AI生成的Submicroscopic图像

Microscopic view, duodenal mucosa, intact villous architecture, soft focus, warm lighting, 3D structure, microscopic lens, biological texture, mucosal layer, epithelial cells, lamina propria, intestin
coccolithophores,submicroscopic,microstructures,stereocilia,coccoliths,embryo,mandelbulb,microphotography,foraminifera,microscopic,micrographs,operculum,ancylostoma,diaphragm,calliostoma,tubules,brach
Microscopic view, duodenal mucosa, intact villous architecture, soft focus, warm lighting, 3D structure, microscopic lens, biological texture, mucosal layer, epithelial cells, lamina propria, intestin
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
Paw print, white fur, detailed claws, soft pad, gentle curve, 3D texture, close-up shot, shallow depth of field, warm lighting, realistic detail, furry material, creamy color tone, artistic compositio
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
Paper texture, crumpled paper, white background, detailed fibers, rough edges, worn out, old paper feel, warm lighting, shallow depth of field, soft focus, macro shot, high contrast, 3/4 composition.,
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
hyperrealistic ultra-detailed macro photography-style depiction of a thick, semi-translucent, off-white liquid with an exceptionally high dynamic viscosity of 189 millipascal-seconds (mPa·s), captured
hyperrealistic ultra-detailed macro photography-style depiction of a thick, semi-translucent, off-white liquid with an exceptionally high dynamic viscosity of 189 millipascal-seconds (mPa·s), captured
Microscopic, tardigrade, water bear, eight legs, claws, transparent body, microscopic details, aquatic environment, soft focus, shallow depth of field, warm lighting, macro photography, close-up, 3/4
Microscopic view, duodenum, intestinal mucosa, intact villous architecture, finger-like projections, numerous microvilli, light pinkish color, smooth surface, detailed texture, soft focus, warm lighti
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
coccolithophores,stereocilia,operculum,ammonoid,ammonoids,brachiopod,microstructures,foraminifera,calliostoma,micromollusc,ancylostoma,helical,brachiopods,dendrochronology,whorl,submicroscopic,micromo
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Post-Apocalyptic Bloom
Sick tongue, pale pink color, dry texture, rough surface, cracks on surface, swollen tip, inflamed red veins, yellowish white coating, bad breath, close-up shot, macro photography, shallow depth of fi
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o
cytoskeleton,cytoskeletal,microtubules,nanotubes,submicroscopic,nanotube,microfilaments,nanofabrication,plant veins,tubules,nanowires,wormhole,fibers,microtubule,filaments,light fractal,steelwool,supe
hyperrealistic ultra-detailed macro imagery of a thick, viscous, semi-translucent liquid, its appearance characterized by a pearly off-white hue with slight beige undertones and a measured viscosity o

如何用AI生成Submicroscopic图像？

第一步：输入与Submicroscopic相关的提示词；
第二步：选择符合Submicroscopic的风格与场景；
第三步：设置图像尺寸及光照等信息；
第四步：点击“生成”之后稍作等待，就可以查看你想要的Submicroscopic图像了。

常见问题

我在哪里可以制作自己的Submicroscopic图像？
你可以使用我们的文生图功能来快速的制作你想要的Submicroscopic图像，当然如果你有自己明确的需求，可以使用我们数十个AI工具来随意的制作。
我在PromeAI搜索到的Submicroscopic图像可以商用吗？
在成为标准版及以上会员之后，你自己制作的图像是可以商用的，你可以Remix你搜索到的喜欢的图像来制作自己的图像。
我可以免费使用PromeAI吗？
当然可以，我们给免费用户每个月提供了10个金币，可以用来制作一百张图像，你可以轻松创建自己想要的Submicroscopic图像。