https://www.lingjiangkeshi.com/2026-07-20weekly1.0 https://www.lingjiangkeshi.com/about.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/news.html2026-07-20weekly0.9 https://www.lingjiangkeshi.com/faq.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/process.html2026-07-20monthly0.7 https://www.lingjiangkeshi.com/animation.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/cases.html2026-07-20weekly0.8 https://www.lingjiangkeshi.com/covers.html2026-07-20weekly0.9 https://www.lingjiangkeshi.com/figures.html2026-07-20weekly0.9 https://www.lingjiangkeshi.com/careers.html2026-07-20monthly0.5 https://www.lingjiangkeshi.com/privacy.html2026-07-20yearly0.3 https://www.lingjiangkeshi.com/terms.html2026-07-20yearly0.3 https://www.lingjiangkeshi.com/articles/sci-figure-guide.html2026-07-20yearly0.8 https://www.lingjiangkeshi.com/articles/journal-cover-design-guide.html2026-07-20yearly0.8 https://www.lingjiangkeshi.com/articles/research-figure-outsourcing-vs-diy.html2026-07-20yearly0.7 https://www.lingjiangkeshi.com/articles/scientific-animation-workflow.html2026-07-20yearly0.7 https://www.lingjiangkeshi.com/articles/scientific-color-palette-guide.html2026-07-20yearly0.7 https://www.lingjiangkeshi.com/articles/ljks-2024-review.html2026-07-20yearly0.6 https://www.lingjiangkeshi.com/articles/research-figure-pricing-process.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/articles/ai-scientific-figure-vs-professional-design.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/fields/biomedical-scientific-illustration.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/fields/materials-chemistry-visualization.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/fields/energy-materials-visualization.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/fields/nanomaterial-scientific-illustration.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/fields/ai-data-scientific-visualization.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/topics/biomedical-mechanism-figure-cases.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/topics/hydrogel-scientific-figure-cases.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/topics/nanomaterial-mechanism-figure-cases.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/topics/energy-materials-visualization-cases.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/topics/published-scientific-figure-cases.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/services/scientific-illustration-design.html2026-07-20monthly1.0 https://www.lingjiangkeshi.com/services/sci-figure-design.html2026-07-20monthly0.9 https://www.lingjiangkeshi.com/services/journal-cover-design.html2026-07-20monthly0.9 https://www.lingjiangkeshi.com/services/data-visualization.html2026-07-20monthly0.8 https://www.lingjiangkeshi.com/services/graphical-abstract-design.html2026-07-20monthly0.9 https://www.lingjiangkeshi.com/services/toc-graphic-design.html2026-07-20monthly0.9 https://www.lingjiangkeshi.com/services/mechanism-flow-figure-design.html2026-07-20monthly0.9 https://www.lingjiangkeshi.com/services/review-figure-design.html2026-07-20monthly0.9 https://www.lingjiangkeshi.com/cases/anonymous-cover-material-chemistry.html2026-07-20monthly0.7 https://www.lingjiangkeshi.com/cases/anonymous-cover-ai-protein.html2026-07-20monthly0.7 https://www.lingjiangkeshi.com/portfolio/cover-nature-chemistry-chiral-molecule.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/nature%20chem%E5%88%86%E5%AD%90.jpgNature Chemistry 手性分子科研期刊封面设计Nature Chemistry 手性分子封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nature-medicine-mouse-robot.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/nmi%E5%B0%8F%E9%BC%A0%E6%9C%BA%E5%99%A8%E4%BA%BA.jpgNature Medicine 小鼠机器人生物医学封面设计Nature Medicine 小鼠机器人封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nmi-neural-network.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/NMI%E7%A5%9E%E7%BB%8F%E7%BD%91%E7%BB%9C.jpgNature Machine Intelligence 神经网络科研封面设计Nature Machine Intelligence 神经网络封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nmi-protein-prediction.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/nmi%E8%9B%8B%E7%99%BD%E8%B4%A8%E9%A2%84%E6%B5%8B.jpgNature Machine Intelligence 蛋白质预测封面设计Nature Machine Intelligence 蛋白质预测封面设计 https://www.lingjiangkeshi.com/portfolio/cover-science-bulletin-inhibitor.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/science%20bullentin%E6%8A%91%E5%88%B6%E5%89%82.jpgScience Bulletin 抑制剂研究科研期刊封面设计Science Bulletin 抑制剂研究封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nc-nanocluster.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/nc%E7%B0%87.jpgNature Communications 纳米簇材料封面设计Nature Communications 纳米簇封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nc-cell.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/NC%E7%BB%86%E8%83%9E.jpgNature Communications 细胞研究封面设计Nature Communications 细胞研究封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nature-electronics-wafer.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/NE%E6%99%B6%E5%9C%86.jpgNature Electronics 晶圆芯片科研封面设计Nature Electronics 晶圆芯片封面设计 https://www.lingjiangkeshi.com/portfolio/cover-carbon-sphere-nanomaterial.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/%E7%A2%B3%E7%90%83%E6%B0%B4%E6%B3%A12.jpg碳球纳米材料科研期刊封面设计碳球纳米材料科研封面设计 https://www.lingjiangkeshi.com/portfolio/cover-cell-neuron.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/cell%E7%A5%9E%E7%BB%8F%E5%85%83.jpgCell 神经元生物医学封面设计Cell 神经元封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nmi-data-encryption.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/nmi%E6%95%B0%E6%8D%AE%E5%8A%A0%E5%AF%86.jpgNature Machine Intelligence 数据加密科研封面设计Nature Machine Intelligence 数据加密封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nmi-neural-network-variant.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/NMI%E7%A5%9E%E7%BB%8F%E7%BD%91%E7%BB%9C1.jpgNature Machine Intelligence 神经网络研究封面设计Nature Machine Intelligence 神经网络研究封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nmi-deep-learning-network.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/NMI%E7%A5%9E%E7%BB%8F%E7%BD%91%E7%BB%9C2.jpgNature Machine Intelligence 深度学习神经网络封面设计Nature Machine Intelligence 深度学习神经网络封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nmi-protein-structure.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/nmi%E8%9B%8B%E7%99%BD%E8%B4%A8.jpgNature Machine Intelligence 蛋白质结构封面设计Nature Machine Intelligence 蛋白质结构封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nature-photonics-photoelectric.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/np%E5%85%89%E7%94%B5%E8%BD%AC%E5%8C%96.jpgNature Photonics 光电转化科研封面设计Nature Photonics 光电转化封面设计 https://www.lingjiangkeshi.com/portfolio/cover-small-exosome.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/smll%E5%A4%96%E6%B3%8C%E4%BD%93.jpgSmall 外泌体研究科研封面设计Small 外泌体研究封面设计 https://www.lingjiangkeshi.com/portfolio/cover-nano-research-material.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/Nano%20Research-20.jpgNano Research 纳米材料封面设计Nano Research 纳米材料封面设计 https://www.lingjiangkeshi.com/portfolio/cover-acs-nano.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/ACSnano.jpgACS Nano 纳米科学封面设计ACS Nano 纳米科学封面设计 https://www.lingjiangkeshi.com/portfolio/cover-jacs-artificial-neuron.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/jacs%E4%BA%BA%E5%B7%A5%E7%A5%9E%E7%BB%8F%E5%85%83.jpgJACS 人工神经元科研封面设计JACS 人工神经元封面设计 https://www.lingjiangkeshi.com/portfolio/cover-afm-functional-materials.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/AFM.jpgAdvanced Functional Materials 功能材料封面设计Advanced Functional Materials 功能材料封面设计 https://www.lingjiangkeshi.com/portfolio/cover-am-advanced-materials.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/AM%E5%B0%81%E9%9D%A2.jpgAdvanced Materials 先进材料封面设计Advanced Materials 先进材料封面设计 https://www.lingjiangkeshi.com/portfolio/cover-national-science-review.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/NPR%20cover6.jpgNational Science Review 科研期刊封面设计National Science Review 封面设计 https://www.lingjiangkeshi.com/portfolio/cover-small-journal.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/smll.20220711.jpgSmall 期刊科研封面设计Small 期刊封面设计 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-advs-76086.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-advs-76086.pngAdvanced Science 解决MRSA生物膜顽固难题，面对耐药生物膜，这种刺猬状纳米酶有新思路科研论文示意图Advanced Science：解决MRSA生物膜顽固难题，面对耐药生物膜，这种刺猬状纳米酶有新思路 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-foodhyd-2026-112847.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-foodhyd-2026-112847.pngFood Hydrocolloids 多元醇基低共熔溶剂/纤维素酶辅助水提取苹果细胞壁中富含RG-I的果胶科研论文示意图Food Hydrocolloids：多元醇基低共熔溶剂/纤维素酶辅助水提取苹果细胞壁中富含RG-I的果胶 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-adhm-71121.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-adhm-71121.pngADVANCED HEALTHCARE MATERIALS 抑制急性肝损伤中的线粒体多米诺效应：药物通过对抗活性氧爆发和钙过载来减轻细胞死亡和无菌性炎症科研论文示意图ADVANCED HEALTHCARE MATERIALS：抑制急性肝损伤中的线粒体多米诺效应：药物通过对抗活性氧爆发和钙过载来减轻细胞死亡和无菌性炎症 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-bioactmat-2026-03-007.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-bioactmat-2026-03-007.pngBioactive Materials “双管齐下”：重组胶原水凝胶实现灭菌+免疫调节，加速耐药菌伤口愈合科研论文示意图Bioactive Materials：“双管齐下”：重组胶原水凝胶实现灭菌+免疫调节，加速耐药菌伤口愈合 https://www.lingjiangkeshi.com/portfolio/figure-url-nature-com-articles-s41467-026-70150-7.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-url-nature-com-articles-s41467-026-70150-7.pngNature Communications 利用苯胺延伸法，通过石墨烯和氮富集技术构建近红外二区碳点，用于肝胆诊疗一体化科研论文示意图Nature Communications：利用苯胺延伸法，通过石墨烯和氮富集技术构建近红外二区碳点，用于肝胆诊疗一体化 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-cej-2026-174332.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-cej-2026-174332.pngChemical Engineering Journal 一种端到端活性氧清除剂，同时清除超氧阴离子和羟基自由基，靶向治疗心肌缺血再灌注损伤科研论文示意图Chemical Engineering Journal：一种端到端活性氧清除剂，同时清除超氧阴离子和羟基自由基，靶向治疗心肌缺血再灌注损伤 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1021-acsnano-5c22118.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1021-acsnano-5c22118.jpgACS Nano 酶模拟水凝胶平衡抗菌活性和细胞保护作用，用于细菌性角膜炎的角膜再生科研论文示意图ACS Nano：酶模拟水凝胶平衡抗菌活性和细胞保护作用，用于细菌性角膜炎的角膜再生 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-advs-202521451.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-advs-202521451.jpgAdvanced Science EDTA功能化MOF通过放射化学协同作用和时空匹配的铁螯合作用在肿瘤心脏病学中的应用科研论文示意图Advanced Science：EDTA功能化MOF通过放射化学协同作用和时空匹配的铁螯合作用在肿瘤心脏病学中的应用 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-bioactmat-2026-01-039.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-bioactmat-2026-01-039.jpgBioactive Materials 靶向心脏的纳米药物可快速修复线粒体，从而增强心肌梗死后的心脏功能科研论文示意图Bioactive Materials：靶向心脏的纳米药物可快速修复线粒体，从而增强心肌梗死后的心脏功能 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-cej-2025-172475.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-cej-2025-172475.jpgChemical Engineering Journal 通过阻断mitoNEET源，精准协同治疗心肌缺血再灌注损伤科研论文示意图Chemical Engineering Journal：通过阻断mitoNEET源，精准协同治疗心肌缺血再灌注损伤 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-cej-2026-172560.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-cej-2026-172560.jpgChemical Engineering Journal 在静态高水负荷条件下，膨胀石墨层压板促进甲烷水合物的快速成核和爬壁生长科研论文示意图Chemical Engineering Journal：在静态高水负荷条件下，膨胀石墨层压板促进甲烷水合物的快速成核和爬壁生长 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-ange-202523946.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-ange-202523946.pngAngewandte Chemie International Edition 通过淀粉样聚集设计具有亚纳米孔的蛋白质基纳滤膜科研论文示意图Angewandte Chemie International Edition：通过淀粉样聚集设计具有亚纳米孔的蛋白质基纳滤膜 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-adhm-202503563.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-adhm-202503563.pngADVANCED HEALTHCARE MATERIALS 连续释放生物活性因子的水凝胶/静电纺纳米纤维复合支架用于旋转袖修复科研论文示意图ADVANCED HEALTHCARE MATERIALS：连续释放生物活性因子的水凝胶/静电纺纳米纤维复合支架用于旋转袖修复 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-adfm-202527509.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-adfm-202527509.pngADVANCED FUNCTIONAL MATERIALS ZIF-8中依赖于晶面的水分子团簇实现了高效甲烷储存科研论文示意图ADVANCED FUNCTIONAL MATERIALS：ZIF-8中依赖于晶面的水分子团簇实现了高效甲烷储存 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-smll-202511497.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-smll-202511497.pngSmall 过氧化氢的超分子凝胶化：兼顾安全性和反应活性科研论文示意图Small：过氧化氢的超分子凝胶化：兼顾安全性和反应活性 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-bio-70350.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-bio-70350.pngLUMINESCENCE 结构工程化有机光敏剂通过ROS和H +共生成实现光动力和光酸协同治疗科研论文示意图LUMINESCENCE：结构工程化有机光敏剂通过ROS和H +共生成实现光动力和光酸协同治疗 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-cej-2025-169755.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-cej-2025-169755.pngChemical Engineering Journal 序列靶向纳米医学MPC通过神经微环境重编程治疗脑缺血再灌注损伤科研论文示意图Chemical Engineering Journal：序列靶向纳米医学MPC通过神经微环境重编程治疗脑缺血再灌注损伤 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-sstr-202500351.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-sstr-202500351.pngSmall Structures 用于用户定义的宽带电磁错觉生成的光学透明透射超表面科研论文示意图Small Structures：用于用户定义的宽带电磁错觉生成的光学透明透射超表面 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-sstr-202500351-2.pngSmall Structures 用于用户定义的宽带电磁错觉生成的光学透明透射超表面科研论文示意图（第 2 张）Small Structures：用于用户定义的宽带电磁错觉生成的光学透明透射超表面 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-sstr-202500351-3.pngSmall Structures 用于用户定义的宽带电磁错觉生成的光学透明透射超表面科研论文示意图（第 3 张）Small Structures：用于用户定义的宽带电磁错觉生成的光学透明透射超表面 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-apsb-2025-09-030.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-apsb-2025-09-030.pngActa Pharmaceutica Sinica B 注射水凝胶介导的溶瘤腺病毒和美法仑联合递送用于视网膜母细胞瘤控制和视力保护科研论文示意图Acta Pharmaceutica Sinica B：注射水凝胶介导的溶瘤腺病毒和美法仑联合递送用于视网膜母细胞瘤控制和视力保护 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-bioactmat-2025-08-030.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-bioactmat-2025-08-030.pngBioactive Materials 仿生动态纳米药物SrHCF，实现CIRI的协同“亚铁螯合-抗氧化-钙拮抗-炎症抑制”四重治疗科研论文示意图Bioactive Materials：仿生动态纳米药物SrHCF，实现CIRI的协同“亚铁螯合-抗氧化-钙拮抗-炎症抑制”四重治疗 https://www.lingjiangkeshi.com/portfolio/figure-url-nature-com-articles-s41467-025-62407-4.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-url-nature-com-articles-s41467-025-62407-4.pngNature Communications 一种广谱抗生素针对具有双重结合靶点的多重耐药细菌，且未检测到耐药性科研论文示意图Nature Communications：一种广谱抗生素针对具有双重结合靶点的多重耐药细菌，且未检测到耐药性 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1021-acs-biomac-5c00992.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1021-acs-biomac-5c00992.jpgBiomacromolecules 基于透明质酸的快速凝胶化止血粉，促进动态伤口封闭与组织再生科研论文示意图Biomacromolecules：基于透明质酸的快速凝胶化止血粉，促进动态伤口封闭与组织再生 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-asjsur-2025-05-255.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-asjsur-2025-05-255.pngAsian Journal of Surgery 神经内镜在前庭神经鞘瘤切除中的应用科研论文示意图Asian Journal of Surgery：神经内镜在前庭神经鞘瘤切除中的应用 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-asjsur-2025-05-255-2.pngAsian Journal of Surgery 神经内镜在前庭神经鞘瘤切除中的应用科研论文示意图（第 2 张）Asian Journal of Surgery：神经内镜在前庭神经鞘瘤切除中的应用 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-actbio-2025-07-007.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-actbio-2025-07-007.pngActa Biomaterialia 仿生自凝胶与粘附性粉末，用于脑损伤后的无缝密封与神经再生科研论文示意图Acta Biomaterialia：仿生自凝胶与粘附性粉末，用于脑损伤后的无缝密封与神经再生 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-seppur-2025-134063.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-seppur-2025-134063.jpgSeparation and Purification Technology 聚二甲基硅氧烷用于气体分离膜的研究进展科研论文示意图Separation and Purification Technology：聚二甲基硅氧烷用于气体分离膜的研究进展 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-4103-nrr-nrr-d-24-01491.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-4103-nrr-nrr-d-24-01491.pngNeural Regeneration Research Sox2过表达的神经干细胞缓解出血后脑积水患者的心室扩大和神经功能障碍科研论文示意图Neural Regeneration Research：Sox2过表达的神经干细胞缓解出血后脑积水患者的心室扩大和神经功能障碍 https://www.lingjiangkeshi.com/portfolio/figure-url-nature-com-articles-s41586-025-08678-9.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-url-nature-com-articles-s41586-025-08678-9.jpgNature 一种多烯抗真菌抗生素—mandimycin的发现，可杀灭多重耐药真菌。科研论文示意图Nature：一种多烯抗真菌抗生素—mandimycin的发现，可杀灭多重耐药真菌。 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-adfm-202413847.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-adfm-202413847.jpgADVANCED FUNCTIONAL MATERIALS 半花菁纳米粒子对肿瘤微环境进行重编程用于胶质母细胞瘤光免疫治疗科研论文示意图ADVANCED FUNCTIONAL MATERIALS：半花菁纳米粒子对肿瘤微环境进行重编程用于胶质母细胞瘤光免疫治疗 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1002-adfm-202407268.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1002-adfm-202407268.pngADVANCED FUNCTIONAL MATERIALS 一种冰溶交联法，用于高效、大规模制备在水环境中具有超稳定性的聚电解质单体科研论文示意图ADVANCED FUNCTIONAL MATERIALS：一种冰溶交联法，用于高效、大规模制备在水环境中具有超稳定性的聚电解质单体 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1021-acs-iecr-3c03370.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1021-acs-iecr-3c03370.pngIndustrial & Engineering Chemistry Research 在铝改性的二氧化硅沸石催化剂上，萘与甲醇的甲基化反应科研论文示意图Industrial & Engineering Chemistry Research：在铝改性的二氧化硅沸石催化剂上，萘与甲醇的甲基化反应 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-cej-2024-148767.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-cej-2024-148767.pngChemical Engineering Journal 探究铈掺杂(FeCoNiCrMn)3O4高熵氧化物对苯甲醇无溶剂好氧氧化的促进作用科研论文示意图Chemical Engineering Journal：探究铈掺杂(FeCoNiCrMn)3O4高熵氧化物对苯甲醇无溶剂好氧氧化的促进作用 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1021-jacs-3c03581.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1021-jacs-3c03581.jpgJournal of the American Chemical Society α-螺旋介导的蛋白质粘附科研论文示意图Journal of the American Chemical Society：α-螺旋介导的蛋白质粘附 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1021-jacs-3c03581-2.pngJournal of the American Chemical Society α-螺旋介导的蛋白质粘附科研论文示意图（第 2 张）Journal of the American Chemical Society：α-螺旋介导的蛋白质粘附 https://www.lingjiangkeshi.com/portfolio/figure-doi-10-1016-j-seppur-2023-123308.html2026-07-20monthly0.6 https://www.lingjiangkeshi.com/images/published-figures/figure-doi-10-1016-j-seppur-2023-123308.pngSeparation and Purification Technology 具有强韧疏水性、防水性和透气性的无氟水性织物涂层设计科研论文示意图Separation and Purification Technology：具有强韧疏水性、防水性和透气性的无氟水性织物涂层设计