1.Surface Chemistry and Catalysis of Rare Earth Oxides I.A Study of the Reactivity of Surface Hydroxyls on CeO_2 and Pr_6O_(11) by FT-IR Spectroscopy
Surface Chemistry and Catalysis of Rare Earth Oxides I．A Study of the Reactivity of Surface Hydroxyls on CeO_2 and Pr_6O_（11） by FT－IR Spectroscopy
2.And the results show that mortar in the waste concrete had certain hydraulicity, and by heat treatment, its reactivity could be increased, and that of the one calcinated at the temperature of 650 ℃ was the most, and it can be used as high reactivity cement admixture, when the mix content is below 20%, the cement strength will not decrease.
研究结果表明,废弃混凝土中的砂浆具有一定的水硬性,通过热处理可提高其活性; 且相比之下经650℃煅烧的再生料水化活性最高,可用作高活性的水泥混合材,其掺量≤20%时水泥的强度不降低。
3.During copolymerization of NVP and HEMA, it was found that the reactivity ratio of NVP was 0.296, and the reactivity ratio for HEMA was 3.64, the total reaction index of the monomers was 2, the reaction index of BPO was 0.41, and the activity energy was 22.04kJ/mol.
对于NVP-HEMA二元共聚反应，测得NVP的竟聚率为0.296，HEMA的竟聚率为3.64，单体总反应级数为2，BPO的反应分级数为0.41，活化能为22.04kJ／mol。
4.Conclusions The beta Fg gene 148C/T polymorphism is correlated to the molecular reactivity and plasma of Fg level. The increased plasma Fg level and enhanced Fg molecular reactivity are both risk factors of CI. CI susceptibility is associated with beta Fg gene 148C/T polymorphism.
结论 Fgβ 14 8C/T基因多态性与血浆Fg分子功能和Fg水平具有相关性 ,Fg分子功能增强和Fg水平升高是CI的危险因素 ,Fgβ 14 8C/T基因多态性与CI易患性相关联。
5.In this study,the reactivity of pulmonary and cerebral arteries to acetylcholine(Ach),sodium nitroprusside(SNP)and nitroglycerin(NTG)under hypoxia and hypercapnia was determined to investigate the changes in the production of NO and the reactivity to NO.
在缺氧和高碳酸条件下测定肺、脑动脉对乙酰胆碱（Ach）、硝普钠（SNP）、硝酸甘油（NTG）的反应性（EC＿（50）），以研究其生成一氧化氮（NO）及对NO反应的改变。
6.Since diallyl maleate had three double bonds and close reactivity ratio to VC, it had a higher crosslinking efficiency than DAP. Ethylene glycol dimethacrylate(EGDMA) was used up at the early stage of VC/EGDMA copolymerization due to its higher reactivity compared with VC, so its crosslinking efficiency was much lower than that of DAP and DAM. [WT5HZ]
在相同交联单体浓度下 ,氯乙烯 /马来酸二烯丙基酯(VC/DAM)共聚物的凝胶含量最大 ,VC/DAP共聚物次之 ,氯乙烯 /乙二醇二甲基丙烯酸酯(VC/EGDMA)共聚物最小 ,这是由于 DAM单体的竞聚率小于 1 ,且含有马来酸双键 ,EGDMA单体的竞聚率远大于 1 .
7.It was found that photocatalytic reactivity of TiO2 particles doped Ce4+, Ag+, Sn4+ ions were higher than that of the TiO2 particles, but the photocatalytic reactivity of the TiO2 particles doped Fe3+, Fe2+, Zn2+, Mo6+ ion were lower than that of the TiO2 particles.
结果显示:在TiO2内掺入Ce4+、Ag+、Sn4+,可使纳米TiO2的光催化活性增强,而Fe3+、Fe2+、Zn2+、Mo6+等金属离子掺杂的二氧化钛复合微粒的催化活性呈下降趋势。
8.Among Fluidized Bed Furnace coal cinder(FBC) and fly ash and electric furnace coal cinder in laboratory(EFC), reactivity of FBC is highest, reactivity of fly ash is lowest .
在流化床炉渣、粉煤灰和实验室电炉渣三者中 ,流化床炉渣活性最高 ,粉煤灰活性最低 .
9.The results showed that change of reactivity rate with temperature followed Arrhenius Law, and reactivity rate increased with the increase of pressure below IMPa, and it was not affected by pressure above 1 MPa.
结果表明,气化反应速率随温度的变化符合Arrhenius关系; 反应速率在1MPa以下随压力的增加而增加,在1MPa以上几乎不受压力变化的影响;
10.Monoclonal antibody (MoAb) H111 , identified as ig G_1, showed strong reactivity with human hepatoma BEL—7402 and hepatoma 7721 cells and weak reactivity to human naropharyngeal cancer CNE-2 cells and KB cells by ELISA ;
得杂交瘤780株，筛选出分泌抗人肝癌抗体杂交瘤143株，其中H111分泌的抗体为IgG_1型。 与人肝癌BEL-7402，人肝癌7721和人肝癌PLC有强阳性反应，与人鼻咽癌CNE-2和人咽上皮癌KB细胞有弱交叉反应，与人大肠癌HT-29，人肺癌A549，人胚肺二倍体细胞2BS无交叉反应。
