electrospun nanofibers
電紡納米纖維
carbon nanofibers
碳納米纖維
polymer nanofibers
聚合物納米纖維
biocompatible nanofibers
生物相容性納米纖維
electrospun nanofibers are widely used in air filtration applications due to their small diameter and high surface area.
電紡納米纖維因其微小的直徑和高表面積，廣泛應用於空氣過濾領域。
carbon nanofibers exhibit excellent electrical conductivity and mechanical strength for composite materials.
碳納米纖維在複合材料中表現出優異的電導率和機械強度。
researchers have developed biodegradable polymer nanofibers for wound healing dressings.
研究人員已開發出可生物降解的聚合物納米纖維，用於傷口敷料。
nanofibers with antimicrobial agents can effectively inhibit bacterial growth on medical devices.
含有抗菌劑的納米纖維可有效抑制醫療設備上的細菌生長。
the electrospinning technique allows precise control over nanofiber diameter and orientation.
電紡技術可精確控制納米纖維的直徑和取向。
aligned nanofibers promote cell migration and tissue regeneration in engineered scaffolds.
排列的納米纖維可促進工程化支架中的細胞遷移和組織再生。
composite nanofibers reinforced with nanoparticles show enhanced catalytic activity.
以納米粒子增強的複合納米纖維表現出增強的催化活性。
nanofiber mats serve as effective separators in lithium-ion batteries.
納米纖維 mat 可作為鋰離子電池中有效的分離器。
silk nanofibers offer superior biocompatibility for neural tissue engineering applications.
絲蛋白納米纖維在神經組織工程應用中具有優越的生物相容性。
nanofiber scaffolds provide a three-dimensional structure that mimics the extracellular matrix.
納米纖維支架提供類似細胞外基質的三維結構。
functionalized nanofibers can capture specific proteins from complex biological samples.
功能化納米纖維可從複雜的生物樣本中捕獲特定蛋白質。
the mechanical properties of nanofibers can be tuned by adjusting the polymer concentration.
納米纖維的機械性能可通過調整聚合物濃度進行調節。
electrospun nanofibers
電紡納米纖維
carbon nanofibers
碳納米纖維
polymer nanofibers
聚合物納米纖維
biocompatible nanofibers
生物相容性納米纖維
electrospun nanofibers are widely used in air filtration applications due to their small diameter and high surface area.
電紡納米纖維因其微小的直徑和高表面積，廣泛應用於空氣過濾領域。
carbon nanofibers exhibit excellent electrical conductivity and mechanical strength for composite materials.
碳納米纖維在複合材料中表現出優異的電導率和機械強度。
researchers have developed biodegradable polymer nanofibers for wound healing dressings.
研究人員已開發出可生物降解的聚合物納米纖維，用於傷口敷料。
nanofibers with antimicrobial agents can effectively inhibit bacterial growth on medical devices.
含有抗菌劑的納米纖維可有效抑制醫療設備上的細菌生長。
the electrospinning technique allows precise control over nanofiber diameter and orientation.
電紡技術可精確控制納米纖維的直徑和取向。
aligned nanofibers promote cell migration and tissue regeneration in engineered scaffolds.
排列的納米纖維可促進工程化支架中的細胞遷移和組織再生。
composite nanofibers reinforced with nanoparticles show enhanced catalytic activity.
以納米粒子增強的複合納米纖維表現出增強的催化活性。
nanofiber mats serve as effective separators in lithium-ion batteries.
納米纖維 mat 可作為鋰離子電池中有效的分離器。
silk nanofibers offer superior biocompatibility for neural tissue engineering applications.
絲蛋白納米纖維在神經組織工程應用中具有優越的生物相容性。
nanofiber scaffolds provide a three-dimensional structure that mimics the extracellular matrix.
納米纖維支架提供類似細胞外基質的三維結構。
functionalized nanofibers can capture specific proteins from complex biological samples.
功能化納米纖維可從複雜的生物樣本中捕獲特定蛋白質。
the mechanical properties of nanofibers can be tuned by adjusting the polymer concentration.
納米纖維的機械性能可通過調整聚合物濃度進行調節。
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