#CONDENSED STRUCTURAL FORMULA MAKER FREE#
Whilst you are free to browse the reference collection, search for specifics or use the various indexes, you can also take advantage of our liberal use of cross referencing. The Crystal Chemistry library provides a wealth of teaching resources for understanding fundamental "type" structures, such as close packed metals.īuilding Crystals provides a self-guided tour to important structures in terms of their fundamental building bricks and how these are arranged. Quiz: Learn crystallography with these exercises on Lattice Types, Miller Indices and Basic Structure Types. Includes animated teaching models of cubic close packing, hexagonal close packing, diamond and graphite, etc. Includes YBCO (Superconductor) ZIF8 (potential gas-storage phase).Ĭrystal Chemistry: Crystallographic "Type Structures", organised by anion/cation ratios, e.g., "AB, AB2, AB2X4, etc.". New Materials: More complex structures introduced in terms of their fundamental building blocks. Includes: Garnet Pyroxene Amphibole Mica Kaolinite Feldspar Quartz Zeolite ZK5. Silicates: Introduction to Silicate Polymerization Sequence of key silicate minerals illustrating the sequence from isolated tetrahedra (orthosilicates), through to infinite chains, sheets and fully-polymerized frameworks. Includes: Wurtzite Sphalerite Halite Olivine Spinel Hematite. Each multi-structure document provides a unique tour of a key structure, building on concepts such as close-packing, interstices, polymerization and the use of structural motifs to represent coordination units or molecular groups and simplify visualization.Ĭlose Packing: Introduction to Close Packing Hexagonal Close Packing Cubic Close Packing.įilling Interstices: Introduction to Interstices Structures based on filling tetrahedral or octahedral interstices in hexagonal- or cubic-close-packed materials. Polyhedra: Coordination polyhedra found in typical crystals.īuilding Crystals: Self-guided tutorials introducing fundamentals of crystal chemistry. Lattice Defects: 3D models showing twins, polysynthetic twinning, edge & screw dislocations dislocation loop Frenkel, Schottky defects stacking fault.
#CONDENSED STRUCTURAL FORMULA MAKER PLUS#
Lattice Types: Rotatable models of each of the 14 Bravais Lattices, plus Hexagonal/Rhombohedral comparison model. MCPE-113776Atomic Radii: Periodic Tables of the Elements showing atomic, ionic, covalent and van-der-Waals radii. It is unknown whether it is a glitch or intended. The textures of Charcoal, Ink Sacs and Sugar have been changed.Īll compounds have been made unobtainable. Natural compounds have uses outside of chemistry, detailed in their respective articles. It has no uses.Ĭertain compounds are used as ingredients in crafting or lab table experiments. Garbage (rubbish) is considered a "compound", but the only way to produce it is to activate the Lab Table when its inputs are an invalid recipe. Picking up in a bucket or glass bottle from a Cauldron or a water source block In contrast, squid ink (and other cephalopod inks) is composed mainly of melanin and mucus, with an assortment of other compounds in a variety of concentrations dependent on the species.Ĭ 6H 12O 6 is the chemical formula of glucose and fructose, as well as a number of other simple sugars (common table sugar is instead sucrose, a complex sugar made of glucose and fructose with the chemical formula C 12H 22O 11).