The application of a corrosion resistant resin produced by sichuan university of science & engineering to the 2 - naphthol production and the painting method are introduced 摘要文章介绍了由四川理工学院生产的耐腐蚀酚醛树脂在2 -萘酚生产中的防腐蚀应用。
This thesis is made of two parts : the reports and the review . in the first part , the research is mainly reported about the difference of catalytic activity between dna and pod 首先底物经催化后的吸收峰不同，如：以联苯胺与-萘酚为底物， dna催化产物吸收峰在450nm ，而过氧化物酶催化产物的吸收峰在501nm 。
Chapter 4 comprises two part . part reports on the manufacture and characterization of glucose oxidase - silver sol - polyvinyl butyral modified platinum electrodes with naphthol green b as an electron transfer mediator in the glucose solution 在第四章中，首先研究了纳米ag在以萘酚绿b为电子媒介体的葡萄糖氧化酶生物传感器中的应用。
L - nitroso - 2 - naphthol - 6 - sodium sulphonate ferric salt ( naphthol green b ) has excellent redox characteristics . in part i of the thesis , the soluble dye , naphthol green b , was used as a new mediator to develop an amperometric glucose biosensor 论文第一部分首次探索了染料萘酚绿b作为新型电子媒介体的电化学行为，证明其是一种良好的电子媒介体，能有效促进葡萄糖氧化酶与电极之间的电子传递。
In order to overcome this drawback , the electron transfer mediators were explored , we select nathpol green b , azure , tris - 2 , 2 ' - dipyridylcobalt ( iii ) perchlorate trihydraie in glucose solution as electron transfer mediators to improve the glucose biosensor ' s sensitivities and linear scope 为了克服这个缺点，本文分别采用具有电活性的萘酚绿、天青、以及合成的co ( bpy ) _ 3 ( clo _ 4 ) _ 3放入测试底液中作为电子媒介体，提高葡萄糖传感器的灵敏度和线性范围。
Naphthol green b , which is low cost and easy obtained , has been shown to be an efficient mediator , promoting electron transfer from glucose oxidase to graphite electrode . the naphthol green b has low formal potential , which can reduce the overvoltage of the h2o2 oxidation to eliminate electrochemical interference . rapid response , oxygen independence and high sensitivity are shown by the naphthol green b mediated biosensor 将萘酚绿b作为电子媒介体与葡萄糖氧化酶一起固定于电极，研制出性能优良的新型葡萄糖生物传感器，其电子传递快速，响应时间短，不受氧气浓度的影响，检测电位低，抗干扰能力强，灵敏度高。
Such as when the substrates was benzidine and a - naphthol , the absortion peak was 450nm after catalyticed by dna , and 501nm after catalyticed by pod , if changing substrate to benzidine and pyrocatechol , the absortion peak was 503nm after catalyticed by dna and 603nm after catalyticed by pod . the second difference was the different result after hplc : the result of hplc ( substrates : benzidine and a - naphthol ) showed that the products under the affect of dna and pod had different value on the peak and the area 然后对以联苯胺与-萘酚为底物，以h _ 2o _ 2为氧化剂，进行高效液相色谱分析，分析结果表明dna与过氧化物酶作用后的产物在峰面积和峰高上有不同数值；同时，不同形式的dna对该反应都有催化活性，表明只要是生物来源的dna (非特异性dna )都具有一定程度的催化活性。
Based on this point , our aim to obtain the high performance materials should be carried out as well as the er behavior be actualized through the chemistry design . in this paper , 4 supramolecular complexes of - cyclodextrin inhydrosoluble polymer / l - ( 2 - pyridlazo ) - 2 - naphthol , 6 hydrosoluble - cyclodextrin polymer / 3 - hydroxy - 2 - naphthoic acid , 2 - cyclodextrin - starch resins and 6 supramolecular complexes of - cyclodextrin - starch copolymer / substituted salisylic acid and 3 - hydroxy - 2 - naphthoic acid er particles were prepared , respectively . the structure of these particles was characterized by ir , nmr , uv - vis , the fluorescence analysis , element analysis , and etc , respectively 在本项研究中，分别制备了4种不溶性-环糊精聚合物及其与1 - ( 2 -吡啶偶氮) - 2 -萘酚构筑的超分子配合物、 6种水溶性-环糊精聚合物及其与3 -羟基- 2 -萘甲酸的超分子配合物、 2种-环糊精淀粉树脂及6种-环糊精淀粉共聚物与取代水杨酸、 3 -羟基- 2 -萘甲酸形成的超分子配合物颗粒，通过红外光谱、荧光分析、元素分析、电子吸收光谱及核磁共振谱等对它们的结构进行了表征。
First , a 1 - ( 2 - pyridylazo ) - 2 - naphthol modified carbon paste electrode was fabricated and a differential pulse cathodic voltammetric method was developed for the sensitive and selective determination of co ( 11 ) . second , the solid paraffin wax carbon paste electrode was modified by the complex of dithizone with 13 - cyclodextrin crossing - linking polymer 第一，制备了1 - （ 2 -吡啶偶氮） - 2 -萘酚（ pan ）修饰碳糊电极，建立了微分脉冲伏安法测定了co （ ）的方法，探讨了电极制备与使用的最佳条件与电极机理。
Electrocatalytic oxidation of glucose at the sensor is determinated with respect to solution ph , temperature and concentration of water - soluble mediator naphthol green b . under optimal conditions , the sensor displays a good linear response in the concentration range of 8 . 0 + 10 - 4 mol / l - 3 . 6 + 10 - 2 mol / l , and the detection limit is 5 . 0 + 10 - 4 mol / l 文中讨论了溶解性媒介体萘酚绿b的浓度、溶液的ph值和温度对该电极电流响应的影响。这一介体型葡萄糖传感器在优化的实验条件下，对葡萄糖表现出良好的响应特性，如响应快、重现性和稳定性好。
