肉桂腈是肉桂油和肉桂醛的理想替代品。
Cinnamonitrile cinnamon oil and cinnamaldehyde is an ideal substitute.
肉桂醛的广泛应用决定其具有十分广阔的发展前景。
The expansive development prospect of cinnamaldehyde were viewed based on its wide application.
探讨一种无吡啶盐酸羟胺肟化法测定肉桂醛的可行性。
A classical method to determine the content of cinnamaldehyde is called hydrochloride hydroxylamine-pyridine oximation.
摘要肉桂醛可从肉桂等植物中提取，也能被人工合成。
Abstract: Cinnamaldehyde is extracted from Cinnamomum cassia and other plants, and also can be synthesized artificially.
并用气相色谱法对制剂中肉桂醛和薄荷醇进行定量测定。
And the contents of cinnamic aldehyde and menthol were determined synchronously by GC.
摘要：肉桂醛可从肉桂等植物中提取，也能被人工合成。
Abstract: Cinnamaldehyde is extracted from Cinnamomum cassia and other plants, and also can be synthesized artificially.
作者对22种，31株条件致病性真菌进行了肉桂醛抗真菌作用的研究。
The antifungal effect of cinnamaldehyde on 22 species (31 strains) of opportunistic fungi is studied.
桂枝油中鉴定出21个化合物，反式-肉桂醛含量达81 ~ 92%。
Compounds were identified in the branch oil, trans-cinnamic aldehyde: 81-92%.
肉桂醛的抗突变性不依赖质粒pkm101效应，但与暂时性生长延搁有关。
Antimutageniceffect of cinnamaldehyde was due to a transient growth retardation, but not dependent on plasmid pkm101-mediated effects.
筛选能将肉桂醛转化成苯甲醛的酶源菌株，是微生物转化法生产天然苯甲醛的前提条件。
Screening the microorganism that can convert cinnamon oil to benzaldehyde by enzyme was the prerequisite of enzymatic synthesis.
文章研究了以分子蒸馏法纯化桂油的工艺条件，并在此基础上实现了高纯度肉桂醛的生产。
The technological conditions for industrial purification of cinnamaldehyde from cinnamon oil by molecular distillation have been investigated.
采用失重法研究了土酸溶液中肉桂醛在不同温度和浓度下对锌的缓蚀作用，发现肉桂醛能很好的抑制锌的腐蚀。
The corrosion inhibition of cinnamaldehyde on zinc in mud acid was investigated with different temperatures and different concentration of cinnamaldehyde by weight-loss method.
桂枝皮部中桂皮醛的含量较高，木质部中肉桂酸的含量较高。
The bark contains more cinnamaldehyde and less cinnamic acid than xylem.
桂枝皮部中桂皮醛的含量较高，木质部中肉桂酸的含量较高。
The bark contains more cinnamaldehyde and less cinnamic acid than xylem.
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