- Ana Sayfa
- Uygulama Analitiği
- ODYSSEY Ionic Solids
- ODYSSEY Ionic Solids Vs. CloudLabs Cobalt Cloride Synth
ODYSSEY Ionic Solids vs CloudLabs Cobalt Cloride Synth Kullanım & İstatistikleri
What does the unit cell of sodium chloride look like? How is its structure different from other salts? What relationship, if any, exists between the structures of ionic and metallic solids?
ODYSSEY Ionic Solids is a three-dimensional visualization aid that expands on standard textbook concepts of the structure of ionic crystals. Generic models and concrete examples are provided for twelve structure types: sodium chloride, cesium chloride, zinc blende, wurtzite, fluorite, rutile, nickel arsenide, cadmium chloride, cadmium iodide, calcium chloride, perovskite, and spinel. Unit cells are presented, coordination numbers are highlighted, and the occupancy of cations in the sublattice of anions is illustrated. Models of the cubic structure types for metals (simple cubic, body-centered cubic, and face-centered cubic) are available for comparison. In total, more than a hundred models are available.
All models can be inspected at any orientation and zoom level and with a choice of the drawing radius for the ionic spheres. For any given ion, a “clipping sphere” can be defined that highlights the local surroundings of that ion and hides the remaining structure. Distances between ions can be measured, and a display of ionic charge labels is available. A glossary, comments section, and set of multiple choice questions (with randomized options) are also included.
The structural patterns presented in ionic compounds are not easily appreciated without looking at concrete models. ODYSSEY Ionic Solids helps familiarize learners with the subject and gain the experience needed to explore new structures.
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Mağaza Sıralaması
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This simulation recreates a chemistry lab where you can find a bottle with chloride, a bottle with deionized water, a bottle with hydrochloric acid, a burner, two test tubes, a rack, heating clips, and three 10 ml pipettors. The objective of this practice is to determine which washing method (acid or heat) is more efficient to recover cobalt chloride for desiccators.
- Apple App Store
- BOŞTA
- Eğitim
Mağaza Sıralaması
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ODYSSEY Ionic Solids ile CloudLabs Cobalt Cloride Synth için sıralama karşılaştırması
Son 28 gündeki ODYSSEY Ionic Solids sıralama trendini CloudLabs Cobalt Cloride Synthile karşılaştırın
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ODYSSEY Ionic Solids vs. CloudLabs Cobalt Cloride Synth ülke karşılaştırmasına göre sıralama
Son 28 gündeki ODYSSEY Ionic Solids sıralama trendini CloudLabs Cobalt Cloride Synthile karşılaştırın
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ODYSSEY Ionic Solids VS.
CloudLabs Cobalt Cloride Synth
Aralık 19, 2024