In particular, a semisynthetic medium in the invention is used for to ferment the strain to obtain higher sugar yield.
特别是利用本发明中半合成培养基发酵该菌株可得到较高的产糖量。
Moreover, the root yield and sugar yield for film mulching two lines within wide row were increased by31.5%and33.1%respectively.
其次是大垄双行覆膜，块根产量、产糖量比对照小垄直播分别提高31.5%、33.1%。
The length of crushing season is decided by the total amount of sugar- cane and the sugar yield rate of cane depending on the quality of cane in sugar industry.
制糖工业榨期的长短取决于总榨蔗量的多少；产糖率的高低取决于甘蔗质量的优劣。
The analysis of genetic correlation indicated that there was a positive relation among the root yield, sugar content and sugar yield except Cercospora leaf spot resistance.
遗传相关性分析表明，除褐斑病病情与根产量、含糖率及产糖量呈负相关外，其余3个性状间均呈正相关。
To find out the extremely low acid hydrolysis mechanism of cellulose in biomass, effect factors of the reducing sugar yield and cellulose conversion ratio were studied in hydrolysis reacting system.
深入了解生物质中纤维素的超低酸水解机理，在水解反应系统中研究了水解糖产率和纤维素转化率的影响因素。
The yield of dried fruit from a dehydrator is higher inasmuch as sugar is lost due to continued respiration of tissues during sun drying, and also due to fermentation.
脱水干燥器的干果产率相对较高，因为，晒干过程中不断的组织呼吸作用，以及酵解作用使水果中的糖分受到了损失。
Reduction of aldoses or ketoses yield sugar alcohols ,properly called ‘alditols,” HOCH2-(CHOH)n-CH2OH.
醛糖或酮糖被还原后变产生糖醇，确实的叫法为“多羟糖醇”（alditols），HOCH 2 -（CHOH）n-CH 2 OH。
The results showed that the yield and soluble sugar content of pakchoi were increased drastically through applying right amount organic fertilizer.
采用营养液培养、人工模拟弱光的方法，研究了营养液中提高铵态氮供应对小白菜产量和品质的影响。
The effect of residence time on ethanol yield, residual sugar, ethanol productivity and reactor volumetric efficiency were studied.
研究了停留时间对乙醇产量、残糖量、乙醇生产能力和反应器效率的影响。
Fruit set rates, yield and total acid content were high, but berry weight, sugar content and juice rate were low for 6-7 leaves pinching, cluster apperars relax, and more workload in summer pruning.
留6～7片叶摘心，坐果率、产量和总酸较高，但果粒重、果实含糖量和出汁率较低，果穗松散，而且增加了夏季修剪的用工量。
The paper presented the soil nutrition diagnosis methods and the soil nutrient level status in the black earth areas. Sugar beet yield can increase 40. 3% by applying this technique.
研究了适用于黑土要地区的甜菜土壤营养诊断方法，摸清了黑龙江省双城地区的土壤养分丰缺状况，应用本方法，甜菜产量增产40.3%。
The method is different from traditional sugar refining technology and has such characteristics as short process, high quality and yield, low energy exhausted as well as better economics.
该炼糖方法不同于传统的原糖加工工艺，它具有工艺流程短、质量稳定、产量高、能耗低和效益好等特点。
The accumulated yield and the content of soluble sugar in tubers increased mainly in the late stage.
薯块可溶性糖的含量和产量，主要在后期递增。
The effect of five N levels on root yield and sugar content and production of sugar was studied with one beet variety, in order to select the best N level for high yield and high sugar content.
本试验主要是研究同一甜菜品种在五种氮素水平处理下对甜菜的块根产量、含糖率、产糖量的影响，寻求获得高产高糖的最佳施用氮素水平。
These may be the mechanism of raising root yield and sugar content of sugarbeet with the bacteria.
上述结果是甜菜施用增产菌丰产增糖的主要机理。
Yield and the quality formation of the high starch maize is closely related to dry matter accumulation, the nutrient uptake, carbon and nitrogen metabolism, and the grain sugar and starch formation.
高淀粉玉米产量和品质的形成与干物质积累、养分吸收、碳氮代谢、籽粒库的糖分与淀粉形成关系密切。
FA 83-61 is an early-maturity, high yield and sugar content new sugarcane variety, with excellent r tooning property and strong wind- resistance.
福农83—61是一个早熟高产高糖、宿根性特别好、抗风力较强的甘蔗新品种。
Sugar beet (Beta vulgaris L. ) is an important sugar crop in the world, but its yield and quality are attacked severely by many diseases.
甜菜是世界上重要的糖料作物，但生产中甜菜病害较多，其产量和品质受到严重威胁。
The yield increases over 15%, and the sugar content slightly increases.
甜菜块根产量增加15%以上，含糖率略有提高。
Analyzing the main yield characters such as stalk length, diameter, effective stalks per hectare and cane yield using the correlation and path coefficient of 12 varieties of sugar-fruit cane.
对12个有望作为糖果兼用蔗品种推广的甘蔗品种的产量性状如株高、茎径、公顷有效茎、蔗茎产量等进行了相关及通径分析。
On this condition, the juice yield was 88.4%, the content of total sugar was 24.13% and the content of soluble solids 11.48%.
在此最佳酶解条件下，获得出汁率为88.4%、总糖含量为原料重量的24.13%、可溶性固形物含量为11.48%的南瓜汁。
The pathogen of phoma disease mainly infected the seed sugar beet, it has not more 10% effect on the root yield of sugar beet.
蛇眼病菌主要侵染制种甜菜，对甜菜块根产量的影响在10%以内。
Re can promote the sugarcane to grow quickly, increase cane Yield, raise sucrose content of sugarcane, decrease reducing sugar content and improve the cane quality.
稀土能促进甘蔗生长，提高蔗茎产量；能提高甘蔗蔗糖分含量，降低还原糖含量，改善甘蔗品质。
The rare earth elements can increase the root yield and sugar content of sugar beet.
稀土能够促进甜菜块根产量和含糖率的提高。
So the microwave radiation could promote acid hydrolysis of plant fiber and significantly shorten the time of saccharification and raise the yield ratio of reducing sugar in the ionic liquid medium.
由此可知，离子液体介质中，微波辐射加热能够促进植物纤维素的酸水解，并显著缩短糖化时间，使得还原糖的收率提高。
The effects of different mixing pattern of fertilizers on sugarbeet yield, sugar content, soil nutrition, and fanning economy were studied in this paper.
采用不同比例养分组成的复混肥料对甜莱从四个方面进行了研究，即肥料对甜菜的增产、增糖、对土壤肥力的影响及甜莱的经济效益等。
Being a new green regenerated high-energy crop with high utility value, sugar sorghum is the high yield crop and is widely used and developed.
甜高粱是一种新型绿色可再生高能作物，生物产量高，开发用途广，利用价值大。
Sugarcane is a popular sugar crop and most promising regenerative energy crop, but drought is the most important limitation factor for its yield.
甘蔗是最主要的糖料作物和最有开发潜力的可再生能源作物，而干旱则是影响甘蔗产量的主要限制因素之一。
Sugarcane is a popular sugar crop and most promising regenerative energy crop, but drought is the most important limitation factor for its yield.
甘蔗是最主要的糖料作物和最有开发潜力的可再生能源作物，而干旱则是影响甘蔗产量的主要限制因素之一。
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