Tungsten probes have some characteristics that make them widely used in different scientific and engineering applications. Here are some of the key features of tungsten probes:
1. High melting point: Tungsten has a very high melting point, about 3422 degrees Celsius, which allows tungsten to remain stable in high temperature environments.
2. Hardness: Tungsten is a very hard material, harder than most metals. This allows the tungsten probe to maintain a sharp tip when applying force to the sample or performing intensive grinding.
3. Electrical conductivity: Tungsten is a good conductive material with high electrical conductivity. This makes tungsten probes very effective in applications where electrical conduction or electron flow is required.
4. Stability: Tungsten is relatively stable under normal conditions and does not easily react with many common chemicals. This allows the tungsten probe to remain relatively stable in various experimental environments.
5. High Density: Tungsten is a high-density material, which also contributes to its performance in certain applications, such as when used to generate ions in mass spectrometers.
6. Wide application: Due to its characteristics, tungsten probes are widely used in various scientific research fields and engineering applications, including surface science, microscopy technology, mass spectrometers, materials research, etc.
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