fcc crystal structure 3d models

Metallurgical Structures

Mineral Name: Beryl Formula: Be3Al2(Si6O18) Classification: Silicates – Cyclosilicates Crystal System: Hexagonal Crystal Class (Hermann-Mauguin): 6/mmm (6/m 2/m 2/m) - Dihexagonal Dipyramidal Space Group: P6/mcc Crystal Data from Hawthorne & Cerny...

Pyroxene group Mineral name: Enstatite Formula: Mg2Si2O6 (MgSiO3) Classification: Inosilicates - Silicates Crystal system: Orthorhombic Crystal class (Hermann-Mauguin): mmm (2/m 2/m 2/m) - Dipyramidal Space group: Pbca Crystal data from Hugh-Jones D....

Human: Pyroxene group Mineral name: Augite Formula: Ca, Mg, Fe2+ (Mg,Fe2+,Ca)Si2O6 Classification: Silicates – Inosilicates Crystal system: Monoclinic Crystal class (Hermann-Mauguin): 2/m - Prismatic Space group: C2/c Crystal data from Nelsón et al.

Mineral name: Cordierite Low temperature Formula: Mg,Fe Al ,AlSiO Classification: Silicates – Cyclosilicates Crystal system: Orthorhombic Crystal class (Hermann-Mauguin): mmm - Dipyramidal 2/m 2/m 2/m Space group: Cccm Crystal data from Wyckoff Note:...

The Feldspar Group Mineral Name: Low Albite (Low-Temperature) Chemical Formula: Na(AlSi3O8) Classification: Silicates - Tectosilicates Crystal System: Triclinic Crystal Class (Hermann-Mauguin): Pinacoidal Symmetry Space Group: C1 Crystal Data...

Feldspar group Mineral name: High Albite (high-temperature) Formula: Sodium Aluminum Silicate Oxide Classification: Silicates - Tectosilicates Crystal system: Monoclinic crystal system Crystal class (Hermann-Mauguin): Prismatic crystal class with 2/m...

Garnet Group Mineral Name: Grossular Formula: Ca3Al2(SiO4)3 Classification: Silicates - Nesosilicates (Garnet Group) Crystal System: Isometric (Cubic) Crystal Class (Hermann-Mauguin): m3m (4/m - 3 2/m) - Hexoctahedral Space Group: Ia3d Crystal Data...

Garnet Group Mineral Name: Pyrope Formula: Mg3Al2(SiO4)3 Classification: Silicates – Nesosilicates (Garnet Group) Crystal System: Isometric (Cubic) Crystal Class (Hermann-Mauguin): m3m (4/m - 3 2/m) - Hexoctahedral Space Group: Ia3d Crystal Data from...

The Garnet Group Mineral Name: Andradite Formula: Ca3Fe(III)2(SiO4)3 Classification: Silicates - Nesosilicates (Garnet Group) Crystal System: Isometric (Cubic) Crystal Class (Hermann-Mauguin): m3m (4/m 3 2/m) - Hexoctahedral Space Group: Ia3d Crystal...

Pyroxene group Mineral name: Rhodonite Formula: CaMn3Mn(Si5O15) (simplified: MnSiO3) Classification: Silicates – Inosilicates Crystal system: Triclinic Crystal class (Hermann-Mauguin): -1 - Pinacoidal Space group: C-1 Crystal data from Peacor D. R.,...

Tourmaline group Mineral name: Schorl (Tourmaline group) Formula: Iron-rich Aluminum Silicate Borate Hydroxide - Na(Fe2+3)Al6(Si6O18)(BO3)3(OH)9 Classification: Cyclosilicates - Silicates Crystal system: Trigonal System Crystal class...

Get your hands on this amazing accessory for any tabletop or board game. ...A potent source of either contention or power, it's a must-have for any serious gamer!

Void space of a fcc (face-centered cubic) lattice is visualized.

Set of highly specialized, intricately interconnected cellular structures based on a fundamental face-centered cubic arrangement, precisely engineered to replicate and amplify specific biological processes within controlled environments.

Silica Polymorphs Mineral name: high-Cristobalite (beta-Cristobalite) Formula: Silicon Dioxide Classification: Silicates - Tectosilicates (Silica Group) Crystal system: Isometric Crystal class (Hermann-Mauguin): m3m (4/m 3 2/m) - Hexoctahedral Space...

Pyroxene group Mineral name: Wollastonite Formula: beta-CaSiO3, high-temperature form, less common than low-temperature form Classification: Silicates – Inosilicates Crystal system: Monoclinic Crystal class (Hermann-Mauguin): 2/m - Prismatic Space...

The Crystal class (Hermann-Mauguin) of Wollastonite is -1 - Pinacoidal. The Space group of Wollastonite is P-1. Crystal data for Wollastonite was obtained from Ohashi Y. & Finger L. W. (1978). A color code used in these models is CPK. Website:...

A simple to print iceberg crystal. Great for dioramas and DnD games or for testing your printer.</p><p>Prefered print method is vase mode. ...I used PLA filamment.</p><p>Happy printing!</p>

To create a simplified "cubic" structure for educational purposes, first print and cut out the provided pieces, then join two of them together for an easy-to-use classroom display.

Crystal structures take shape in three fundamental forms within materials, essential foundations to grasp. Frameworks provide stability. ...The depicted models were scaled down to 50%.

Three of the most basic forms that crystal structures form in materials. Supports are necessary. ...Models in the image were printed at 50% scale.</p> <h3>Print instructions</h3><p>0.2mm layer height<br/> 15% infill<br/> Supports Necessary</p>

FCC unit cell

Mineral Name: Talc (Tri-octahedral Layered Silicate)\nFormula: Mg6(Si8O20)(OH)4\nClassification: Silicates – Phyllosilicates\nCrystal System: Triclinic\nCrystal Class (Hermann-Mauguin): -1 Pinacoidal\nSpace Group: C-1\nCrystal Data from Wyckoff...

A fun, small activity for experimentation

Basic model of a quintuple layer of a topological insulator such as BiSe or BiTe. ...I printed two of these and attached them withs springs to represent the Van der Waals forces between layers.Also an effective torture test for stringing!

Hexagonal Intersection Framework

I'm feeling a bit off today, I think it's just my stomach. I had a big lunch and now I feel really full. Maybe if I go for a walk outside it'll help me digest everything. Wait a minute, that doesn't sound right. Let me try that again. My stomach...

FCC Orthorhombic LatticeAdded supports from each face centred atom to bottom bond. Remove after printing.Printing Temperature: 230 CBed Temperature: 60 CInfill: 20%For best results, print with a large brim. ...For the model here, a 25mm brim was used.