反应物

随着体系的W0和反应物浓度的增大，紫外可见吸收光谱中的最大吸收峰发生红移，粒子的粒径增大。

With the increase of Wo and the reactant concentration , the nanoparticle is bigger .

水热条件下CaOMgOSiO2H2O体系中反应物的竞争与产物的转化机制

Competition mechanism of reactant and transition mechanism of resultant of cao mgo sio_2-h_2o hydrothermal system

所加的反应物可以是二烯烃、环二烯烃。

The feed reactants can be alkadienes , cycloalkadienes .

或者像B那样的反应物它是气态的。

Or reactants like B , which are in the gas phase .

影响贮存稳定性的因素有酸性合成阶段反应物的配比、最终产品的pH值、缩合度等。

Factors affected the storage stability include ratio of the reactants , pH value of the end products and degree of condensation .

Ⅲ组Tg阳性反应物也明显较Ⅰ组多，颜色深。

The Tg positive reaction in group ⅲ were also more and the colour was deeper .

通过控制反应物气体流量，可以实现ZnO纳米线的尺寸的裁剪。

By modulating the flux of the reactant , the diameter of ZnO nanowires could be well tailored . 6 .

有些肥大细胞含有AChE阳性反应物。

Some mast cells had AChE-containing substance .

铸态组织中SiC和石墨颗粒与基体Al合金都未发现界面反应物；

Interfacial reaction was not observed between SiC particles and Al matrix as well as graphite particles and Al matrix in casting composites .

反应物配比对Fe3O4纳米磁流体性能的影响研究

The influence of the match of reactants on the performance of Fe_3O_4 nanometer magnetic fluid

TiO2对微滤陶瓷复合膜改性的研究&反应物种类的影响

The modified study of microfiltration ceramic composite membrane by tio_2 & the influence of reactants

随着反应物浓度和煅烧温度的增加，所制得的ZnO纳米粒子平均粒径呈增大的趋势；加入表面活性剂可以有效的降低纳米颗粒的团聚。

With the increase of the concentration of reactants and calcination temperature , the size of ZnO nanoparticles showed an increasing tendency .

生成物CO2及剩余反应物浓度随时间变化的实验结果表明，该种反应为零级反应。

From the change of the concentration of the reactant and product CO2 detected by gas chromatographs , the reaction 's order is confirmed as zero order .

ATPase反应物的分布与ACPase的相似。

The distribution of ATPase reaction products was much like that of ACPase .

用Zn粉作为反应物，在500℃的低温下成功合成了梳子状的纳米ZnO、针状及带状纳米ZnO。

The comb-like , needle-like and belt-like ZnO nanostructures have been synthesized by using Zn powder as source material at low temperature of 500 ℃ .

当源反应物中Mn浓度增加时，得到的纳米结构的形貌从六角截面变为三角截面和矩形截面。

As the concentration of the Mn increase in the reaction mixture , the morphology of Mn-doped CdS nanowires changs from hexagonal to triangular and rectangular .

根据化学镀CoB薄膜试验得到镀液中反应物浓度、pH值、温度以及对应沉积速率。

The pH value , operation temperature and deposition rate were given for CoB thin film through the experiments in the plating solution .

LN免疫反应物出现于肿瘤细胞胞浆很可能是良性肿瘤转化为癌的标志。

LN expression in the cytoplasm of tumor cells of carcinoma and papillary hyperplasia in the follicular adenoma may indicate the malignant transformation .

在这个例子中也即是说，当我们把这里的产物变成反应物，让C生成A和，这个反应的速率与，上面那个反应的速率没有关系。

Namely , in this case , the changing of what was the product now , B would be the reactant , C , back into A plus B and it has nothing to do with the rate this way .

研究了分散剂种类和用量，反应物浓度，加料方式，熟化温度和时间对TiO2性能的影响。

The effects of the dispersant type and its consumption , concentration of reactants , feeding mode , maturing temperature and time on the properties of TiO2 were investigated .

材料的吸附性能及反应物的吸附态是反应发生的关键，CO2在Ag/V2O5-TiO2表面无法形成卧式吸附态，没有目的产物甲基丙烯酸（MAA）生成，光量子效率低；

CO2 can not form the horizontal adsorption state on Ag / V2O5-TiO2 , this results in no target products and low photo quantum efficiency .

并根据状态函数的特性，导出了从反应物及产物的标准生成自由焓计算化学反应△G°的公式。

On the basis of characteristic of the state function , a formula has been derived by which tile △ G ~ o of a chemical reaction can be calculated from the standard forma - tion free enthalpy .

在材料的自蔓延高温合成（SHS）过程中，反应物与产物之间，各种结构层次（宏观、微观、晶体结构等）上的转变过程&结构宏观动力学，对材料制备具有决定意义。

In the process of materials preparation by self-propagation high temperature synthesis ( SHS ), the structural formation and structural macrokinetics are of great importance .

在C4烃类催化转化过程中，丁烯是主要的反应物，而丁烷几乎不反应；

It is mainly the butylene in the C4 hydrocarbons that undergoes catalytic reactions over the FCC catalyst and butane is hard to convert .

结果表明，物料添加顺序、反应物浓度、硅酸钠溶液pH值、Mg/Si摩尔比、镁源和硅源、水热温度等都会影响硅镁胶的吸附性能。

The results showed the material adding order , reactant concentration , sodium silicate solution pH value , Mg / Si molar ratio , magnesium source and silicate source and hydrothermal temperature would influence the synthesis of magnesium silicate gels .

结果：CGRP阳性反应物分布于螺旋神经元，骨螺旋板神经孔，内毛细胞、外毛细胞与外支持细胞交界区，螺旋韧带血管纹。

Result : CGRP immunoreactivity was located in SGN , nerve fibers at osseous spiral lamina , stria vascularis , IHC , adjacent area of OHC and Deiters ' cells .

用热重分析（TG-DSC）、扫描电镜（SEM）和X射线衍射（XRD）对反应物、反应过程、产物氧化镍等进行了表征。

Scanning electron microscopy ( SEM ) and X-ray diffraction ( XRD ) were used to characterize the reactant , gel and products . The thermal decomposition process of the gel was investigated by TG-DSC .

以Ca（OH）2和H3PO4为反应物，通过溶胶-凝胶法制备了羟基磷灰石（HA）粉体；

Hydroxyapatite ( HA ) powder was synthesized by Sol-Col method from Ca ( OH ) 2 and H3PO4 . The HA powder was coated with a 304L stainless steel powder using mechanical mixing method .

结果模型组下丘脑腹侧核、海马CA1区、前额叶皮层NPY免疫阳性反应物明显降低；

Result In the model group , the immunoreaction masculine substance of NPY , hypothalamus ventral kernel , hippocampi CA1 area and prefrontal cortex decreases obviously .

探讨了不同的操作条件如不同的反应物浓度、不同的H2O2与O3配比、不同的溶液pH值对氧化反应的影响。

The effect of different operating conditions , such as various reactant concentrations , various ratios of H 2O 2 to O 3 , various pH values in solutions , on oxidation reaction was explored .