Batch-reaction calculations always produce aqueous equilibrium for each redox element.
间歇反应计算总是为每一个元素的氧化还原水平衡。
The reaction of CoTSPc and sodium sulfide[Na2S] is studied. The result shows that pH of the medium has great effect on the reaction. A five coordinated compound CoTsPc is formed at pH=7.0. The equilibrium constants and thermodynamics are reported for the reaction. At higher pH, a redox-reaction takes place and a five coordinated compound with the oxidation number I for Cobalt is found.
四磺酸基酞菁钴与Na_2S的轴向配位反应研究了水溶液中的CoTSPc与Na_2S的轴向配位反应，发现该反应与溶液pH值有关。pH=7.0时，CoTsPc与HS~-反应生成五配位的轴向配合物CoTsPc，研究了CoTsPc与HS反应生成CoTsPc的反应热力学，计算了不同温度下的反应平衡常数，计算了反应的△ H~？
Investigation on Relationship between Platinum Inclusion Density and Platinum Redox Equilibrium in Phosphate Laser Glass
磷酸盐激光玻璃中铂颗粒密度与氧化还原平衡关系的研究
So under the guidance of theory of constructivism, we inquire and analyse preconception of students in senior middle school, which in " the redox reaction ", " the material structure " as well as " the chemical equilibrium ".
本文以建构主义有关理论为指导，借鉴相关的研究成果，探查并分析了高中生在氧化还原反应、物质结构知识以及化学平衡这三个重要专题的学习中存在的前概念。
This paper introduces the relationship and application of dissociation equilibrium, precipitation-dissolution equilibrium, and redox equilibrium in chemical reactions.
文章介绍了化学反应中的配合离解平衡与沉淀溶解和氧化还原平衡的关系及其应用。
The effect of phenanthroline iron on the catalytic activity is relatively small, and the redox reversibility and equilibrium potential range are in line with the basic requirements of the fuel cell redox shuttle, has and thus it is a promising fuel cell redox shuttle.
菲啰啉铁对催化剂催化活性的影响相对较小，其氧化还原可逆性和电势平衡电势范围基本符合燃料电池用氧化还原电对的基本要求，具备成为燃料电池氧化还原穿梭电对的潜力。
Oxidation characteristics of As (ⅲ) by three types of manganese oxide minerals and effects of presence of goethite were investigated by equilibrium technique of redox reaction.
用氧化还原平衡法研究了水钠锰矿、钙锰矿和黑锰矿等三种不同结构类型氧化锰矿物对As（Ⅲ）的氧化特性，以及针铁矿对上述氧化的影响。
Numerous studies showed that salt stress usually destroyed the ionic homeostasis, water balance and redox equilibrium in plant tissues.
大量研究表明，盐胁迫会破坏植物组织中的离子平衡、水分平衡和氧化还原平衡。
Biological thiols, such as cysteine, homocysteine and glutathione, play vital roles in physiological and pathological processes which can maintain intracellular redox equilibrium.
生物巯基化合物如半胱氨酸，高半胱氨酸及谷胱甘肽等在细胞生理和病理过程中发挥着重要作用，能调节细胞内的氧化还原体系保持平衡状态。
They maintain higher-order structures of proteins and control redox homeostasis through the equilibrium between thiols (RSH) and disulfides (RSSR).
它们维持蛋白质的高阶结构，通过平衡巯基化合物（RSH）和二硫化物（RSSR）控制氧化还原平衡。
The equilibrium swelling test showed that the vulcanization made by using redox system had minimum equilibrium swelling weight increase and maximum gel content.
平衡溶胀试验的结果表明，氧化还原体系制得的硫化胶有最小的平衡溶胀增量和最大的凝胶含量。
As the stress became more serious, cellular homeostasis was broke, the energy producing rate was limited to decrease the risk of oxidative damage, various signal channels were activated and different antioxidases were up-regulated to rebuild the redox equilibrium.
胁迫加重后植物细胞内稳态被打破，青油10号通过降低能量代谢率来减少氧自由基产生，多种信号通路活跃，各种抗氧化酶被诱导上调表达，从而重建氧化还原平衡。