英语人>词典>汉英 : 酸处理 的英文翻译,例句
酸处理 的英文翻译、例句

酸处理

基本解释 (translations)
acidize  ·  acidation

词组短语
acid treating · acid treatment
更多网络例句与酸处理相关的网络例句 [注:此内容来源于网络,仅供参考]

In order to Shanghai Hongqiao solid waste incineration process, the bag filter dust removal efficiency of 99.5%; to "dry except acid than acid + wet" treatment process, hydrogen chloride removal on the rate of 99% of the sulfur oxidation material could be removed in 95% of hydrogen fluoride could be removed in 90%; for the treatment of heavy metals in the main to take "effective capture" and "low control" measures, and adsorption using activated carbon, activated carbon for mercury, cadmium, removal of heavy metals such as lead up to 90%.

在以上海江桥生活垃圾焚烧过程中,布袋除尘器除尘效率可达99.5%以上;采取"干式除酸+湿法除酸"处理工艺,对氯化氢的去除效率可达99%、对硫氧化物的去除效率可达95%、对氟化氢的去除效率可达90%;对于重金属的处理主要采取"高效捕集"和"低温控制"措施,并用活性炭进行吸附,活性炭对汞、镉、铅等重金属的去除率可达90%以上。

Silicon phthalocyanine dihydroxide was prepared from silicon phthalocyanine dichloride through two methods. The first was alkali treating that meaned silicon phthalocyanine dihydroxide was treated in the ethanol solution containing sodium methylate .The second was acid treating meaned precipitating its solution in concentrated sulfuric acid into ice water. The product yield of the second method was 77.0%, which was higher than the method of alkali treating.

此外将合成的二氯酞菁硅采用两种方法转化为二羟基酞菁硅,第一种方法是碱处理法即将二氯酞菁硅在甲醇钠的乙醇溶液中回流得到,最高收率为53%第二种方法是酸处理法即采用二氯酞菁硅的硫酸溶液在冰水析出的方法转化为二羟基酞菁硅,其中酸溶析出法收率为77.0%。

Methods: CD34(superscript +) cells from fetal liver were isolated with a magnetic cell sorting kit and were cultured. Cells pretreated with or without protein kinase C inhibitor chelerythrine chloride (3 μmol/L) were induced by 5 ×10^(-7)mol/L tretinoin for 24 h, and then incubated in serum-free medium. Expressions of genes in treated cells were assayed by Western blotting and RT-PCR.

采用免疫磁珠法分离人胎肝CD34细胞,培养4d后,蛋白激酶C特异抑制剂chelerythrine chloride(3μmol/L)处理24h,再加入维A酸处理24h5×10^(-7mol/L,无血清培养基培养5d,Western印迹和半定量RT-PCR法分析维A酸处理前后神经特异基因表达。

Through activating the synthesis of jasmonic acid itself,aboveground application of jasmonia acid could induce the expression of Bx1,Bx9,PAL,PR-1,MPI,FPS and TPS genes,increase DIMBOA content and decrease caffeic acid content in leaves;on the other hand,the systematic induction of gene expression of Bx6,Bx9、PAL and PR-2a,increase of contents of coumaric acid and caffeic acid,and decrease of syringic acid content in the roots were related with the activating of jasmonic acid synthesis in the aboveground.

茉莉酸处理地上部是通过激活茉莉酸自身合成来诱导叶片Bx1、Bx9、PAL、PR-1、MPI、FPS和TPS基因的表达、增加叶片丁布含量及降低咖啡酸含量的,同时系统诱导根系Bx6、Bx9、PAL和PR-2a基因表达、增加香豆酸和咖啡酸含量以及降低丁香酸含量则与激活地上部茉莉酸自身合成相关。

The results showed that the niobic acid treated with the other acid had obvious crystal structure and higher surface acid strength.

结果表明,经酸处理的铌酸具有明显的晶体结构,其表面酸强度依次为:经硝酸及磷酸处理的铌酸>硝酸处理的铌酸>水洗的铌酸。

By orthogonal experimental design method, the optimized degumming parameters have been confirmed: preacid processing, the concentration of sulfuric acid 2 g/L, treatment time 120 min, treatment temperature 60℃, bath ratio 1:15; alkali treatment, the alkaline concentration of one-pot 7.5 g/L, that of two-pot 9 g/L, treatment time of one-pot 3.5h, that of two-pot 2h, treatment temperature 100℃, bath ratio 1:20, each concentration of the Sodium Silicate, carbamide, and JFC 2%.

酸处理,硫酸溶液质量浓度2 g/L,处理时间120 min,处理温度60℃,浴比1:15;碱处理,一煮碱溶液质量浓度7.5 g/L,二煮碱溶液质量浓度9 g/L,一煮处理时间3.5 h,二煮处理时间2 h,处理温度100℃,浴比1:20,其中一煮与二煮中添加2%的硅酸钠、尿素和JFC。

The results showed that in the growth period of R. glutinosa, soil ferulic acid, vanillic acid, and vanillin contents had a persistent increase, while β-hydroxybenzoic acid content increased first but decreased then. The addition of ferulic acid (8 μg·ml-1), vanillic acid (08 μg·ml-1), vanillin (12 μg·ml-1), and β-hydroxybenzoic acid (30 μg·ml-1) in water culture had stronger inhibitory effects on R. glutinosa root length, root mass, fresh plant mass, and plant height. Treating with test phenolic acids except β-hydroxybenzoic acid increased leaf chlorophyll content significantly, compared with the control. After treated with test phenolic acids, plant SOD and POD activities decreased after an initial increase, and plant malondialdehyde content increased. In the treatment of ferulic acid, root SOD and POD activities were the lowest, and roots were rotted and dead.

结果表明:阿魏酸、香草酸和香草醛含量在地黄生长期表现为持续增加,而对羟基苯甲酸含量先升高后降低;外加阿魏酸(8 μg·ml-1)、香草酸(0.8 μg·ml-1)、香草醛(1.2 μg·ml-1)和对羟基苯甲酸(3.0 μg·ml-1)对水培地黄根长、根质量、全株鲜质量和株高有较强的抑制作用;酚酸处理使地黄叶片叶绿素含量降低,除对羟基苯甲酸外差异性极显著;经过酚酸处理的地黄幼苗SOD和POD活性为先升高后下降,丙二醛含量升高,其中阿魏酸的处理使根中酶活性降至最低,根部腐烂死亡。

To distinguish the fake whitened nephrite jades from the natural ones becomes a challenge to archeologists and antiquaries. This study mainly inquires into the reactions of nephrite during different conditions of acid/base/heat treatments, to find out the characteristics of fake whitened nephrite jade. The surface structure, whitening conditions of nephrite and elements dissolution in acid/base solutions are examined. Non-destructive Raman spectroscopy is also used to observe their crystal structure changes in each stages of treatments.

目前一般市面上玉器仿古白化的方法主要为酸处理、碱处理及热处理,因此本研究主要探讨在酸、碱处理及热处理作用之下,各阶段新鲜闪玉样品外表白化的情形、表面的显微结构变化,元素於酸、碱溶液的溶出情形,并以拉曼光谱非破坏性的分析来建立在酸、碱处理及热处理下的闪玉拉曼光谱资料。

The results show that when sulfuric acid was used as hydrolytic reagent, metal salts were the best catalyzer, increasing the production of amino acid by 18.0% as compared with the treatment of no addition of catalyzers, and when potassium hydroxide was used as hydrolytic reagent, however, sodium sulfide was the best, increasing production by 39.8% as compared with treatment of no addition of catalyzers.

结果表明:酸、碱处理条件下不同处理间差异显著,酸处理条件下以金属盐作用效果最好,增产率18.0%;碱处理条件下以硫化钠作用效果最好,增产率达39.8%。

Results from this study showed that the experimental forest at Lisselbo had benefited from the sulphur acid addition (S2) and the fertilization combined with sulphur addition(N2P2K2S2) during the experiment. Addition of sulphur led to a slight increase of relative basal area growth during the experiment 1971-1977 (+4%), compared with the control (C,0%).

在实验处理期间,瑞典Lisselbo地区实验松林受益于硫酸的施用和酸肥的混合使用。1971-1977年间,酸处理的松树林分基径面积的增长比对照提高了4%;1976年酸处理结束,但其潜在的正效应在1978-1985年间得到增强,基径面积的增长比对照提高了20%,随后的某一阶段开始下降,1993-1994为11%。

更多网络解释与酸处理相关的网络解释 [注:此内容来源于网络,仅供参考]

chromate:铬酸处理

D.I. rinse纯水次 | Chromate铬酸处理 | Anodize阳性处理

dichromate treatment:铬酸处理(镁锌铸件镀铬)

酸处理 chrome pickle treatment | 铬酸处理(镁锌铸件镀铬) dichromate treatment | 铬铁 ferro-chromium

dichromate treatment:二铬酸处理

"diatomaceous","矽藻土" | "dichromate treatment","二铬酸处理" | "die bottom","下模"

acid etching:酸处理

酶刻蚀:Enzyme Etching | 酸处理:acid-etching | 酸腐蚀:acid-etching

acid treating:酸处理

acidic rock 酸性岩类 | acid treating 酸处理 | acid treatment of well 井内酸处理

acid treating:酸处理 石油名词

acidic rock 酸性岩类 石油名词 | acid treating 酸处理 石油名词 | acid treatment of well 井内酸处理 石油名词

acidize:酸化;酸处理

aciditytest酸度测定;酸度检定 | acidize酸化;酸处理 | acidness酸性;酸度

acidize:用酸处理, 使酸化

acidization | 酸化作用, 酸化过程 | acidize | 用酸处理, 使酸化 | acidizer | 酸处理剂, 酸化剂

souring:酸处理

sour blcach 加酸漂白 | souring 酸处理 | sourness 酸度

Pickled pelts:用盐和酸处理未进行鞣制的皮,贸易上多指浸酸皮

.Pelt :去毛的皮或指初剪毛的绵羊皮 ; | .Pickled pelts :用盐和酸处理未进行鞣制的皮,贸易上多指浸酸皮 ; | .Pickled skivers :片过皮的薄型绵羊浸酸裸皮 ;