bacteriorhodopsin-based solar cell
基於細菌紅質的光能電池
bacteriorhodopsin is a protein found in certain microorganisms.
細菌視紫紅質是一種存在於某些微生物中的蛋白質。
the study of bacteriorhodopsin has implications for solar energy conversion.
對細菌視紫紅質的研究對太陽能轉換具有重要意義。
bacteriorhodopsin can be used in bioengineering applications.
細菌視紫紅質可以用於生物工程應用。
researchers are exploring the properties of bacteriorhodopsin.
研究人員正在探索細菌視紫紅質的特性。
bacteriorhodopsin functions as a light-driven proton pump.
細菌視紫紅質作爲光驅動質子泵發揮作用。
the structure of bacteriorhodopsin is crucial for its function.
細菌視紫紅質的結構對其功能至關重要。
understanding bacteriorhodopsin can lead to advancements in optical devices.
瞭解細菌視紫紅質可以推動光學設備的進步。
bacteriorhodopsin is often studied in the context of microbiology.
細菌視紫紅質通常在微生物學的背景下進行研究。
scientists are investigating the potential of bacteriorhodopsin in nanotechnology.
科學家們正在研究細菌視紫紅質在納米技術中的潛力。
bacteriorhodopsin's unique properties make it a subject of interest in research.
細菌視紫紅質的獨特性質使其成爲研究的興趣對象。
bacteriorhodopsin-based solar cell
基於細菌紅質的光能電池
bacteriorhodopsin is a protein found in certain microorganisms.
細菌視紫紅質是一種存在於某些微生物中的蛋白質。
the study of bacteriorhodopsin has implications for solar energy conversion.
對細菌視紫紅質的研究對太陽能轉換具有重要意義。
bacteriorhodopsin can be used in bioengineering applications.
細菌視紫紅質可以用於生物工程應用。
researchers are exploring the properties of bacteriorhodopsin.
研究人員正在探索細菌視紫紅質的特性。
bacteriorhodopsin functions as a light-driven proton pump.
細菌視紫紅質作爲光驅動質子泵發揮作用。
the structure of bacteriorhodopsin is crucial for its function.
細菌視紫紅質的結構對其功能至關重要。
understanding bacteriorhodopsin can lead to advancements in optical devices.
瞭解細菌視紫紅質可以推動光學設備的進步。
bacteriorhodopsin is often studied in the context of microbiology.
細菌視紫紅質通常在微生物學的背景下進行研究。
scientists are investigating the potential of bacteriorhodopsin in nanotechnology.
科學家們正在研究細菌視紫紅質在納米技術中的潛力。
bacteriorhodopsin's unique properties make it a subject of interest in research.
細菌視紫紅質的獨特性質使其成爲研究的興趣對象。
探索常見搜尋詞彙