三乙醇胺
- 网络triethanolamine;Triethanol amine;tea
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实验结果表明:pH在10~12.5内,三乙醇胺对ZrO2粉体的分散用量少、料浆稳定,适于制备气孔少,致密度高的ZrO2固体电解质薄片。
The results show that TEA is an effective dispersant for zirconia powder with the advantages of less dispersant content , good stability of slurry , low porosity and high density of zirconia thin electrolyte film .
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采用旋转粘度计研究了助剂三乙醇胺(TEA),三氟化硼(BF3),三乙醇胺三氟化硼络合物(TEA·BF3)对Al/HTPB,AP/HTPB和AP/Al/HTPB复合物药浆流变性能的影响。
The effects of TEA ( triethanolamine ), BF 3 and TEA · BF 3 complex on rheological properties of Al / HTPB , AP / HTPB , AP / Al / HTPB composites slurry were studied by rotational viscometer .
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脱羧反应以三乙醇胺代替剧毒的N,N-二甲基苯胺,并对其后处理进行了改进。
Triethanolamine was used instead of N , N-dimethylaniline in decarboxylation .
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聚邻甲苯胺掺杂三乙醇胺修饰电极的pH特性研究
The study on the pH characters of poly o methylaniline film chemically modified electrode doped with triethanolamine
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通过实验证明:0.70%三乙醇胺对浓度为5%纳米ZnO悬浮液具有良好的稳定作用。
The experiment concludes that 0.70 % ethanolamine can force stabilization on the liquor of nano-ZnO .
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结论三乙醇胺对大鼠血清ALP有混合型抑制作用。
Conclusion Triethanolamine has mixed inhibition to serum ALP of rats .
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研究发现,三乙醇胺对PVC交联结构的形成具有明显的促进作用。
The study finds that triethanol amine has an obvious promotion function on the construction of crosslinking structure in PVC .
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以三乙醇胺、硫代乙酰胺、氯化亚锡、氨水、氯化铵为反应物,采用常规化学浴制备SnS薄膜。
Thin films of SnS were prepared by the chemical bath deposition method .
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三乙醇胺(简称TEA)是一种常用的水泥生产助磨剂,但其较高的价格和较低的性价比严重制约了三乙醇胺的使用,如何降低成本并提高性价比,是目前水泥工业中急需解决的问题。
Triethanolamine ( TEA ) is a common production of cement grinding aids , but its high price and low cost performance has seriously hampered the use of triethanolamine .
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钴Ⅱ-三乙醇胺-H2O2-二甲苯蓝FF体系负催化光度法测定痕量钴
Determination of trace amounts of cobalt by nagative catalytic spectrophotometry using Co ⅱ - triethanolamine-H_2O_2-xylene cyanol FF system
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报道了以二苯基甲烷二异氰酸酯(MDI)、聚醚多元醇及三乙醇胺为原料合成硬质聚氨酯微球的方法。
The preparation of rigid polyurethane microsphere using MDI and N330 as the raw materials was reported .
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载流溶液为异丙醇,混合显色剂组分为异丙醇、三乙醇胺、Br-PADAP和掩蔽剂。
Mixing colour solution contains isopropyl alcohol , triethanolamine , masking reagent and Br-PADAP .
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NO2~-三乙醇胺对B-Z振荡反应的影响
Influence of NO_2 ~ & triethanolamine on B-Z oscillation reaction
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系统研究了以三乙醇胺(TEA)为主络合剂、EDTA·2Na盐为辅络合剂的二次镀铜体系。
Secondary electroless copper plating system of triethanolamine ( TEA ) and EDTA · 2Na dual-chelating-agent is researched in the paper .
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通过对凝结时间、电阻率、化学收缩、抗压强度测试,探讨了三乙醇胺(TEA)对硅酸盐水泥初始结构形成和力学性能的影响。
The effect of triethanolamine ( TEA ) on the initial structure formation and mechanical properties of cement was investigated by the testing of setting time , resistivity , chemical shrinkage , flexural and compressive strengths .
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通过析氢实验、短路实验以及循环伏安实验,探讨在电解液中加入三乙醇胺(TEA)等添加剂对负极锌膏电化学性能的影响效果。
The effects of triethanolamine ( TEA ) as an additive in electrolyte on the electrochemical performances of zinc electrode is investigated , through the hydrogen collection experiment , short circuit experiment and cyclic voltammetry method .
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Fe(Ⅲ)-三乙醇胺-NaBrO3极谱配合吸附催化波及人发微量铁的测定
Polarographic Adsorptive Complex Catalytic Wave of Fe (ⅲ) - Triethanolamine-NaBrO_3 and Determination of Fe Trace in Human Hair
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三乙醇胺和EDTA·2Na盐双络合体系快速化学镀铜工艺研究
Study on Electroless Copper Plating Technology of High Plating Rate in Triethanolamine and EDTA · 2Na Dual-chelating-agent System
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应用Flory凝胶化理论和非平衡态热力学涨落理论对环氧树脂-三乙醇胺体系不同温度下的凝胶化时间tg和tg以后树脂体系的固化行为进行了预估。
Flory 's gelation theory and the nonequilibrium thermodynamic fluctuation theory have been used to predict the gelation time tg and the cure behavior after tgt of epoxy-triethanolamine system at various temperatures .
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利用三乙醇胺(TEA)、溴化十六烷基三甲胺(CTMAB)分别改性蜂窝煤渣,研究了改性煤渣吸附水中对硝基苯酚的性能。
The adsorption characteristics of p - nitrophenol in wastewater on honeycomb briquet slag modified by triethanolamine ( TEA ) or hexadecyl trimethylamine bromide ( CTMAB ) were studied .
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目的:观察三乙醇胺乳膏(TrolamineCream)在预防和治疗鼻咽癌患者急性放射性皮炎中的作用。
Objective : To evaluate the efficacy of Trolamine cream in the prevention and treatment of acute radioactive dermatitis in patients with nasopharyngeal carcinoma .
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实验结果表明,织物先整理后染色,则酸性、中性、直接等阴离子染料的K/S值下降,整理浴中加有三乙醇胺(TEA),有助于K/S值、鲜艳度的提高;
The experiments show that K / S values of such anionic dyes as acid , metallized and direct dyes decrease when the fabric is finished before dyeing , with the value and brilliance improved in the presence of tri-ethanolamine ( TEA ) .
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采用等温热质量损失率、等温热质量损失速率、甲醛释放量分析等方法对三乙醇胺对POM的热稳定作用进行了进一步研究。
The effect of triethanolamine on the thermal stability of POM was further studied by means of isothermal mass loss , isothermal mass loss rate , and formaldehyde emission amount .
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本文探讨了三氟化硼三乙醇胺(简称BTT)对大鼠肾脏酶组织化学及尿酶活性的影响.三氟化硼三乙醇胺对家兔肾损害的研究
Varieties of certain enzymes in the kidney and urine of the rats were observed . Studies on the Renal Impairments in Rabbits by Boron Trifluoride Triethanolamine
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方法:采用司盘-80和三乙醇胺皂为复乳的乳化剂,以羧甲基纤维素钠(CMCNa)和聚乙烯醇(PVA124)作为混合型亲水性凝胶基质。
Methods : Span 80 and Triethanolamine were used as emulsifiers of the multiple emulsion , sodium carboxymethyl cellulose ( CMC Na ) and polyvinyl alcohol ( PVA 124 ) were substrates of mixed hydrophilic gel .
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用三乙醇胺浸渍的滤纸作为NO2吸收介质,采样后用Saltzman比色法分析。
The absorbent sheet made from a filter paper impregnated with triethanolamine solution and NO2 concentration was analyzed by the modified Saltzman method .
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Ag离子与三乙醇胺的配位,降低了三乙醇胺的碱度,通过改变Ag离子的含量,可以调节聚甘油高分子网络的聚合度和交联度。
Because of the coordination with Ag + ion , the alkalinity of triethanolamine was reduced , and thus , the degrees of the polymerization and crosslinking of polyglycerol could be regulated by changing the molar ratio of Ag / Ti .
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根据实验数据和分析提出了CdS喇叭状结构的形成机理,发现三乙醇胺在形成喇叭状结构中起到极为重要的作用。
According to the experimental results and analysis , a possible formation mechanism of the nano / microtrumpet CdS was proposed . It was found that triethanolamine plays an important role in the formation of the trumpet-like CdS . 2 .
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将(C)与三乙醇胺(D)反应,经酯交换,β-消除和交联等步骤,合成了含(D)链节的多孔性聚硅氧烷树脂(TEASR)。
Porous polysiloxane resins ( TEASR ) containing triethanolamine chain element were prepared by the reaction of ( C ) with triethanolamine , through reactions of ester exchanges , β - elimination and crosslink .
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以二甲基丙烯酸乙二醇酯为交联剂,三乙醇胺为固化剂,环氧树脂与丙烯酸丁酯以IPN法制取高强度结构胶粘剂。
A high strength structure adhesive was prepared from epoxy resin and n butyl acrylate with 2 hydroxyethyl dimethyl acrylate as crosslinking agent , triethanolamine as hardening agent by interpenetrating polymer network ( IPN ) method .