1)  analysis of sugar content
糖分分析
2)  Sugar
糖分
1.
Analysis of the Residual Sugar Containing in HBS Lignin;
高沸醇木质素残留糖分的分析
2.
Effect of medium and micro elements fertilizers on the yield and sugar of sugarcane in latosolic red soil;
赤红壤施用中、微量元素肥料对甘蔗产量与糖分的影响
3.
Influence of Sugar Contents in Lactic Bacteria Compound Additives on Different Moisture Alfalfa Silage.;
乳酸菌复合添加剂糖分浓度对不同含水量苜蓿青贮效果的影响
3)  total sugar
糖分
1.
56mg/L, meanwhile total sugar removal and total COD remova.
56mg／l，同时糖分去除率达81％，COD去除率达74。
4)  carbohydrate
糖分
1.
The carbohydrate contents of whole egg,egg white,yolk of four kinds of fresheggs was determined by spectrophotometer.
采用分光光度法对四种鲜蛋的全蛋、蛋清、蛋黄的蛋液分别进行分析测定，较详细地说明了各种鲜蛋及其在不同部位糖分的准确含量。
2.
Crude fat and carbohydrate in dry nucleoli of 20 re selected walnut strains were determined.
对 2 0个核桃 (JuglansregiaL)复选株系核仁的粗脂肪和糖分进行了测定 ,结果表明 :干核仁粗脂肪含量 68。
5)  sugar content
糖分
1.
It has practical significance for optimal management of sugarcane production to quickly master the dynamics of sugar content through establishing production mod el of sugarcane with computer system.
通过计算机系统建立甘蔗生产模型从而快速掌握甘蔗的糖分动态,对优化管理甘蔗生产具有现实意义。
2.
On this basis, the results show: With increased N,and raised pH, the sugarcane’s stem can be lengthened, and the stem lengthened can increase the weight of a single stem, industrial sugarcane yield and the sugar content in a remarkable way.
因而采取的措施为增N、K ,合理配施镁含量低的石灰和P肥 ,以促进茎长、单茎重、有效茎的提高 ,从而提高产量 ;控施Mg肥 ,达到提高糖分含量的目
3.
In this article, mathematical models describing the relationships between brix obtained in field or laboratory and sugar content have been built based on the experimental data from the field and laboratory.
使用大田实验数据和实验室数据建立了实验室锤度和田间锤度与甘蔗糖分关系的数学模型。
6)  Sucrose content
蔗糖分
1.
Rapid determination of sucrose content in sugarcane juice using near infrared spectroscopy;
近红外光谱法快速测定甘蔗蔗汁蔗糖分
2.
Relationships between the difference of foliar enzyme activities and sucrose content accumulation in different sugarcane genotypes;
甘蔗不同基因型叶片酶活性差异与蔗糖分积累的关系
3.
Studies on the Effects of Late Irrigation on Cane Yield, Sucrose Content and Some Physiological and Biochemical Characters of Different Sugarcane Varieties under Drought Condition;
干旱条件下后期灌溉对不同品种甘蔗产量、蔗糖分和某些生理生化特性的效应研究
参考词条
补充资料：阿卡波糖 ,拜糖平,拜糖苹
药物名称：拜糖平

英文名：Acarbose

别名： 阿卡波糖 ,拜糖平,拜糖苹
适应症： 本品是一种安全平稳的新型糖尿病治疗药。配合饮食治疗糖尿病。可单用或与其他降血糖药合用。
用量用法：
口服：开始每日１５０ｍｇ（指含阿卡波糖）、随后增至每日３００～６００ｍｇ。剂量可在１～２周内增加（平均剂量每日３００ｍｇ）、饭前服或与头几口食物嚼服才有效。服用疗程没有限制。
注意事项：
无全身性副反应、无低血糖反应、不影响体重。常有胀气、肠鸣；偶有腹泻、腹痛等。１８岁以下的患者、乳妇不宜用。
规格： ５０ｍｇ／片，１００ｍｇ／片（含阿卡波糖）。



类别：胰岛激素及影响血糖药
说明：补充资料仅用于学习参考，请勿用于其它任何用途。