The results showed that there were bigger genetic coefficients of variation and higher heritability for vitamin C, reducing sugar, organic acid, fruit tumor, fruit color, fruit thorn and bitterness;

1、

Acidity and pH had not diverged much between sea-buckthorn juice and pulp, but the latter had more soluble solids content, total sugars content and reducing sugars content.

沙棘果汁和果浆的pH和酸度没有多大的差别，但果浆中的可溶性固形物、总糖和还原糖都高于果汁。

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2、

Further study demonstrated that the antibacterial mechanism of rosmarinic acid was associated with the effects of rosmarinic acid on the permeability of cell membrane, protein metabolism and DNA replication.

迷迭香酸可改变细菌细胞膜的通透性，导致还原糖和蛋白质的渗漏而影响细胞代谢，通过抑制DNA聚合酶的活性而影响DNA复制，从而发挥了抑菌作用。

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3、

GA treatment increased the enzymic activities and hastened the decomposition of stored nutrients in endosperm, so reducing sugar content increased rapidly.

赤霉素GA处理后，显著提高了各种酶的活性，加速了胚乳养分的分解，还原糖含量迅速增高。

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4、

The yield was 2.6%~ 24.1% higher than CK and the soluble solid content, reducing sugar and vitamin C were higher significantly.

草莓产量比对照增产2.6%~24.1%，可溶性固形物、还原糖、维生素C均比对照明显提高。

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5、

After treatment, the total sugar and the reduction sugar amount increased, but the total N amount in the protein reduced.

菌剂可以使可溶性总糖、还原糖含量增加，使蛋白质、总N含量下降。

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6、

The effects of ozone treatment on Vc and reducing sugar were evaluated in this paper.

分析了臭氧处理对L-抗坏血酸（Vc）和还原糖的影响，试验表明臭氧对于Vc纯品和青椒浆中的Vc有很高的降解率；

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7、

The paper primarily discussed the changes of water activation, pH value and deoxidize sugar during steamed bread dough fermentation.

初步探讨了发酵过程中的水分活度、pH值、还原糖的变化。

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8、

In products of new process, protein content increased 23%, reducing sugar increased 7.8%, vitamin C content increased 115.8%.

新工艺大头菜蛋白质含量增高23%，还原糖增高7.8%，维生素C含量增高115.8%。

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9、

CO2 was not able to delay lowering of reducing sugar.

但CO2不能延缓大米还原糖的降低。

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10、

DE value is reducing sugar ( glucose) percentage of dry matter syrup.

DE值是还原糖（以葡萄糖计）占糖浆干物质的百分比。

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11、

Adsorption Characteristics of Sugar and Reducing Sugar on CR Adsorbent

CR型吸附剂对蔗糖和还原糖的吸附特性

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12、

Heap Leaching of Copper and Zinc Oxide Ore with Spent Acid

废酸堆浸氧化铜锌矿工艺

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13、

Study on Adhesive Mechanism of Inorganic Phosphate and Copper Oxide Adhesive

氧化铜&磷酸盐胶粘剂粘接机理的剖析与探讨

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14、

Technology for Cu Coating Agglomerated Powders of Al-CuO by Chemical Plating

化学镀铜法包覆铝及氧化铜团聚粉体工艺研究

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15、

Study on Preparation of Ultrafine Copperoxide Powder by Interfacial Precipitation Method

界面沉淀法获取氧化铜超细粉体的方法研究

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16、

It is found that Li+ ions start inserting into CuO lattice at 2. 5 V ( vs. Li/ Li+) and act as the donor impurities, changing the semiconductor property of the cathode. The electrode processes of the complex were presented.

发现锂离子嵌入氧化铜电极的反应始于2.5V（vs.Li/Li~+），锂以施主杂质状态存在于氧化铜晶格中，改变了阴极的半导体性质。

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17、

Copper oxide nanoparticles ( CuONPs), as an important one of metal oxide nanoparticles, are being used in antifouling paints for boats, used in some inks, plastics, and antimicrobial coatings.

作为纳米金属氧化物中重要的一种，纳米氧化铜（CuONPs）正被广泛应用于船只的防腐涂料、墨水、塑料制造、抗菌涂料等多个领域。

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18、

Hot state tests and analysis results show that DS01 absorbents have a stable sulfurization property;

热态实验和测试分析表明，DS01型铝基氧化铜吸附剂硫化性能稳定；

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19、

Flotation of Low-grade Oxidized Copper Ores Using New Type of Frother W-701

新型起泡剂W-701浮选铜录山低品位高含泥氧化铜矿石的研究

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20、

The paramagnetism of the CuO hollow spheres has also been investigated. The results showed the hollow spheres represent hyper-fine signals, which is caused mainly by the absorbance oxygen or the imperfections. 4.

对所得纳米CuO的顺磁性进行了研究，结果表明该氧化铜呈现出超精细结构特征，这可能是由于CuO表面有大量的吸附氧或者离子缺陷造成的。

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