王者荣耀鲁班七号OIM Analysis Tutorials
Basic Tutorial (2)
Step 1 – Loading datat (2)
Step 2 - Creating Maps (4)
Step 3 - Grains in OIM (9)
北京有色金属研究总院Step 4 - Discrete PF and Rotation (13)
Step 5 - Texture (17)
Step 6 - Templates (20)
Highlighting and Partitioning (24)
Introduction (24)
♦ Manually Isolating Lath Areas (25)
Step 1 - Load File (25)
lol宝石骑士
废物利用手工制作大全及做法Step 2 - Create IQ/Pha Map (26)
Step 3 - Configure Highlighting (28)
Step 4 - Highlight Alpha Grains (28)
Step 5 - Create Lath Partition (29)
♦ Characterizing Boundaries (29)
Step 1 - Create MDF (30)
Step 2 - Reconfigure Highlighting (31)
Step 3 - Discrete MDF Highlighting (32)
Step 4 - Boundary Specifics (33)
♦ Automated Highlighting (38)
Step 1 - Grain Size Chart (38)
相姓Step 2 - Chart Highlighting (40)
Step 3 - Partition Formula (40)
猪骨头♦ Misorientation Profile (43)
Step 1 - Highlighting Configuration (43)
Step 2 - Profile Analysis (44)
Twins Tutorial (45)
Introduction (45)
Step 1 - Getting Started (46)
Step 2 - Cleanup (47)
Step 3 - Isolating the IC Lines (51)
Step 4 - Twins (56)
Step 5 - Coherent Twins (60)
Basic Tutorial
Step 1 – Loading datat
The following tutorial should help you get started with OIM Analysis as well as show some of the analytical procedures a rearcher might u for investigating the crystallographic structure of a polycrystalline material. For this tutorial, we will be using a datat obtained from rolled aluminum sheet for a friction stir welding application. This datat is installed during the OIM Analysis installation procedure. Assuming the defaults were lected during the installation procedure, this data file is most likely located in Program Files/TexSEM/OIM Analysis 4/Samples. To get started launch OIM Analysis. The first step is to create a new project. The easiest way to do this is to left-click the Quick New button on the QuickGen Toolbar and lect Project from the pop-up menu as shown below.
This will create a default project. (there are multiple ways to open project, this is true with many functions in OIM so that urs can operate the software in the way that is most convenient - projects can also be
created from the New Project button on the Standard Toolbar or using New Project from the File Menu.) The next step is to add a datat to the project this is done by clicking on the project icon in the project tree with the right hand mou button. Select New>Datat from the pull down menu as shown below.
You will now be prompted to open the file containing the datat as shown below.
学生发型男Select the file FSW Al.osc. Once the file is successfully opened the screen should look something like that shown below. In the project tree window you will e the project, datat and partition. The partition was automatically created and contains all of the data in the data t. A window providing some summary
information on the datat will be displayed when the datat is opened.
Step 2 - Creating Maps
We will now create an inver pole figure map. This is most easily done by pressing the IPF Quick Map
icon on the QuickGen Toolbar as shown below.
This should result in the screen appearing as below. The inver pole figure map is color coded map
where the color gives an indication of the crystal direction aligned with the sample normal. For example,
in this ca, the points colored blue have <111> directions aligned with the sample normal, the points in red are <100> oriented and the points in green are <110>. It should be noted that in this map, only the crystal direction parallel to the sample normal is fixed. The in-plane orientation is not indicated in this
工作安排计划map.
shown below. As the cursor moves around the map, a wire frame schematic of the crystal is displayed.
Now, let's create a cond type of map using an alternative approach. On the project tree click on the Partition (a Partition contains a filtered subt of the data - in this ca it contains all of the data)
entitled All Data with the right mou button. This will bring up a pull-down menu. Select New>Map from the
menu as shown below.
