Building 2D Material Heterostructures in VESTA

Building 2D Material Heterostructures in VESTA, available at $44.99, has an average rating of 4.8, with 10 lectures, based on 49 reviews, and has 183 subscribers.

You will learn about Obtain CIF files for structures from Materials Project Database Learn full vs. root integer supercells Learn and apply transformations of the hexagonal lattice Build 1-layer Graphene and 3-layer Graphene Build Monolayer h-BN from bulk h-BN Build Monolayer GaN from bulk GaN Build Monolayer MoSe2 from bulk MoSe2 Build Monolayer and bilayer Ti3Sn from bulk Ti3Sn Build (1x1x1) Graphene interfaced with (1x1x1) hexagonal boron nitride Build (Root(28)xRoot(28)x1) Graphene interfaced with (Root(27)xRoot(27)x1) hexagonal boron nitride Build (2x2x1) MoSe2 interfaced with (Root(7)xRoot(7)x1) Graphene Build (5x5x1) GaN interfaced with (Root(7)xRoot(7)x1) Ti3Sn This course is ideal for individuals who are computational chemists, computational physicists, material scientists It is particularly useful for computational chemists, computational physicists, material scientists.

Enroll now: Building 2D Material Heterostructures in VESTA

Summary

Title: Building 2D Material Heterostructures in VESTA

Price: $44.99

Average Rating: 4.8

Number of Lectures: 10

Number of Published Lectures: 10

Number of Curriculum Items: 10

Number of Published Curriculum Objects: 10

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Obtain CIF files for structures from Materials Project Database
Learn full vs. root integer supercells
Learn and apply transformations of the hexagonal lattice
Build 1-layer Graphene and 3-layer Graphene
Build Monolayer h-BN from bulk h-BN
Build Monolayer GaN from bulk GaN
Build Monolayer MoSe2 from bulk MoSe2
Build Monolayer and bilayer Ti3Sn from bulk Ti3Sn
Build (1x1x1) Graphene interfaced with (1x1x1) hexagonal boron nitride
Build (Root(28)xRoot(28)x1) Graphene interfaced with (Root(27)xRoot(27)x1) hexagonal boron nitride
Build (2x2x1) MoSe2 interfaced with (Root(7)xRoot(7)x1) Graphene
Build (5x5x1) GaN interfaced with (Root(7)xRoot(7)x1) Ti3Sn

Who Should Attend

computational chemists, computational physicists, material scientists

Target Audiences

computational chemists, computational physicists, material scientists

*** NOTE *** I have had to disable the materials modeling community. Please be advised that this perk is not longer available

In this course, we will learn how to build heterostructures of 2D materials using VESTA. This course will touch on several of the key concepts to heterostructure building, such as:

1. Obtaining starting materials from materials project database, such as the crystallographic information files.

2. Extracting monolayer, bilayer, and many layer systems from each of the bulk crystals.

3. Full vs. Root integer supercells.

4. Select transformations of the hexagonal lattice.

5. Interfacing two hexagonal lattice systems together to make a heterostructure.

6. Compute lattice-mismatch between two hexagonal lattice systems will be covered.

The materials we will consider for this course are the following: Graphene, h-BN (hexagonal boron nitride), MoSe2, GaN, and Ti3Sn.
Specifically, we will be building the following heterostructures:

1. 1x1x1 Graphene interfaced with 1x1x1 hexagonal boron nitride

2. Root(28)xRoot(28)x1 Graphene interfaced with Root(27)xRoot(27)x1 hexagonal boron nitride

3. 2x2x1 MoSe2 interfaced with Root(7)xRoot(7)x1 x 1 Graphene

4. 5x5x1 GaN interfaced with Root(7)xRoot(7)x1 Ti3Sn

We will be building the following monolayer systems:

1. 1-layer Graphene and 3-layer Graphene

2. Monolayer hexagonal boron nitride

3. Monolayer GaN

4. Monolayer MoSe2

5. Monolayer and bilayer Ti3Sn

Happy Learning! Please feel free to ask any questions you may have along the way. Please join our Slack community (last slide) if you are interested in Learning more.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Overview + Key Information

Lecture 2: Downloading Unit Cell Files

Lecture 3: Making Graphene Monolayer

Lecture 4: Making h-BN and GaN Monolayers

Lecture 5: Making Ti3Sn and MoSe2 Monolayers

Lecture 6: Making Multi-layer Graphene Slab

Lecture 7: Build h-BN / Graphene Heterostructure – Part 1

Lecture 8: Build h-BN / Graphene Heterostructure – Part 2

Lecture 9: Build MoSe2 / Graphene Heterostructure

Lecture 10: Build GaN / Ti3Sn Heterostructure

Instructors

Brendan Smith
Building Computational Material Models

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 5 votes
4 stars: 13 votes
5 stars: 31 votes

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