• The effects of mobile phase composition, flow rate, column temperature, gradient ramp, ph value, salt concentration, and buffer concentration on capacity factors (K ') were respectively discussed.

    对流动相组成、流率、柱温、梯度速率、pH值、盐浓度以及缓冲液浓度对容量因子(K')的影响分别进行了讨论。

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  • Through a test research for heat pipe radiators of steel column type, we get the relative formula of heat transfer rate, calculating temperature difference and flow rate of the heat medium.

    通过对钢制柱型热管散热器的试验研究,得出了散热器热流量和计算温差、热媒流量的关系式,并提出了进行热工性能试验的方法及进一步研究的意见。

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  • The selection of chromatographic column, flow rate of carrier gas, column temperature, solvent, sample size and the column ratio of sample and solvent were experimented.

    并对色谱柱、载气流速、柱温溶剂、进样量等色谱条件的选择,以及试样与溶剂的体积比的选择进行了实验。

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  • The top pressure of HP column was controlled by adjusting the feed flow rate to LP, FLP.

    在这个控制方案中,HP塔的塔顶压力的控制通过调节LP塔进料量来实现。

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  • The liquid-solid mass transfer coefficients and liquid flow-rate within the catalyst capsule have been measured in a countercurrent flow column by this study.

    通过气液在塔内的逆向流动,测定了液固传质系数和催化剂包内流速。

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  • Among the factors that influence the separation of compounds by gas chromatography are selection of liquid phase, column temperature, and flow rate of carrier gas.

    在气相色层分析期间,影响化合物的分离因素有液相的选择,柱温,载气的流速。

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  • The effect of the chromatographic conditions such as composition of the eluent, flow rate and column temperature on the separation was studied.

    研究了色谱条件如洗脱剂组成、流速和柱温对分离的影响。

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  • The composition of mobile phase, flow rate and column temperature were optimized to get better resolution.

    考察了流动相组成、流速和柱温对分离度的影响。

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  • The effects of temperature, flow rate and composition of mobile phase on retention, resolution, column efficiency and the pressure of the system were examined.

    考察了温度、流速和流动相组成对酚类样品的保留、分辨、柱效和系统压力的影响,探讨了酚类样品在聚合物柱上的热力学行为。

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  • The experiment indicated that the better separation diagram may be obtained and measured with target of peak resolution through adjusting column temperature and carrier gas flow rate.

    实验表明:通过调节柱温和载气流量可获得较好的分离图谱。并可以用峰分离度指标来衡量。

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  • International level large flow rate high pressure piston pump design, professional dynamic axial compression column design.

    国际领先的大流量高压柱塞泵设计,专业的动态轴向压缩制备柱设计。

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  • International level large flow rate high pressure piston pump design, professional dynamic axial compression column design.

    国际领先的大流量高压柱塞泵设计,专业的动态轴向压缩制备柱设计。

    youdao

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