analyzing non-furfurals
分析非糠醛物質
detecting non-furfurals
檢測非糠醛物質
presence of non-furfurals
非糠醛物質的存在
non-furfurals content
非糠醛物質含量
reducing non-furfurals
減少非糠醛物質
identifying non-furfurals
識別非糠醛物質
non-furfurals formation
非糠醛物質的形成
avoiding non-furfurals
避免非糠醛物質
measuring non-furfurals
測量非糠醛物質
levels of non-furfurals
非糠醛物質的水平
researchers are investigating the potential of non-furfurals as sustainable biofuels.
研究人員正在探討非糠醛類物質作為可持續生物燃料的潛力。
the formation of non-furfurals during biomass pyrolysis is a complex process.
在生物質熱解過程中非糠醛類物質的形成是一個複雜的過程。
catalytic conversion of non-furfurals to valuable chemicals is an active area of research.
將非糠醛類物質催化轉化為高價值化學品是一個活躍的研究領域。
non-furfurals can be derived from various biomass sources, including agricultural residues.
非糠醛類物質可從各種生物質來源中獲得，包括農業殘渣。
the yield of non-furfurals is influenced by reaction conditions and catalyst selection.
非糠醛類物質的產率受到反應條件和催化劑選擇的影響。
understanding non-furfurals' behavior is crucial for optimizing biofuel production.
了解非糠醛類物質的行為對於優化生物燃料生產至關重要。
the presence of non-furfurals can impact the overall efficiency of the process.
非糠醛類物質的存在可能影響整個過程的效率。
selective oxidation of non-furfurals offers a route to furan derivatives.
非糠醛類物質的選擇性氧化提供了一條製造呋喃衍生物的途徑。
non-furfurals' chemical structure allows for diverse chemical modifications.
非糠醛類物質的化學結構允許進行多樣的化學修飾。
the stability of non-furfurals under different storage conditions is a key consideration.
非糠醛類物質在不同儲存條件下的穩定性是一個關鍵考量。
advanced analytical techniques are used to quantify non-furfurals in biomass samples.
先進的分析技術用於量化生物質樣本中的非糠醛類物質。
the economic viability of non-furfurals production depends on feedstock costs and market demand.
非糠醛類物質生產的經濟可行性取決於原料成本和市場需求。
analyzing non-furfurals
分析非糠醛物質
detecting non-furfurals
檢測非糠醛物質
presence of non-furfurals
非糠醛物質的存在
non-furfurals content
非糠醛物質含量
reducing non-furfurals
減少非糠醛物質
identifying non-furfurals
識別非糠醛物質
non-furfurals formation
非糠醛物質的形成
avoiding non-furfurals
避免非糠醛物質
measuring non-furfurals
測量非糠醛物質
levels of non-furfurals
非糠醛物質的水平
researchers are investigating the potential of non-furfurals as sustainable biofuels.
研究人員正在探討非糠醛類物質作為可持續生物燃料的潛力。
the formation of non-furfurals during biomass pyrolysis is a complex process.
在生物質熱解過程中非糠醛類物質的形成是一個複雜的過程。
catalytic conversion of non-furfurals to valuable chemicals is an active area of research.
將非糠醛類物質催化轉化為高價值化學品是一個活躍的研究領域。
non-furfurals can be derived from various biomass sources, including agricultural residues.
非糠醛類物質可從各種生物質來源中獲得，包括農業殘渣。
the yield of non-furfurals is influenced by reaction conditions and catalyst selection.
非糠醛類物質的產率受到反應條件和催化劑選擇的影響。
understanding non-furfurals' behavior is crucial for optimizing biofuel production.
了解非糠醛類物質的行為對於優化生物燃料生產至關重要。
the presence of non-furfurals can impact the overall efficiency of the process.
非糠醛類物質的存在可能影響整個過程的效率。
selective oxidation of non-furfurals offers a route to furan derivatives.
非糠醛類物質的選擇性氧化提供了一條製造呋喃衍生物的途徑。
non-furfurals' chemical structure allows for diverse chemical modifications.
非糠醛類物質的化學結構允許進行多樣的化學修飾。
the stability of non-furfurals under different storage conditions is a key consideration.
非糠醛類物質在不同儲存條件下的穩定性是一個關鍵考量。
advanced analytical techniques are used to quantify non-furfurals in biomass samples.
先進的分析技術用於量化生物質樣本中的非糠醛類物質。
the economic viability of non-furfurals production depends on feedstock costs and market demand.
非糠醛類物質生產的經濟可行性取決於原料成本和市場需求。
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