nanofibril formation
納米纖維形成
nanofibril structure
納米纖維結構
nanofibril diameter
納米纖維直徑
nanofibril network
納米纖維網絡
nanofibril morphology
納米纖維形態
nanofibril assembly
納米纖維組裝
nanofibril synthesis
納米纖維合成
nanofibril production
納米纖維生產
nanofibril alignment
納米纖維排列
nanofibril reinforcement
納米纖維增強
cellulose nanofibrils are extracted from wood pulp using mechanical treatment and chemical pretreatments.
纖維素納米纖維是通過機械處理和化學預處理從木漿中提取的。
the collagen nanofibril structure provides mechanical strength to connective tissues in mammals.
膠原蛋白納米纖維結構為哺乳動物的結締組織提供機械強度。
researchers have developed a method for synthesizing protein nanofibrils with controlled dimensions.
研究人員已經開發出一種方法，用於合成具有可控尺寸的蛋白質納米纖維。
plant-derived nanofibrils exhibit excellent biocompatibility for biomedical applications.
植物衍生的納米纖維在生物醫學應用中表現出優異的生物相容性。
the diameter of individual nanofibrils typically ranges from 5 to 50 nanometers.
單個納米纖維的直徑通常在5到50納米之間。
self-assembly of peptide nanofibrils creates hydrogels with potential drug delivery applications.
肽納米纖維的自組裝會產生具有潛在藥物傳遞應用的水凝膠。
electrospun nanofibril mats are used as filters for removing nanoparticles from air and water.
電紡納米纖維網被用作過濾器，用於從空氣和水中去除納米粒子。
the hierarchical organization of nanofibrils contributes to the toughness of biological materials.
納米纖維的層次結構有助於生物材料的韌性。
chiral nanofibrils can be engineered to control light propagation in optical devices.
手性納米纖維可以被設計用於控制光學設備中的光傳播。
biodegradable nanofibril scaffolds support cell growth in tissue engineering applications.
可生物降解的納米纖維支架在組織工程應用中支持細胞生長。
the synthesis of carbon nanofibrils involves catalytic decomposition of hydrocarbon gases at high temperatures.
碳納米纖維的合成涉及在高溫下對碳氫化合物氣體進行催化分解。
nanofibril networks in plant cell walls provide structural integrity and resistance to pathogens.
植物細胞壁中的納米纖維網絡提供了結構完整性並對病原體具有抵抗力。
thermal treatment affects the crystallinity and mechanical properties of cellulose nanofibrils.
熱處理會影響纖維素納米纖維的結晶度和機械性能。
functionalized nanofibrils can selectively bind to specific molecules for biosensing applications.
功能化納米纖維可以選擇性地與特定分子結合，用於生物傳感應用。
nanofibril formation
納米纖維形成
nanofibril structure
納米纖維結構
nanofibril diameter
納米纖維直徑
nanofibril network
納米纖維網絡
nanofibril morphology
納米纖維形態
nanofibril assembly
納米纖維組裝
nanofibril synthesis
納米纖維合成
nanofibril production
納米纖維生產
nanofibril alignment
納米纖維排列
nanofibril reinforcement
納米纖維增強
cellulose nanofibrils are extracted from wood pulp using mechanical treatment and chemical pretreatments.
纖維素納米纖維是通過機械處理和化學預處理從木漿中提取的。
the collagen nanofibril structure provides mechanical strength to connective tissues in mammals.
膠原蛋白納米纖維結構為哺乳動物的結締組織提供機械強度。
researchers have developed a method for synthesizing protein nanofibrils with controlled dimensions.
研究人員已經開發出一種方法，用於合成具有可控尺寸的蛋白質納米纖維。
plant-derived nanofibrils exhibit excellent biocompatibility for biomedical applications.
植物衍生的納米纖維在生物醫學應用中表現出優異的生物相容性。
the diameter of individual nanofibrils typically ranges from 5 to 50 nanometers.
單個納米纖維的直徑通常在5到50納米之間。
self-assembly of peptide nanofibrils creates hydrogels with potential drug delivery applications.
肽納米纖維的自組裝會產生具有潛在藥物傳遞應用的水凝膠。
electrospun nanofibril mats are used as filters for removing nanoparticles from air and water.
電紡納米纖維網被用作過濾器，用於從空氣和水中去除納米粒子。
the hierarchical organization of nanofibrils contributes to the toughness of biological materials.
納米纖維的層次結構有助於生物材料的韌性。
chiral nanofibrils can be engineered to control light propagation in optical devices.
手性納米纖維可以被設計用於控制光學設備中的光傳播。
biodegradable nanofibril scaffolds support cell growth in tissue engineering applications.
可生物降解的納米纖維支架在組織工程應用中支持細胞生長。
the synthesis of carbon nanofibrils involves catalytic decomposition of hydrocarbon gases at high temperatures.
碳納米纖維的合成涉及在高溫下對碳氫化合物氣體進行催化分解。
nanofibril networks in plant cell walls provide structural integrity and resistance to pathogens.
植物細胞壁中的納米纖維網絡提供了結構完整性並對病原體具有抵抗力。
thermal treatment affects the crystallinity and mechanical properties of cellulose nanofibrils.
熱處理會影響纖維素納米纖維的結晶度和機械性能。
functionalized nanofibrils can selectively bind to specific molecules for biosensing applications.
功能化納米纖維可以選擇性地與特定分子結合，用於生物傳感應用。
探索常見搜尋詞彙