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Method for testing nanomaterials by means of determination of their physical and chemical properties

机译:通过确定纳米材料的物理和化学特性测试纳米材料的方法

摘要

a research by defining their physicochemical properties of nanomaterials using programming techniques in chemical processes, characterised by the fact that in the processes azotowania or oxidation or coal usage in poland in the way programming changes, by changing the concentration reage nta gas potential respectively azotuju0105cy or oxidation or nawu0119glaju0105cy, in such a wayin order to determine the ru00f3wnowagowe and / or quasi ru00f3wnowagowe and subsequently measured known methods of chemical change in the solid phase.on the basis of the measured values for the characteristic parameters according to changes of the concentration of the reagent gas measuring method determines physicochemical properties of nanomaterial, such as changes in the composition of the phase, the average size krystalitu00f3w, fixed network.the degree of przereagowania chemical change is measured by termograwimetrycznu0105 or by measuring the consumption of reagent gas during the reaction or rentgenograficznu0105, or using spektrometrie: mass - to determine the chemical composition of gas; ftlr or ramanowsku0105 or moessbaureowsku0105 - specifying the structure of test; epr - in determining the magnetic characteristics of the substances to be tested.or the measurement of electrical conductivity.
机译:通过在化学过程中使用编程技术定义纳米材料的物理化学性质进行的研究,其特征在于,在无氮氧化过程或氧化或波兰的煤炭使用过程中,编程的方式发生了变化,即通过改变浓度nta气体势能或相应的氮原子电位或氧化法或氧化法,以测定r和u或准r,并随后在固相的测量值的基础上测量已知的化学变化方法。根据反应气浓度的变化的特征参数,测定纳米材料的理化性质,如相组成的变化,平均粒径,固相网络等。用termograwimetryczn测量przereagowania化学变化的程度。 u0105或通过测量反应过程中反应气的消耗量或tgenograficzn u0105,或使用散射光谱法:质量-确定气体的化学成分; ftlr或ramanowsk u0105或moessbaureowsk u0105-指定测试的结构; epr-确定被测物质的磁特性或电导率的测量。

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