1. Conductance - hydronium chromatography method was adopted.
方法用电导检测-离子色谱法测定。
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2. Hydrochloric acid interacts with water to form hydronium ions and chloride ions.
盐酸与水相互作用形成水合氢离子和氯离子。
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3. The acid retardation process occurs due to the selective absorptivity of the hydronium ion on the anion exchange resin.
缓慢地酸过程中发作因为交流树脂地选择性接收地阴离子地离子离子对。
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4. The salt-resistant characteristic which is adapt to poisonousness of salt hydronium, such as salt-gland, crystal cell, and soon.
适应盐离子毒害的抗盐结构特征。如盐腺、含盐液泡包、含晶细胞等。
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5. Hydronium Chromatography method is a good method to test nitrate in dairy with high recovery rate, accuracy and low detection limit.
结论用离子色谱法分离测定乳品中的硝酸盐，有较高的回收率，较好的精密度和较低的检出限。
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6. Adsorption model, the thermodynamics parameters, sticking probability and activation energy of fluor hydronium on modified coke powders were investigated.
考察了改性焦粉对氟离子吸附模型、热力学参数、粘附几率和活化能，初步探讨了吸附机理。
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7. The results of experimental operation of APF in the harness of harmonic pollution from the exciting power source for heavy-hydronium accelerator are given.
最后，给出了重离子加速器励磁电源在谐波治理方面的实验运行结果。
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8. Be rich in negative hydronium, can absorb pore dirt, clear in deep level to achieve a bright and smoothing skin. Promote blood circulation to dispel the fatigue and refresh.
含丰富的负离子，能吸收毛孔污垢，深层洗净，使肌肤柔亮光滑，顺畅血液消除疲劳，恢复精神。
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9. Taking electrobath of hydronium film as an example, this paper introduces the form of cascade control system, and analyzes its working process, structure and characteristics.
以离子膜电解槽为例，介绍了串级控制系统的形成，分析了串级控制系统的工作过程、结构及特点。
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10. In intelligent irrigation, hydronium concentration of the solution has characteristics of long delay and great inertia, and due to the influence of the environment, the object plus varies a lot.
11. In intelligent irrigation, hydronium concentration of the solution has characteristics of long delay and great inertia, and due to the influence of the environment, the object plus varies a lot.
A superconductor with very low content of sodium and very high content of hydronium through a disproportionation reaction route is reported. 我们将着重介绍利用歧化反应来制备含有很低的钠离子浓度和很高的水合氢离子浓度的钴氧化物超导体的新方法。
