确定了最佳的合成方法、螯合剂、金属离子和缓冲体系。
The synthesis conditions, chelant, metal ion and buffer were optimized.
同时，本文还对最简单的缓冲体系的微分缓冲容量作些讨论。
Brief discussions on the differential capacity of the simplest buffer system are also given in the paper.
在非缓冲体系中用有机配位反应法对FCC废催化剂进行复活。
The spent FCC catalyst was reactivated via organic complex method in an unbuffered system.
用线性扫描伏安法研究了雷酚内酯在不同缓冲体系及氧化剂作用下的极谱行为。
The polarographic behaviors of triptophenolide at different buffer systems and oxidants were studied by linear sweep polarography.
据此，可用缓冲体系中所测结果绘制标准曲线，计算细胞悬浮液中环氧化物的含量。
And it was inferred and proved that epoxide concentration in cell suspensions could be calculated using the regressive curve in the buffer system as standard curve.
方法采用不连续缓冲体系，在稳流低压条件下电泳分离CKMM亚型，荧光扫描。
Methods a dis continuous buffer system was used. CK MM isoform was separated by electrophoresis under the condition of constant current and low voltage, then fluorescence scanning.
用线性扫描极谱法研究了雷公藤内酯酮在不同缓冲体系和氧化剂作用下的极谱催化波。
The polarographic wave of benzophenone-12 was studied by linear sweep polarography in different kinds of buffer systems.
草酸和醋酸能否促进储层次生孔隙的发育取决于盆地流体的酸度及组成流体的缓冲体系。
Whether acetic and oxalic acids can promote secondary porosity development depends on the pH and buffer system of fluids in the basin.
研究了非缓冲体系中性氨基酸在732型强酸性阳离子交换树脂上的离子交换平衡，并提出了平衡模型。
Ion exchange equilibrium of neutral amino acids on 732 strong acid cation exchange resin in non buffer systems were studied and an equilibrium model was proposed.
详细讨论了影响富集的缓冲体系、尾随离子种类、毛细管有效长度、进样时间和等速电泳时间等重要因素。
Several important factors are discussed, such as buffer systems, terminating ions, column effective length and injection time of sample and terminating solution.
利用缓冲体系的平衡移动，结合不同的电极进行电势法检测，可间接测定样品中各种离子甚至中性分子的浓度。
Using equilibrium shift of buffer solution, indirect determination of a number of ionic even molecular components by FIA in combination with potentiometric detection can be realized.
利用混合阳离子-非离子表面活性剂为模板剂在缓冲体系中成功地合成出具有高热和水热稳定性的MCM - 48介孔材料。
Mesoporous MCM-48 with high thermal and hydrothermal stability has been successfully synthesized in buffer solution by mixed cationic-nonionic surfactant templating pathway.
利用混合阳离子-非离子表面活性剂为模板剂在缓冲体系中成功地合成出具有高热和水热稳定性的MCM - 48介孔材料。
Mesoporous MCM-48 with high thermal and hydrothermal stability has been successfully synthesized in buffer solution by mixed cationic-nonionic surfactant templating pathway.
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