Tobacco curing is really fermentation.
烟叶烘烤是真的发酵。
Research on the application of compressed straw stalk in tobacco curing process;
研究了烟叶烘烤过程中某些生理变化及与水分动态的关系 。
Enzyme plays an extremely vital role in tobacco curing, aging and storing management.
酶在烟叶调制、陈化和贮存期间起着非常重要的作用。
Tobacco curing characteristics is an important impact factor on the quality of tobacco leaf.
烟叶烘烤特性是影响烟叶烘烤效果和烤后烟叶质量的重要因素。
Tobacco curing houses and warehouses are in ruins across the Vuelta Abajo region, where the best of world-class cigar tobacco is grown.
VueltaAbajo地区的烤烟房和烟草仓库被毁，这是世界上最好的烟草生长的地方。
In our country, traditional tobacco curing process equipment a bit older, larger labor force, labor-intensive farmers, income is not obvious.
我国传统的烟草烘烤工艺采用的设备比较陈旧，烟农劳动强度大，经济收入不明显。
For research of chroma automatic control in the flue-cured tobacco curing, a color data collector suitable to tobacco-curing is designed with a core of color sensor TCS230.
针对烟叶初烤色度自动控制方法的研究，以TCS230颜色传感器为核心，设计与开发了一种适合烟叶初烤过程中使用的颜色采集器。
Nitrite is present in very small amount in a green leaf at harvest and during the early days of curing, but increases during tobacco curing and has been positively correlated with TSNA accumulation.
在收获期绿色烟叶和烘烤前期，没有或含有少量的亚硝酸盐，亚硝酸盐在烘烤期逐渐增加并且与TSNA的积累正相关。
In North Carolina tobacco hanging in barns is not curing because it's too dry.
由于天气过于干燥，北卡罗莱纳州的烟叶悬挂在谷仓中也不能保存。
The curing process is manipulated based upon the type of tobacco, and the desired color of the leaf.
固化过程是操纵根据类型的烟草，和想要的颜色的叶子。
Curing tobacco is a natural process, and it takes some time.
固化烟草是一个自然过程，它需要一些时间。
Tobacco leaves that are dried without curing will be undesirable.
没有固化干燥的烟草叶将是不可取的。
Curing is complete when a distinctive tobacco aroma is noticeable.
固化完成的，当一个独特的烟草香气明显。
The kiln method heats curing tobacco to just over 110F (or even higher) for rapid fermentation.
窑方法加热固化烟草快速发酵，刚刚超过110F（甚至更高）。
I have found that an additional two weeks with optimal temperature will allow tobacco to finish curing.
我发现一个额外的两个星期的最佳温度，将使烟草完成固化。
Glass jars are ideal for curing natural tobacco from the home garden.
玻璃罐固化从入户花园的天然烟草的理想选择。
Often airborne mold spores get into curing tobacco.
通常空气中的霉菌孢子进入固化烟草。
Flue cured tobacco similarly vents heated air through the tobacco to accelerate curing.
烤烟烟草同样喷口加热的空气通过的烟草，以加速固化。
The pre cured tobacco leaves of growing and ripeness do not contain TSNA, and they are formed and accumulated during curing, aging after harvesting.
大田正常生长及成熟的青烟不含TSNA，是采收后在调制、贮存陈化过程中逐步形成和积累起来的。
A worker leans against the doorframe of a curing barn at a tobacco farm in Cuba's western province of Pinar del Rio February 26, 2008.
2008年2月26日，在古巴西部比尔那德里奥省，一名工人正斜靠在烟草农场烤房的门框上面。
It was very important for the improvement of the cured tobacco leaf quality to study deeply the regularity of the physiological and biochemical change in tobacco leaf during the curing process.
深入研究和全面了解烟叶在烘烤过程的生理生化变化规律，对提高烤烟的品质具有极其重要的作用。
The results showed that the moisture and chlorophyll contents in tobacco leaf decreased gradually, total nitrogen content changed little, nicotine content declined slightly as the advance of curing.
结果表明，烟叶含水率和叶绿素含量随调制进程的推进而逐渐下降，在凋萎变黄期间烟叶中淀粉、 蛋白质含量逐渐减少，总糖和游离氨基酸含量增加。
The moisture content change and some physiological mechanism in tobacco leaf during flue curing process were studied.
研究了烟叶烘烤过程中某些生理变化及与水分动态的关系。
Tobacco redrying is a re-curing process after the tobacco drying for the first time, which has direct impact on the production of cigarette industries.
烟叶复烤是烟叶初烤后的再调制加工过程，这直接关系到卷烟工业的生产。
The appearance and chemical variation relationship of burley tobacco leaves in air curing process was studied.
对白肋烟晾制过程中烟叶外观变化与内在变化关系进行了研究。
Today, many farmers find that bulk curing flue-cured tobacco is far more cost-effective.
现在，许多农夫发现大批量调制熏烟更加经济实惠。
To meet the water and smoke to tobacco-curing, he built a volume of 150 cubic meters Shan Tong 11, the channel excavation 250 meters, 200 meters to install pipelines, newly built barn 19.
为满足烟地用水和烘烤烟叶，他修筑了容积150立方米的山塘11口，开挖渠道250米，安装管道200米，新修烤房19栋。
To master the laws of changes of pigment and moisture in the cured tobacco leaves during bulk curing process and increase the quality of the cured tobacco leaves.
为了掌握密集烘烤中烟叶色素和水分变化规律，提高烟叶烘烤质量，研究了密集烘烤过程中烟叶水分和色素含量的动态变化。
To master the laws of changes of pigment and moisture in the cured tobacco leaves during bulk curing process and increase the quality of the cured tobacco leaves.
为了掌握密集烘烤中烟叶色素和水分变化规律，提高烟叶烘烤质量，研究了密集烘烤过程中烟叶水分和色素含量的动态变化。
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