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1·As formed under acidic conditions, hydroiodic acid (HI) is a stronger reducing agent.

由于在酸性条件下形成，氢碘酸（HI）是一种更强的还原剂。

2·Product reached the level of common water reducing agent.

改性物的减水性能达到普通减水剂的标准。

3·This resin is an excellent concrete water-reducing agent.

此树脂对混凝土有良好的减水作用。

4·The shrinkage of the base decreases by the proper dosage water reducing agent.

适宜用量的减水剂降低了基层材料的收缩量。

5·Usage: Be used as reducing agent, dye mordant, decolourant and electric plating.

用途：用作还原剂、媒染剂、脱色剂、香料稳定剂、及电镀。

6·The usage and effect of grounding resistance reducing agent at low temperature is discussed.

讨论了低温条件下降阻剂的使用方法和降阻效果。

7·It can be used as nuclear reactor cooling material and the reducing agent in organic synthesis.

可以用作核反应堆的冷却材料，有机合成的还原剂。

8·Resistance-reducing agent does not reduce the impulse grounding resistance under large lightning current.

降阻剂并不能降低接地极在强雷电流下的冲击接地电阻。

9·Preparation, formula and properties testing were introduced for HMS series high range water reducing agent.

介绍了HMS型系列高效减水剂的制备方法、配方、以及性能测试。

10·Acid electroless nickel phosphorus plating on PZT ceramic was studied with hypophosphite as a reducing agent.

以次亚磷酸钠为还原剂，在压电陶瓷表面进行酸性化学镀镍磷。

还原剂

1·Usage: Be used as reducing agent, dye mordant, decolourant and electric plating.

用途：用作还原剂、媒染剂、脱色剂、香料稳定剂、及电镀。

2·Reducing agent (coke), flux, smelting temperature, smelting time on the smelting result were studied.

考察了还原剂(焦粉)、熔剂、熔炼温度、熔炼时间对熔炼效果的影响。

3·The paper studies the thermal reduction magnesium process with ferro-aluminum-silicon produced from carbon thermal reduction as reducing agent and kaoline coal gangue as raw material.

研究了采用高岭土型煤矸石为原料，经碳热还原制取的铝硅铁合金为还原剂热还原炼镁的工艺条件。

4·The effect of reducing agent, temperature and time on leaching of strontium are investigated, and the method for purification of strontium chloride solution is also studied.

分析了还原剂、温度和时间对锶浸出率的影响，研究了氯化锶溶液中脱除杂质的方法和效果。

5·Methods Based on the arsenic stain method principle the condition of reaction acid reducing agent system, measuring strip, and standard colorful board were experimented.

方法利用砷斑法原理进行反应酸、还原剂体系的配比、使用量及使用条件、检测试纸条及标准比色板的制备和条件实验。