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.

1、

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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2、

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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3、

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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4、

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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5、

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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6、

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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7、

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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8、

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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9、

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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10、

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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11、

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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12、

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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13、

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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14、

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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15、

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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16、

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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17、

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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18、

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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19、

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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20、

Raman laser spectroscopic analysis showed that there is high methane content in liquid fluid inclusions, which is benefit to the reduction of copper oxide to natural copper.

流体包裹体组成的激光拉曼测定结果表明，流体中CH4含量较高，表明成矿体系富含甲烷，有利于氧化铜还原为自然铜的反应。

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