碱激发体系,alkali activating system英语短句,例句大全

碱激发体系,alkali activating system
1)alkali activating system碱激发体系
1.Grey relevant between alkali activating system and compressive strength of geopolymer碱激发体系与土聚水泥抗压强度的灰色关联

英文短句/例句

1.Grey relevant between alkali activating system and compressive strength of geopolymer碱激发体系与土聚水泥抗压强度的灰色关联
2.Hydration mechanism analysis of alkali-activated fly ash and portland cement system碱激发粉煤灰水泥胶凝体系的水化机理分析
3.Alkaline activated fly ash in cement-fly ash system碱对水泥-粉煤灰体系中粉煤灰活性的激发作用
4.Study on Performance of Alkali-activated Waste Residue Composites (AAW) Concrete;碱激发复合渣体（AAW）混凝土的性能研究
5.Development of Time-Temperature Indicating Chemical Reaction System Based on Alkaline Lipase;碱性脂肪酶货架寿命指示体系的开发
6.Aerosol Inhalation of β_2 Receptor Stimulant Combined with Anticholinergic inTreating Asthma Attackβ_2受体激动剂联合抗胆碱能药物雾化治疗哮喘发作
7.Thyroid Hormone Modulates the Development of Central Cholinergic Neurons-Ralation to mRNA Expression of the Nerve-Growth-Factor and Its Receptor TrkA;甲状腺激素调节中枢胆碱能神经元发育—与NGF及其受体有关
8.A New Sensitive Chemiluminescence System for Determination of Cinchona Alkaloids with FIA测定金鸡纳碱的流动注射化学发光新体系
9.Research on O_2 (～1△_g) Gas-Solid Phase System of COIL;氧碘化学激光激发态氧气固相体系研究
10.Laser-Excited Solid Phase Time-Resoived Fluorescence Immunoassay Systems;激光激发固相时间分辨荧光免疫分析体系研究
11.Effects of Ephedrine Isomers and Cholic Acid Analogs, Used Alone or in Combination, Against Histamine Induced Constriction of Guinea Pig Tracheal in Vitro;麻黄碱手性异构体与胆酸同系物拮抗组胺刺激离体气管片收缩的研究
12.Study on Alkali-Activated-Carbonatites Cementitious-Grouting Material;碱激发碳酸盐矿胶凝-灌浆材料的研究
13.Predissociation and Collisional Depopulation of Alkali Molecules in the Excited State;碱分子激发态的预解离和碰撞去布居
14.Research on Motivation System of Mid-and-small Soft-developing Enterprises;中小型软件开发企业激励体系的研究
15.Cholinergic Agonists Inhibit Microglial Activation and are Neuroprotective on Delayed Neuronal Death in CA1 Hippocampus in Cerebral Ischemia Rat;胆碱能受体激动剂抑制小胶质细胞活化并保护脑缺血大鼠海马神经元迟发性死亡
16.The alkaline cementitiuos properties of calcining clay which contain kaoline and quartz is studied.研究了含高岭石和石英的粘土加热脱水后,在碱激发剂的作用下系统的胶凝性质。
17.Low-lying Energy Spectra of Few-body System in Quantum Dots;半导体量子点少体系统低激发态能谱研究
18.Study of R&D Results Valuation System and Promoting Mechanism of Researchers of JAC;JAC研发成果评估体系及研发人员激励机制研究

相关短句/例句

alkali activator碱激发剂
1.The results showed that the water glass alkali activator had best effect to reinforce the compressive strength of geopolymeric cement.试验结果表明:水玻璃碱激发剂对土聚水泥抗压强度的影响效果最好,碱激发剂的强激发作用使土聚水泥产生较高的抗压强度;三乙醇胺对土聚水泥抗压强度的较好影响主要表现在早期,三乙醇胺作为混凝土早强剂,虽然对水泥系统的影响明显,但对本系统的影响不显著;聚丙烯酸钠对土聚水泥抗压强度的影响效果不佳,其原因可能是:大分子量的聚丙烯酸钠由于黏度过高,将偏高岭土颗粒包裹,使其无法与碱激发剂接触,影响了碱激发剂的激发效果。
3)alkali-activated碱激发
1.Experimental study of alkali-activated compound industrial by-products;碱激发复合渣体混凝土的试验研究
2.Study on hydration mechanism of alkali-activated meta-kaolin cementitious material;碱激发偏高岭土胶凝材料水化硬化机理的研究
3.Using alkali-activated compound slag muck as cementitious materials to make environment burthen-down concrete is a kind of good approach to use various industry slag mucks effectively.碱激发渣体作为胶结材配制环境降负混凝土是一种有效利用各类渣体的好途径。
4)Alkali activation碱激发
1.Effect of alkali activation on fly ash activity;碱激发对粉煤灰活性的影响
5)alkali-activator碱激发剂
1.The results from probing into some key properties of the geoplymer show that the activating effect using water glass as a activator is not as good as using pure NaOH; the optimum proportion of slag to flyash is 4∶6 and the optimum blending ratio of alkali-activator is 10%;curing temperature of the geoplymer in water ought to be above 30℃; and cation Ca2+ plays an important ro.研究表明:用水玻璃作为地聚合物碱激发剂,其激发效果不如纯N aO H好;最佳原料配比是:矿渣和粉煤灰之比为4∶6,碱激发剂的最佳掺量为10%;地聚合物在水中的养护温度应高于30℃;Ca2+阳离子对地聚合物的强度起着重要作用。
6)alkali-activate碱激发
1.The fly ash is an industrial residue,it can be alkali-activated,and the reaction product has a lot of champion performance than the traditional gel material,such as excellent acidresistivity,resistance to elevated temperatures,resistance to sulphate attack,low shrinkage ratio,etc.以工业废渣粉煤灰作为原材料,掺加碱性激发剂所制备的碱激发粉煤灰材料,具有良好的耐酸性、耐热性、耐硫酸盐腐蚀及低收缩率等特性,采用高温蒸汽养护可以快速提高早期强度。