| 1. | The solubility of some elements and compounds is dependent upon the redox potential and ph of their environment .
有些原素和化合物的溶解度取决于其氧化还原能力和。 |
| 2. | Soil quality - determination of redox potential - field method
土质.氧化还原电势的测定.现场试验 |
| 3. | Soil quality - determination of redox potential - field method
土质.氧化还原反应潜在力的测定.现场法 |
| 4. | Soil quality - determination of redox potential - field method iso 11271 : 2002
土质.氧化还原电势测定.野外试验方法 |
| 5. | Expression of performance of electrochemical analyzers ; part 5 : oxidation - reduction potential or redox potential
电化学分析仪性能的表示法.第5部分:氧化还原电势 |
| 6. | Expression of performance of electrochemical analyzers - part 5 : oxidation - reduction potential or redox potential iec 60746 - 5 : 1992
电化学分析仪性能表示方法.第5部分:氧化还原电势 |
| 7. | They are strong reducing agents ( very negative redox potentials ) and function as electron carriers , for example in photosynthesis and nitrogen fixation
它们是强的还原性物质（很低的氧化还原电位）以及作为电子载体起作用，如在光合作用和固氮作用中。 |
| 8. | The electrode character of tourmaline particles influences the redox potential of water and regulates the ph value of solution to the weak alkali . the element sites on the surface of tourmaline powder play a bigger effect on acid solution than alkali solution
由于电气石表面的电场作用，电气石的电极性能够影响水体的氧化还原电位，可维持水体为弱碱性，并分析了电气石粉体表面位的影响。 |
| 9. | The redox potentials of chloroform are more than 500mv and electrosorption is only controlled by electric field and adsorption of granular activated carbon . the tests of adsorptions also testify it . the freundlich isotherm equation q = kc n is used for fitting the data
另外，氯仿的电解氧化还原电位大于500mv ，因此，此电场范围不会分解氯仿，回收率实验与色谱分析也证明了电场只对活性炭的吸附起催化作用，而不改变吸附剂与吸附质的内部性质。 |
| 10. | Abstract : this paper describes the methods to form silver clusters in solid , liquid and gas phases ; the properties of clusters such as absorption bands , esr , redox potential , ea and ip , and their catalytic behaviours in photo - splitting water and photographic development processes
文摘:本文综述了在固相、液相和气相中形成银团簇的方法，银团簇的主要性质如吸收光谱、 esr 、氧还电位、电子亲和势与电离能，以及银团簇在光解水和照相显影过程中的催化作用。 |
