合成产物纯度高，结晶好，具有高的。
The synthetic products have high crystallinity, purity and cation exchange capability.
最佳合成方案下的合成产物即为新型活化剂。
The synthetic products of the optimum synthesis program is the new activator.
并对合成产物的熔点、红外光谱等进行了分析、鉴定。
And the synthesis products were analyzed by measuring melting piont, IR etc.
研究研磨、不同蔗糖添加方式等对合成产物的影响。
Grinding or not and different adding way of sugar were studied.
通过电镜分析表明合成产物对金属有较好的缓蚀效果。
Corrosion inhibitory properties of the compound were studied by SEM analysis.
用红外光谱法和X射线衍射法分析了合成产物的结构。
用XRD、SEM技术对合成产物进行结构、组织分析。
用此合成产物进行动物体免疫，获得了NT的多克隆抗体。
Then polyclonal antibody of nt was acquired from animal immunization of this production.
本文对衍生物合成的方法及合成产物的光谱数据作了报道。
This paper reports the synthetic ways of these derivatives and their spectra.
该合成产物与多种有效成分复配成的纤维油剂的抗静电性好。
The fiber oil reagent which was formulated with this synthesized product and other effective components has good antistatic property.
用XRD表征了合成产物的无机相组成和层状结构的有序度。
Composition of inorganic phases and order degree of lamellar structure were characterized by X-ray diffraction (XRD).
对合成产物分别用核磁共振、红外光谱或元素分析确证结构。
The structures of the products were confirmed by HNMR, IR and elementary analysis.
研究了燃料种类及煅烧温度对合成产物相组成和粉末形貌的影响。
The influences of fuels and various calcinations temperatures on the phase components and microstructure of combustion synthesized products are described.
实验结果还表明，压力也是影响费托合成产物选择性的重要因素。
The experimental results also show that pressure is one of the important factors to influence product selectivities of FT synthesis.
用红外分光光度计对合成产物进行结构表征，并分析合成反应机理。
The best reaction process conditions as proportion of reacting substance and reaction time, which affected the production rate, were examined.
并对反应结果进行定量分析，采用红外光谱对合成产物进行结构确定。
The reaction results were quantitatively analyzed and the structure of synthesized product was determined by IR.
研究了粉末颗粒、合成温度、保温时间和气氛对合成产物氮含量的影响。
The effects of particle size, synthesis temperature, holding time and flowing gas atmosphere were studied.
考察了合成产物对三元体系（碱、表面活性剂、聚合物）界面张力的影响。
The effects of the product on the interface tension of ASP system were investigated.
产物的NMR分析证明所合成产物分子中降冰片烯环上双键未参与聚合反应。
NMR characterization of the synthesized products shows that the double bond in the norbornene rig of the product polymers is not affected by the ATRP conducted.
讨论了碱活化粉煤灰的条件，包括焙烧方法、碱灰比和碱度对合成产物的影响。
The influence of alkali's activation conditions, including baking method, alkalinity and NaOH/flyash mass ratio on synthetic zeolite was investigated.
考察超声波作用对合成产物产率的影响，用红外光谱及元素分析表征合成产物的结构；
The effect of ultrasound wave on yield of products was investigated and the structure and compositions of the as-prepared products were characterized by IR and element analysis.
结果合成产物的化学结构经元素分析、红外、核磁共振和质谱检测确证，总收率为56%。
Results The chemical structure of composite production was confirmed by element analysis, IR, MR and PNMR. The overall yield of 56%.
目的：建立大鼠脑组织线粒体的体外蛋白合成体系并对其合成产物进行电泳分离和分子量鉴定。
Aim: to establish a system of mitochondrial translation in vitro of rat brain and identify its production of protein by molecular weight.
并对合成产物进行IR、NMR和理化性质的测定，结果表明所合成的物质与标准品的数据一致。
The product meet standard material after the comparison of their ir, UV, NMR and properties.
合成产物用粉未衍射（XRD）X-射线光电子能谱（XPS）和扫描电子显微（SEM）表征。
The obtained products were characterized by X-ray powder diffraction (XRD), X-ray photoelectron spectroscopy (XPS), and scanning electron microscopy (SEM).
研究了合成温度、合成时间、补锂量对合成产物结构的影响以及掺铝量对合成产物结构和充放电容量的影响。
The effects of synthesis temperature, time, lithium and aluminum contents on the crystal structure charge-discharge capacity were investigated.
利用XRD等分析测试手段对合成产物进行了对比研究，对两种酸在反应温度和相结构的影响情况进行了讨论。
The resulted samples with the aid of two acids were contrasted by XRD analysis method. The different effects on reaction temperature and phase structure from u…
以合成反应的出水量计算产品的收率，讨论了原料配比和溶剂加量对合成产物收率的影响，优化了合成反应条件。
The effect of ratio of raw materials and solvent amount on the yield of synthetic products were discussed, the reaction conditions were optimized.
运用红外光谱对提纯后的合成产物进行了结构表征，测定了固体产物的熔点，并探讨了合成双季铵盐的反应机理。
The product structure is characterized with IR, melting point of the product is measured, and its reaction mechanism is explained.
运用红外光谱对提纯后的合成产物进行了结构表征，测定了固体产物的熔点，并探讨了合成双季铵盐的反应机理。
The product structure is characterized with IR, melting point of the product is measured, and its reaction mechanism is explained.
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