ASPex Inclusions Analysis

ASPex (Automated Scanning Probe Exfoliation) is an advanced scanning probe exfoliation technology used for studying two-dimensional (2D) materials. Inclusions analysis refers to the process of analyzing and characterizing inclusions present in 2D material samples after they have been exfoliated and prepared using ASPex technology. Inclusions are other substances that may be inadvertently or intentionally added to the 2D materials, potentially affecting their performance and properties. Through ASPex inclusions analysis, we can identify and understand these inclusions and assess their impact on the 2D materials.

Here are some common ASPex inclusion analysis methods:

Optical Microscopy Analysis: Using an optical microscope to observe the surface of the sample to identify and determine the location and morphology of inclusions. This can provide information about the size, shape, and distribution of the inclusions.

Scanning Electron Microscopy (SEM) Analysis: Observing high-resolution images of the sample surface through SEM to obtain more detailed morphology and structural information of the inclusions. SEM can also provide energy-dispersive spectroscopy (EDS) results regarding the elemental composition of the inclusions.

X-ray Diffraction (XRD) Analysis: Analyzing the sample using XRD techniques to determine the crystal structure and lattice parameters of the inclusions. This helps in understanding the chemical composition and interactions of the inclusions.

Atomic Force Microscopy (AFM) Analysis: Observing atomic-level topographic images of the sample surface using AFM technology. This can provide high-resolution morphological information of the inclusions. Additionally, AFM can measure parameters such as the height and surface roughness of the inclusions.

Spectroscopic Analysis: Characterizing the inclusions using spectrometers (such as X-ray spectrometers or electron spectrometers) to determine their elemental composition and chemical state. This can help understand the chemical characteristics and origins of the inclusions.

The goal of ASPex inclusion analysis is to accurately identify inclusions and understand their impact on the performance of two-dimensional materials. The comprehensive application of these analytical techniques can provide a thorough characterization of the inclusions and foundational data for further research and applications.

Automated Scanning Probe Exfoliation plays a very important role in analyzing the properties of materials. Matexcel provides a one-stop service for Automated Scanning Probe Exfoliation. We are committed to becoming your competent partner in scientific and technological research. If you have any questions, feel free to contact us.

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