rhodamine的例句大全

Methods: Tetramethyl rhodamine ( TMR ) or horseradish peroxidase ( HRP ) retrograde tracing and biotinylated dextran amine ( BDA ) anterograde tracing techniques were used.

方法 　 四甲基罗达明 ( TMR ) 或辣根过氧化物酶 ( HRP ) 逆行追踪和生物素葡聚糖胺 ( BDA ) 顺行追踪技术.

Mineralization Rhodamine B ( Rh B ) was complete relatively in photoelectro catalytic ( PEC ) oxidation.

TOC的测定结果显示,在光电催化氧化过程中, 若丹明 B几乎完全 矿化.

Rhodamine-labeled liposomes were used to evaluate the accumulation in inflamed kidneys.

运用玫瑰红标记评估脂质体在炎症肾脏中的积聚.

It is found that Rhodamine B has strong ECL on the Pt electrode in alkaline solution.

研究发现罗丹明B在碱性溶液中铂电极上有较强的电致化学发光行为.

Rhodamine is usually determined by spectrophotometric method, but it results in big error.

碱性玫瑰精通常采用分光光度法测试, 但测试误差较大.

The excitation source was a flashlamp pumped Rhodamine tunable dye laser.

激发源为闪光灯泵可调谐若丹明染科激光器.

And the concentration of Rhodamine B in aqueous solution decreased to 35 % of the initial.

而罗丹明B水溶液在一定时间的光照反应后,其吸收峰高度也大大降低,水溶液浓度降为初始时的35%.

Based on the formation of an ion-association complex of bismuth(ⅲ) with potassium iodide and rhodamine 6G in an acid medium and in the presence of arabic gum, a highly sensitive spectrophotometric method has been developed for the determination of Bi.

本文研究了在酸性介质中，铋（Ⅲ）-碘化钾-罗丹明6G-阿拉伯胶体系的离子缔合显色反应.提出直接在水溶液中光度测定微量铋的高灵敏度方法。

Colour Reactions of Antimonium with Potassium Iodide and Rhodamine Basic Dyes in Aqueous Solution-Spectrophotometric Determination of Trace Antimonium

锑与碘化钾和罗丹明类碱性染料在水溶液中的显色反应&分光光度法测定微量锑

A STUDY OF THE RHODAMINE B FIBRE-OPTIC Thymol Blue Fiber Optic Acidity Sensor

罗丹明B光纤酸度传感器的研究百里香酚蓝光导纤维酸度传感器的研制

High-performance Liquid Chromatography Diode Array Detection Method for Basic Brilliant Orange G and Rhodamine B in Cayenne

高效液相色谱法测定辣椒粉中碱性橙、玫瑰精含量

The dilution factor was determined with Rhodamine-B as a tracer.

本文报道了在青岛大港进行了稀释因子的现场模拟试验。

The method is based on fluorescence quenching of Rhodamine B by reaction of Cr ( VI) with potassium iodide giving iodine ( I2).

基于六价铬与碘化钾反应生成了单质碘，碘可以使罗丹明B发生荧光猝灭，从而间接测定六价铬的含量。

The results indicated that Y3+ may form an ion-association complex with rhodamine B and diphenylguanidine as shown in the following.

Y~（3+）与罗丹明B和二苯胍可能形成离子缔合络合物，强烈吸附并占据滴汞表面。