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Thinking 5.5s

I'll focus on the sample's fracture surface, capture the images, and identify the fracture type. First, I'll check the instrument status, then follow the standard workflow.

Read Status

Status refreshed

Thinking 11.5s

The instrument is operating normally at 38× magnification. I'll initialize the electron beam path, then focus step by step using the standard workflow for fractured metal samples.

Based on previous experience stored in long-term memory, I'll follow these steps for fractured metal samples:

1. Start focusing step by step from the lowest imaging magnification (200x)

2. Complete focusing at twice the highest target imaging magnification: 10,000×.

3. Start focusing at 200× and skip the 500× step.

I'll load the fracture imaging skills, then begin.

Load Skill

Loading skills: sem-fractography-imaging, sem-fracture-analysis

Load Skill

Skill loading completed

Thinking 6.4s

Skill loaded. Now starting the metal fracture imaging workflow.

Step 1: Initialize the device and set the default imaging parameters for metal fracture surfaces: 10 kV accelerating voltage, ET detector, and a 30 μm aperture.

Initialize Device

Device initialization completed

Thinking 18.9s

Device initialization completed. Now setting the default imaging parameters for metal fracture surfaces: 10 kV accelerating voltage, ET detector, and a 30 μm aperture (ApertureNum 0).