- 更多网络例句与甜高粱相关的网络例句 [注：此内容来源于网络，仅供参考]
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The effect of Drawida on remediation efficiency of energy-plants sweet broomcorn for Cd contaminated soil during different growth periods was studied.
试验设置对照、种植甜高粱(每盆5株)、接种蚯蚓(每盆12条)和种植甜高粱并接种蚯蚓4个处理，研究了杜拉蚓对能源植物甜高粱在镉污染土壤修复中的调控作用。
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The optimal fermentation process was found through detecting the contents of biotechnology fulvic acid. Results The optimal fermentation process was that inoculation 2%, the inoculation proportion of Candida tropicalis, Pseudomonas and Candida utilis as 1:2:2, 2.0% urea added in Jowar juice, pH 6.0, fermenting 72h at 30℃. The content of fulvic acid could reach more than 20%.
结果 确定了甜高粱秸秆汁发酵生产生化黄腐酸液肥的最适工艺条件：即接种量2%，热带假丝酵母、假单胞杆菌与产朊假丝酵母接种比例为1：2：2，在甜高粱秸秆汁中加入2.0%的尿素，pH值为6.0，发酵温度为30℃，发酵72h，黄腐酸含量达20%以上。
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Bicolor genome showed higher homologous in repeat sequence than S. propinquum with S. dochna.
栽培高粱与拟高粱基因组间重复序列的同源性要比甜高粱与拟高粱间重复序列的同源性高。
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To better understand the mechanism of sucrose accumulation, the correlation of sucrose content and sucrose phosphate synthetase、sucrose synthase expression was analyzed by monitoring the expression of SPS in leaves and stems.(1) The results of SPS investigating indicated that the sucrose content, the expression of SPS in leaves and stems were increased along with the growth of sorghum, reached the highest level at grain filling stage, and decreased at dough stage.
1对SPS表达检测结果表明，在高粱的生长发育过程中，茎中蔗糖含量、叶片和茎中SPS蛋白质表达量持续上升，灌浆期达到最高，腊熟期略有下降，它们之间的变化趋势基本一致，甜高粱茎蔗糖含量与叶片SPS蛋白质的表达相关系数为0.895，与茎SPS蛋白质的表达相关系数为0.781；甜高粱和普通高粱相比，其叶片中SPS表达量差别不明显，而甜高粱茎中SPS表达量明显高于普通高粱。
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In 2007, the experts, based on the original varieties, crossbred sweet sorghum with Sudan grass to produce a new strain with sugar Brix of 18%.
2007年，在原有甜高粱品种基础上，专家成功用自身甜高粱与苏丹草杂交培育出抗倒伏、糖锤度平均18%的新型甜高粱品种。
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Method］ The sweet sorghum variety with anti-smut silk——TR102 and the sweet sorghum variety with the sensitive to head smut——LTR106 being used as experimental material,the SSR technology was preliminarily applied in the analysis of sweet sorghum smut silk gene.
方法］ 以甜高粱抗丝黑穗病品种LTR102、甜高粱感丝黑穗病品种LTR106为试材，应用SSR技术对甜高粱丝黑穗病基因进行分子标记的初步分析。
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The sweet sorghum stalk sugar accumulation laws under different planting densitis were studied in the same area, in order to choose the suitable sweet sorghum planting density in this area.
本研究从甜高粱的种植密度入手，研究了同一地区不同种植密度甜高粱茎秆糖分累积的规律，以选择该地区甜高粱的适宜种植密度。
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The results showed that the change of storage region had great effects on the property and sugar content of sweet sorghum. The change of sweet sorghum stalk with total sugar content about 58%(g/g dry sweet sorghum stalk) stored in the cold and dry Sonid Right Banner was as follows: rapid water loss and rapid dryness and sugar loss as 13%. When stored in Beijing, its change was as follows: sugar loss reached up to 25% and serious mildew occurred.
结果表明，区域选择的差异，对甜高粱秸秆的贮藏产生较大的影响，总糖约58%的甜高粱秸秆在低温、干燥的苏尼特右旗全年贮藏的物性变化为：失水、干燥速度快，总糖损失为13%；北京贮藏的甜高粱秸秆总糖损失达25%，霉变现象严重。
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In order to research the sugar accumulating regulation of sweet sorghum, the relationship between the brix of every internode and average brix of its whole stem was studied. This paper used varieties MNS-1, MNS-2 and stem brix of sweet sorghum in different period. The result showed that the variation of early matured and late matured varieties of sweet sorghum had same tendency in brix in same growing period, but had different values.
为了解甜高粱茎秆中糖分积累规律，研究甜高粱自基部至顶部各茎节间锤度关系及各茎节锤度与主茎秆平均锤度的关系，以示范推广品种MNS-1、MNS-2为材料，测量了不同时期甜高粱的茎秆锤度值；采用相关等分析方法对各茎节间锤度及与主茎秆平均锤度的关系进行分析。
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ResultThe results showed tat the sweet sorghum growth obviously surpassed the grain sorghum. The sugar content accumulation beginning and the total content were higher than the grain sorghum, but the sweet sorghum and the grain sorghum sugar accumulation general trend was consistent. Sweet sorghum biology yield was superiority, but grain sorghum ear of characteristic was superiority. In the physiological character, the chlorophyll content grain sorghum surpassed the sweet sorghum, but sweet sorghum was higher in the breath speed.
结果结果表明，甜高粱生长优势显著优于粒用高粱，主要表现在与生物产量有关的性状；糖含量的积累起点及总含量均高于粒用高粱，而甜高粱和粒用高粱糖积累总趋势是一致的；甜高粱生物产量优势强，而粒用高粱穗部性状优势强；生理性状中叶绿素含量粒用高粱优于甜高粱，而呼吸速率甜高粱偏高。
- 更多网络解释与甜高粱相关的网络解释 [注：此内容来源于网络，仅供参考]
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broomcorn：高粱
一公顷甜高粱(broomcorn)可以生产四至五吨燃料乙醇. 生物质能源可以从事材料和生物化工产品的物质生产,使农林等有机废弃物无害化、资源化和使尚无经济价值的边际性土地成为能源基地,这些都是风能、太阳能、核能等做不到的.
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sweet sorghum：甜高粱
甜高粱(sweet sorghum)是全球继大米、玉米、小麦和大麦之后的第五大农作物. 国际半干旱地区热带作物研究所总干事达尔说:"我们认为甜高粱是一种'智慧谷物',因为它既是粮食,也能用来生产燃料. "
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sororicide：杀害亲姐妹之行为; 杀害亲姐妹者 (名)
sorghum 高粱, 蜀黍; 高粱糖浆, 过甜的东西 (名) | sororicide 杀害亲姐妹之行为; 杀害亲姐妹者 (名) | sorority 妇女联谊会, 女学生联谊会 (名)
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Sorghum Grass：蜀黍 , 高粱 , 甜高粱
Snowflake 雪片蓮 | Sorghum Grass 蜀黍 , 高粱 , 甜高粱 | Sorrel 有酸汁的各種植物 ( 如酸模、酢漿草等 )