structure and formula.
RFPNH7FW–Carbon monoxide, CO, molecule model and chemical formula. Toxic gas and less dense than air. Ball-and-stick model, geometric structure and formula.
RF2JK3CN0–Radiocarbon dating, known as carbon or C-14 dating. A method of determining the age of an object containing organic material.
RF2GG2KM9–Graphene single layer background. Three-dimensional schematic molecular structure of graphene. Carbon atoms arranged in honeycomb lattice.
RF2X6BPXR–Graphite and diamond, allotropes of carbon, pure forms of the same element that differ in structure. Graphite crystallizes hexagonal, diamond cubic.
RF2HMJ7BW–Carbon and oxygen, chemical elements on the periodic table of elements, with the element symbols C and O, and atomic numbers 6 and 8.
RF2GETNCJ–Circle frame with graphene pattern. Border, framed with circles, with seamless schematic molecular graphene structure, carbon atoms in hexagonal grid.
RF2GG2KM0–Graphene single layer. Three-dimensional schematic molecular structure of graphene, an allotrope of carbon. Carbon atoms arranged in honeycomb lattice.
RF2GGF1CG–Schematic diagram of two graphite layers, crystalline form of the element carbon. Hexagonal arranged atoms, forming flat honeycomb lattice layers.
RF2GGF1CW–Graphite layers, three-dimensional schematic diagram. Crystalline form of carbon atoms, hexagonally arranged, forming flat honeycomb lattice layers.
RF2GEHP1N–Graphene, chemical formula and structure. An allotrope of carbon, consisting of a single layer of carbon atoms, arranged in a hexagonal lattice.
RF2WDDCR1–Carbon on periodic table of elements. Nonmetallic chemical element with symbol C from Latin carbo for coal, with atomic number 6.
RF2JA9NFG–Carbon on periodic table of elements. Nonmetallic chemical element with symbol C from Latin carbo for coal, with atomic number 6.
RF2GETNC0–Graphene structure, seamless tile, schematic molecular structure of graphene, an allotrope of carbon, a single layer of carbon atoms in hexagonal grid.
RF2GETNC8–Bold graphene structure, seamless tile, schematic molecular structure of graphene, allotrope of carbon, single layer of carbon atoms in hexagonal grid.
RF2GETN8R–Graphene symbol, schematic molecular structure of graphene, allotrope of carbon, consisting of a single layer of carbon atoms in a hexagonal grid.
RFPPJG5X–Ethane, C2H6, molecule model and chemical formula. Organic chemical compound. Colorless gas. Ball-and-stick model, geometric structure and formula.
RFPR3JW0–Methane, ethane, propane. Molecule ball-and-stick models and chemical formulas. Organic chemical compounds. Natural gas. Geometric structure, formula.
RFPPJG6X–Methane, ethane, propane molecule models and chemical formulas. Organic chemical compounds. Natural gas. Ball-and-stick model, structure and formula.
RFPPJG65–Propane, C3H8, molecule model and chemical formula. Organic chemical compound, used as liquefied petroleum gas. Ball-and-stick model and formula.
RFPNH7FH–Methane, CH4, molecule model and chemical formula. Chemical compound. Marsh gas. Natural gas. Ball-and-stick model, geometric structure and formula.
RF2GF0JG4–Graphene seamless pattern background. Tile of two-dimensional honeycomb lattice, schematic structure of a single layer of carbon atoms.
RF2H80BH1–Graphene (G), graphene oxide (GO) and reduced graphene oxide (RGO), chemical formulas and structures. Nanomaterials, made of graphite.
RF2J6JEMA–Chloroform, trichloromethane, ball-and-stick model, molecular and chemical formula. CHCl3, powerful anesthetic, euphoriant, anxiolytic, sedative.
RF2BAN1RD–Methanol, CH3OH, molecule model and chemical formula. Methyl alcohol, MeOH, a popular but toxic solvent. Simplest alcohol.
RF2J6FAJD–Propene, also propylene, ball-and-stick model, molecular and chemical formula. Hydrocarbon. Second simplest alkene.
RF2J6FAEW–Halothane, ball-and-stick model, molecular and chemical formula. General anaesthetic, given by inhalation, used to induce or maintain anaesthesia.
RF2H80BG2–Reduced graphene oxide, RGO, chemical formula and structure. A nanomaterial, made by the reduction of graphene oxide. Single-atomic layered material.
RF2GEHP5J–Graphene oxide, GO, edge-oxidized, chemical formula and structure. A nanomaterial, made by the oxidation of graphene. Single-atomic layered material.
RF2J6BHDG–Diethyl ether, or simply ether, ball-and-stick model, molecular and chemical formula. Ethoxyethane, (C2H5)2O, an organic compound, also known as Et2O.
RF2JAJCH6–Acetylene, ethyne, ball-and-stick model, molecular and chemical formula. C2H2, hydrocarbon and simplest alkyne.
RF2JA1A1D–Choline, ball-and-stick model, molecular and chemical formula. Organic compound, essential nutrient for humans, necessary component in cell membranes.
RF2J6FAFW–Ethylene, ethene, ball-and-stick model, molecular and chemical formula. Simplest alkene. Worldwide most produced organic compound in chemical industry.
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