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1·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。

2·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。

3·A series of alkyl rhodamine B esters were designed and synthesized from rhodamine B.

以罗丹明b为原料设计合成了一系列的烷基罗丹明B酯衍生物。

4·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。

5·Rhodamine 6G was successfully doped into glasses without losing its optical activity.

实验证明，将罗丹明6G染料掺入而未损失其光学活性。

6·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。

7·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。

8·The dye Rhodamine B and coumarin mixture is used to sensitize nanocrystalline porous films.

采用罗丹明- B与香豆素混合的方法，配制成敏化剂修饰纳米晶薄膜。

9·Resear ch has been carried out on photodissociation process for laser dye rhodamine 6G by ESR.

本文报道了用顺磁共振研究激光染料若丹明6G的光解过程。

10·The study on the preparation and property of Butyl Rhodamine B selective electrode is reported.

本文报道了丁基罗丹明B选择性电极的制备及其性能研究。

罗丹明

1·The photocatalysis degradation reaction kinetics and degradation mechanisms of rhodamine B were studied.

研究了罗丹明B的光催化降解反应动力学与降解机理。

2·A review is mainly on the application of butylrhodamine B, rhodamine 6G and tetrabromofluorescein dyes in extraction spectrophotometric and flotation spectrophotometric analysis.

本文对丁基罗丹明B、 罗丹明6G和四溴荧光素在萃取光度法和浮选光度法中的应用做了综述。

3·The assay begins with a standard kinase reaction performed in the provided reaction Buffer with a provided Bisamide Rhodamine 110 peptide substrate (PKA R110 substrate).

检测开始时、先用试剂盒提供的PKA双酰胺罗丹明110肽底物进行一个标准的激酶反应。

4·The study on the preparation and property of Butyl Rhodamine B selective electrode is reported.

本文报道了丁基罗丹明B选择性电极的制备及其性能研究。

5·A new indicator reaction is developed on the basis of manganese-catalyzed oxidation of rhodamine B by potassium periodate with nitrilotriacetic acid as an activator.

本文研究了用氨三乙酸作活化剂锰催化高碘酸钾氧化罗丹明B褪色的新指示反应。

若丹明

1·Cell culture studies indicated that nanoparticles enhanced the cellular delivery of rhodamine by about two-tenfold compared to drug in solution.

细胞培养研究显示纳米粒能提高若丹明的细胞内释放，大约为溶液型药物的二十倍。

2·Resear ch has been carried out on photodissociation process for laser dye rhodamine 6G by ESR.

本文报道了用顺磁共振研究激光染料若丹明6G的光解过程。

(1)rhodamine b[化]罗丹明B；[化]若丹明B