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![This is an image of the magnetic domain distribution of a certain two-dimensional material with a scanning range of 20 μm. In the image, it is clearly visible that the magnetic domains within the material are distributed in a "maze-like" pattern.">](/image-gallery/page_1.html?screening=1 <div class="pic">
<img loading="lazy" src="/uploads/upload/20251030/25103014223ON.webp" alt="Patterned Sapphire Substrate (PSS)" class="middleCenter">
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<div class="title">Patterned Sapphire Substrate (PSS)</div>
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<li data-src="/uploads/upload/20251030/251030142349495.jpg" data-sub-html="<h3>OLED Pattern</h3><p>This is an OLED micro-area scanning image with a scanning range of 30 μm. By analyzing the pattern, the key dimensions such as the period and height at the key parts of the sample can be revealed, providing a measurement basis for process improvement.</p>">
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<img loading="lazy" src="/uploads/upload/20251030/251030142349495.webp" alt="OLED Pattern" class="middleCenter">
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<div class="title">OLED Pattern</div>
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<li data-src="/uploads/upload/20251030/251030142413S2.jpg" data-sub-html="<h3>ETL Structure</h3><p>This is a micro-area scanning image of the electron transport layer (ETL) structure with a scanning range of 8 μm. By analyzing the size of the shadow part, it can provide a measurement basis for the improvement of the electron transport layer manufacturing process.</p>">
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<img loading="lazy" src="/uploads/upload/20251030/251030142413S2.webp" alt="ETL Structure" class="middleCenter">
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<div class="title">ETL Structure</div>
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<li data-src="/uploads/upload/20251030/2510301426112Q.jpg" data-sub-html="<h3>The Edge Structure of PSS</h3><p>This is a scanning image with a scanning range of 2 μm, highlighting the edge structure of the PSS. From the image, the width and height information of the edge platform can be clearly seen.</p>">
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<img loading="lazy" src="/uploads/upload/20251030/2510301426112Q.webp" alt="The Edge Structure of PSS" class="middleCenter">
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<div class="title">The Edge Structure of PSS</div>
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<li data-src="/uploads/upload/20251030/251030143305b4.jpg" data-sub-html="<h3>The Surface Potential of 2D Materials</h3><p>This is a surface potential image of hexagonal Boron Nitride (h-BN) with a scanning range of 10 μm. In the image, it can be clearly seen that the surface potential is irregularly distributed within h-BN.</p>">
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<img loading="lazy" src="/uploads/upload/20251030/251030143305b4.webp" alt="The Surface Potential of 2D Materials" class="middleCenter">
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<div class="title">The Surface Potential of 2D Materials</div>
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<li data-src="/uploads/upload/20251030/251030144541225.jpg" data-sub-html="<h3>2D Material){kind=link}
This is an image of the magnetic domain distribution of a certain two-dimensional material with a scanning range of 20 μm. In the image, it is clearly visible that the magnetic domains within the material are distributed in a "maze-like" pattern.
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2D Material's Magnetic Domains
Polymer Particle
Glass Substrate
182 nm Standard Step Height
Girds
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