反应法

• Lastly by using the technique of dot blot hybridization , the genome dna of chlamydia was detected with the probe of momp gene labeled with dig - 11 - dutp by using the way of random primer . the results showed the degree of sensitivity of the probe was 10 pg and other pathogens could not be detected by this probe . by comparing the diagnostic ways of nucleotide probe and fc , the technique of nucleotide probe were proved to have high sensitivity and speci fi city
  最后，用地高辛随机引物法标记成momp基因核酸探针，斑点杂交检测衣原体基因组dna ，灵敏度可达10pg ，且不能检出其它病原体的核酸。将核酸探针法与补体结合反应法对衣原体感染的诊断进行比较，初步证明该探针具有较高的敏感性与较强的特异性。
• Citric acid , taking the place of hno3 , solutes the substance which does not solute in solution , and it acts as the ligand of metallic ionic and the hydrolysis catalyst of si ( oc2h5 ) 4 , which reduces the pollution caused by no2 which forms at the decompose process of the hot treatment . by changing the means of calcine of the drier gel , choosing the suitable temperature to burn the gel , the high temperature calcine time is shorted , which solves the question of the long period calcine . so the preparation process of the matrix and composite was finished by using more lower temperature than the traditional solid state reaction and more shorter time than the traditional sol - gel process
  结果使基质和复合物的制备在比传统的固相反应法低得多的温度下和比常规的溶胶凝胶法短得多的时间里完成；五、对基质及复合物的干凝胶、粉体和烧结体进行了ir 、 dta 、 xrd 、 seni及交流阻抗谱表征，研究结果表明：在溶胶向凝胶的转化过程中同时存在着正硅酸乙酯自身的聚合作用和柠檬酸盐络合物之间的聚合作用：干凝胶向产物粉体的转化在400600c之间进行；基质li 。
• The main point can be summarized as follows : a low - temperature elemental - direct - reaction route to nanocrystalline cdse and znse , and further more , by using the newly produced se with high reactivity as reactant , a controllable synthetic route named " selenite reduction hydrothermal method " have been developed
  在合成新途径的探索方面，从发现了水热元素直接反应法，发展到亚硒酸盐水热还原法，提出了化学调控合成的新概念，为液相中金属硒碲化合物的合成提供了可能的动力学调控手段和方法。
• The experimental results show that in situ reaction between several oxides and al balances adiabatic temperature and controls the drastic reaction between cuo and al . at the same time , this kind of in situ reaction also accelerates the other replacement reactions and makes them react till to the end
  实验结果表明采用多种氧化物原位反应法合理调配了不同反应的绝热温度，控制了cuo与al剧烈的铝热反应，同时促进了其它单质氧化物与al反应，使其能自我维持进行下去。
• Sic whiskers have been successfully synthesized through a two - step reaction scheme . carbon nanotubes ( cnts ) with diameters of 30 nm to 70 nm were firstly grown by thermal decomposition of c2h2 at the temperature between 1050 and 1200 . then , - sic whiskers were synthesized by the reaction between cnts and sih4
  所谓c纳米管反应法是指:先在1050 1200下分解c2h2合成管径为30nm 70nm的碳纳米管,再以c纳米管与sih4反应合成- sic晶须,所合成的sic晶须形貌与c纳米管形貌一致,但sic晶须是中空的。
• This paper aims at interpreting in what way tpr ' s teaching procedures and principles echo the ideas advocated by humanistic psychology on teaching , in an attempt to analyze the feasibility and ways of applying this method in accordance to the english curriculum standard ( 2001 ) , so as to appeal more children ' s english teachers to utilizing it in the process of english course reform
  摘要本文旨在通过分析全身反应法的教学原则及方法中体现的人本主义心理学教育理念，探讨实现全身反应法与新《标准》整合的可行性及其途径，以期呼吁更多的少儿英语教师重视该教学法，使之在新课程改革中发挥更大的作用，从而推进我国基础教育阶段英语教学事业的发展。
• The effects of the fabrication conditions on the crystal structure , grain size , micromorphology and electrochemical performance of these materials have been studied in depth . the reaction mechanism of the low - heating solid - state reaction method has also been investigated . in addition , a novel electrochemical method ( rpg method ) based on the concept of " ratio of potentio - galvano - charge capacity " has been for the first time developed to determine the diffusion coefficient of lithium - ion within insertion - host materials on the basis of the spherical diffusion model
  本论文较系统地考察了低热固相反应法合成锂离子电池正极材料的可行性问题，研究了工艺条件对材料的晶体结构、晶粒尺寸、微观形貌及电化学性能等的影响，探讨了低热固相反应的机理，并通过引进“恒压-恒流充电容量比”的概念，给出了一种测定锂离子嵌入脱出固相扩散系数的新方法。
• Nickel - zinc ferrites are important electronic ceramic materials which are used in electronic devices suited for high - frequency applications in the telecommunication field , the synthesis of the powder has always been the subject of extensive studies . besides the traditional synthesis , there are some new methods , such as : hydrothermal synthesis . sol - gel synthesis and citrate precursor method , but all these method have not been extensive applied because of their shortcomings
  铁氧体是一类具有非常广泛用途的磁性材料，其粉料的制备方法一直是人们探索的课题，除了用传统的固相反应法外，它还可以用水热法，溶胶凝胶法，柠檬酸盐法等湿法技术，但由于上述方法各有其局限性，没有实现大规模的生产。