orange methyl 中文意思是什麼
orange methyl
解釋
甲橙-
Spectrophotometric determination of bromate by decolouring methyl orange
甲基橙退色光度法測定飲水中溴酸根離子 -
Study on mechanism of methyl orange binding with bsa
甲基橙與牛血清白蛋白反應機理的光譜法研究 -
The photocatalytic activity of the samples was evaluated by the photocatalytic oxidation of nitrogen monoxide in the gaseous phase and the photocatalytic decolorization of methyl orange solution in the aqueous phase, respectively. the titania thin films on fused quartz were prepared by lpd method and then calcined at different temperatures
用液相沉積法在石英玻璃上制備了二氧化鈦薄膜，並在不同的溫度下進行熱處理，用甲基橙水溶液的降解脫色評價二氧化鈦薄膜的光催化活性。 -
Study on degradation condition of methyl orange by electrolysis of catalysis oxidation
電催化氧化法降解甲基橙染料的研究 -
Study of photocatalytic degradation activity of methyl orange adsorbed on tio2 nano - films
2納米膜上吸附態甲基橙的光催化降解反應活性研究 -
Effect of surface microstructure of porous tio2 thin films on photocatalytic decolorization of methyl orange
2薄膜的表面微結構對甲基橙光催化脫色的影響 -
In order to study the photochemical activity of the product further, this dissertation, taking methyl orange as a deputy of organism, has studied the relation between the concentration of the organism and the reactive time during the process of light degradation, and, on the basis of the relation, the kinetic process of the photocatalytic degradation was achieved by the treatment on the curve of the organism concentration to the reactive time : zero order reaction of the high organism concentration, first order reaction of the middle organism concentration, second order reaction of the low organism concentration
在產品對有機物的光降解方面，本文主要以產品光降解甲基橙溶液為例，研究了光降解過程中，有機物濃度與時間的關系。並在此基礎上，對有機物濃度與時間的曲線進行了動力學處理，得出產品光降解甲基橙的動力學過程分為三步，摘要即:高濃度時的零級反應、中等濃度時的二級反應和低濃度時的一級反應。 -
The mechanism for optical storage in these materials has been attributed to a statistical reorientation of the azobenzene chromophors perpendicular to the polarization of the incident electric field of the pump laser beam. the photoinduced birefringence and holographic storage in methyl orange dyes ( mo ) doped polyvinyl alcohol ( pva ) films were reported firstly in this thesis. the relationship between the photoinduced birefringence and the dye content and pumping power was investigated by using the writing light of 532 nm ( double - frequency of nd : yag laser ) and the reading light of 632. 8 nm
本文研究了甲基橙（ mo ）偶氮苯染料摻雜聚乙烯醇（ pva ）薄膜的光致雙折射和全息光存儲特性，利用yag激光2倍頻（ 532nm ）作為寫入光， he ? ne激光（ 632 . 8nm ）作為讀出光，研究含有不同染料濃度pva薄膜的光致雙折射特性，探討了光致雙折射和泵浦光功率的關系，實現了全息光存儲，所得光柵生長曲線包含快過程和慢過程，快過程以異構相位光柵的生長為主，慢過程以取向光柵的生長為主，對此實驗結果本文給出了合理的理論解釋。 -
The anatase structured tio2 - sno2 binary oxides could only be prepared by stearic acid method. the photocatalytic decomposition of methyl orange was used as a model system to determine the relative influences of the preparation method and the concentration of coupled oxides on the photocatalytic activities. it was found that tio2 - sno2 ( r = 0. 15 ) prepared by stearic acid method showed higher photocatalytic activity than degussa p - 25
發現sno :在硬脂酸法和501一gel法中對tio :微結構有著完全相反的影響規律，硬脂酸法可以制得銳欽礦型納米ti02一snoz復合氧化物;以光催化降解甲基橙為模擬實驗考察了所制備的復合納米tioz的光催化活性，結果表明，硬脂酸法制備的tioz一sno :光催化活性優異，其中樣品ti仇一snoz （間 -
Kinetic spectrophotometric detemination of phenol by use of methyl orange as indicator
甲基橙指示動力學光度法測定環境水中的苯酚 -
From ambient to 500 when the heat treatment temperature increases, the crystallinity of the film increases, which enhances the degradation ability of the films on the methyl orange
熱處理溫度在室溫550oc范圍內，隨著熱處理溫度的增加，薄膜結晶度增大，薄膜降解甲基橙的性能增強。 -
The ways of oxidative degradation of methyl orange on sno2 and pbo2 electrodes
2電極上的氧化降解途徑 -
The contact angle for water of the film which prepared according to above conditions is 4 ? ( 2 ) b plus voltage is 1. 2kv ; sputtering time is 80min ; the target parameters are : 100 % anatase tio2, the thickness is 6. 5mm, the diameter is 53. 5mm, the quality is 24. 99g and the density is 1. 71g / cm3 ; anode current is imax. the constant of reaction kinetics of the film which prepared according to above conditions for degrading methyl orange is 0. 0192
Fe20 ;的摩爾含量為0 . 5 %時光催化活性最好;而在fezo3的摩爾含量為0 . 05一0 . 1 %時，獲得了具有超親水性能的復合薄膜;但fezo3 / tio :的疊層膜及復合疊層膜的光催化活性及親水性能均不理想，主要原因是fezo3的存在具有光生載流子復合中心的作用。 -
Photocatalytic degradation of methyl orange on anodic oxidation tio2 films
2膜對甲基橙溶液的光催化性能研究
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