oxidation-reduction reaction
氧化还原反应
oxidation-reduction potential
氧化还原电位
performing oxidation-reduction
进行氧化还原
oxidation-reduction process
氧化还原过程
oxidation-reduction state
氧化还原态
oxidation-reduction cycle
氧化还原循环
the battery relies on oxidation-reduction reactions to generate electricity.
电池依靠氧化还原反应产生电力。
corrosion is a common example of oxidation-reduction in metals.
腐蚀是金属中常见的一种氧化还原现象。
understanding oxidation-reduction is crucial for electrochemistry.
理解氧化还原对于电化学至关重要。
rust formation demonstrates a slow oxidation-reduction process.
铁锈的形成展示了一个缓慢的氧化还原过程。
the redox titration involves an oxidation-reduction reaction to determine concentration.
氧化还原滴定利用氧化还原反应来确定浓度。
photosynthesis utilizes oxidation-reduction reactions to convert light energy.
光合作用利用氧化还原反应将光能转化为化学能。
many biological processes involve complex oxidation-reduction pathways.
许多生物过程涉及复杂的氧化还原途径。
the fuel cell converts chemical energy through oxidation-reduction.
燃料电池通过氧化还原将化学能转化为电能。
electroplating uses oxidation-reduction to deposit a metal coating.
电镀利用氧化还原将金属涂层沉积在物体表面。
the rate of oxidation-reduction can be affected by temperature.
氧化还原速率会受到温度的影响。
we studied the kinetics of the oxidation-reduction reaction in the lab.
我们在实验室研究了氧化还原反应的动力学。
oxidation-reduction reaction
氧化还原反应
oxidation-reduction potential
氧化还原电位
performing oxidation-reduction
进行氧化还原
oxidation-reduction process
氧化还原过程
oxidation-reduction state
氧化还原态
oxidation-reduction cycle
氧化还原循环
the battery relies on oxidation-reduction reactions to generate electricity.
电池依靠氧化还原反应产生电力。
corrosion is a common example of oxidation-reduction in metals.
腐蚀是金属中常见的一种氧化还原现象。
understanding oxidation-reduction is crucial for electrochemistry.
理解氧化还原对于电化学至关重要。
rust formation demonstrates a slow oxidation-reduction process.
铁锈的形成展示了一个缓慢的氧化还原过程。
the redox titration involves an oxidation-reduction reaction to determine concentration.
氧化还原滴定利用氧化还原反应来确定浓度。
photosynthesis utilizes oxidation-reduction reactions to convert light energy.
光合作用利用氧化还原反应将光能转化为化学能。
many biological processes involve complex oxidation-reduction pathways.
许多生物过程涉及复杂的氧化还原途径。
the fuel cell converts chemical energy through oxidation-reduction.
燃料电池通过氧化还原将化学能转化为电能。
electroplating uses oxidation-reduction to deposit a metal coating.
电镀利用氧化还原将金属涂层沉积在物体表面。
the rate of oxidation-reduction can be affected by temperature.
氧化还原速率会受到温度的影响。
we studied the kinetics of the oxidation-reduction reaction in the lab.
我们在实验室研究了氧化还原反应的动力学。
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