electrospun nanofibres are widely used in tissue engineering applications.
電紡納米纖維廣泛應用於組織工程領域。
the nanofibres create an effective protective barrier against harmful bacteria.
納米纖維能形成有效的保護屏障，防止有害細菌。
scientists have developed biodegradable nanofibres for advanced wound healing.
科學家已開發出可生物降解的納米纖維，用於先進的傷口癒合。
these specialized nanofibres can filter out microscopic particles from the air.
這些專用納米纖維可過濾空氣中的微小顆粒。
the electrospinning process produces uniform and consistent nanofibres.
電紡過程可產生均勻且一致的納米纖維。
composite materials reinforced with carbon nanofibres exhibit remarkable strength.
以碳納米纖維增強的複合材料表現出卓越的強度。
nanofibres possess an extremely high surface area to volume ratio.
納米纖維具有極高的表面積與體積比。
modern drug delivery systems utilize nanofibres for controlled medication release.
現代藥物傳遞系統利用納米纖維進行可控藥物釋放。
the three-dimensional nanofibres scaffold supports rapid cell growth and proliferation.
三維納米纖維支架支持細胞的快速生長和增殖。
conductive nanofibres are essential components in advanced sensor technology.
導電納米纖維是先進感測器技術中的重要組成部分。
natural polymer nanofibres offer excellent biocompatibility for medical implants.
天然聚合物納米纖維為醫療植入物提供優異的生物相容性。
the nanofibres membrane demonstrates superior filtration efficiency in water treatment.
納米纖維膜在水處理中表現出優異的過濾效率。
electrospun nanofibres are widely used in tissue engineering applications.
電紡納米纖維廣泛應用於組織工程領域。
the nanofibres create an effective protective barrier against harmful bacteria.
納米纖維能形成有效的保護屏障，防止有害細菌。
scientists have developed biodegradable nanofibres for advanced wound healing.
科學家已開發出可生物降解的納米纖維，用於先進的傷口癒合。
these specialized nanofibres can filter out microscopic particles from the air.
這些專用納米纖維可過濾空氣中的微小顆粒。
the electrospinning process produces uniform and consistent nanofibres.
電紡過程可產生均勻且一致的納米纖維。
composite materials reinforced with carbon nanofibres exhibit remarkable strength.
以碳納米纖維增強的複合材料表現出卓越的強度。
nanofibres possess an extremely high surface area to volume ratio.
納米纖維具有極高的表面積與體積比。
modern drug delivery systems utilize nanofibres for controlled medication release.
現代藥物傳遞系統利用納米纖維進行可控藥物釋放。
the three-dimensional nanofibres scaffold supports rapid cell growth and proliferation.
三維納米纖維支架支持細胞的快速生長和增殖。
conductive nanofibres are essential components in advanced sensor technology.
導電納米纖維是先進感測器技術中的重要組成部分。
natural polymer nanofibres offer excellent biocompatibility for medical implants.
天然聚合物納米纖維為醫療植入物提供優異的生物相容性。
the nanofibres membrane demonstrates superior filtration efficiency in water treatment.
納米纖維膜在水處理中表現出優異的過濾效率。
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