1) resonance light scattering
共振光散射
1.
Resonance light scattering of 1-hydroxypyrene-brilliant green-sodium dodecylbenzene sulfonate system and its analytical application;
1-羟基芘-灿烂绿-十二烷基苯磺酸钠体系的共振光散射光谱及分析应用
2.
A study on interaction of zincon with proteins by resonance light scattering measurements;
锌试剂-蛋白质体系的共振光散射光谱研究
3.
The Application of Resonance Light Scattering Technique in the Environmental Analysis;
共振光散射技术在环境分析中的应用
2) Resonance light-scattering
共振光散射
1.
Study on resonance light-scattering of histene-DNA and its application;
组蛋白-DNA共振光散射法的建立及应用
2.
Determination of nucleic acid by a resonance light-scattering technique with water-soluble schiff base C_(13)H_(22)NO_6;
水杨醛氨基葡萄糖席夫碱C_(13)H_(22)NO_6共振光散射法测定DNA
3.
Study on the resonance light-scattering spectroscopy of the triple system of the Fe(bpy)(phen)SO_4-myristyldyridinium bromide-BSA;
Fe(phen)(bpy)SO_4-溴代十四烷基吡啶-蛋白质三元体系共振光散射光谱的研究
3) resonance light scattering (RLS)
共振光散射
1.
Research was conducted on the spectral characteristics of resonance light scattering (RLS) of colloidal silverchloride, with factors including the effects of time and order of reagent addition, as well as effects of silver nitrate,ethylene glycol, and nitric acid concentrations on scattering intensity of resonance light.
研究了氯化银胶体的共振光散射光谱特征,讨论了硝酸银用量、乙二醇用量、硝酸用量、时间及加入顺序对共振光散射强度的影响。
2.
Since its simplicity and high sensitivity, resonance light scattering (RLS) technique, developed more than ten years ago, has attracted considerable attentions and become widely applicable in the determination of nucleic acids, proteins, carbohydrates, metallic ions, drugs, surfactants, nanoparticles, bacteria etc.
共振光散射(RLS)分析技术是二十世纪90年代发展起来的，因其简单、灵敏度高而引起了人们的广泛兴趣，已经应用于核酸、蛋白质、糖类等生物大分子、金属离子、药物、表面活性剂、纳米离子和细菌等的分析。
4) RLS
共振光散射
1.
The resonance light scattering (RLS) technique and UV-Vis absorption spectra were applied to the investigation of the interaction between atrazine and bovine serum albumin(BSA).
用共振光散射光谱(RLS)和紫外-可见电子吸收光谱研究了阿特拉津与牛血清蛋白(BSA)之间的相互作用。
2.
In chapter 1, in order to establish a new method for the determination of trace 4-NP in environmental water samples, 4-NP was derivatized by dansyl chloride (DNS-C1) in base medium, and a resonance light scattering(RLS) system of 4-NP-Na_2CO_3-DNS-Cl was selected.
第一章，利用丹酰氯(DNS-Cl)与4-NP在碱性条件下反应，筛选出测定水样中痕量4-NP的共振光散射(RLS)体系：4-NP-Na_2CO_3-DNS-Cl，研究了该体系的RLS光谱特征，考察了溶液酸度、试剂用量、反应温度、反应时间和共存离子等因素对体系RLS强度的影响，优化了体系反应条件，确立了RLS强度改变值(ΔI_(RLS)=I-I_0)与4-NP浓度的线性关系，以此建立了测定4-NP的RLS新方法。
3.
A method was proposed for the determination of trace naphthols was established based on the reaction of naphthols with potassium bromate and acridine orange(AO) to form ion-association complexes in the dilute H2SO4 medium,which produced of resonance light scattering (RLS) spectra and resulted in the great enhancement of RLS.
建立共振光散射测定水中痕量萘酚新方法。
5) Resonance light scattering
共振散射光
1.
Studies on the resonance light scattering(RLS) properties of PVK show that the interaction of PVK with the proteins results in a great enhancement of RLS signals at 380 nm when pH=3.
对PVK的共振散射光性质研究发现 ,pH =3 0时 ,PVK与蛋白质形成缔合微粒时将导致PVK 380nm处RLS信号急剧增加 ,其强度增加值与蛋白质的浓度呈线性关系 ,据此可以建立一种测定蛋白质的新方法。
2.
Resonance light scattering spectra caused by interaction of Cu-PVK nanoparticles with nucleic acids and its analytical application;
对Cu-PVK的共振散射光(RLS)性质研究发现Cu-PVK与核酸形成缔合物时将导致Cu-PVK本身RLS信号急剧增加,基于此建立一种用RLS信号测定痕量核酸的新方法。
6) Resonance light scattering
共振光散射光谱
1.
6), the titan yellow combines proteins to formcomplexes, causing an enhance of resonance light scattering at maximum wavelength of 460nm.
6的酸性介质中,蛋白质与达旦黄形成复合物,使最大波长460 nm的共振光散射光谱得到加强,根据其共振光散射的增强程度,可用于蛋白质的定量测定。
2.
The paper studied the spectra of resonance light scattering (RLS) of nonionic emulsifier (emulsifier OP/water)-silver chloride emulsion system.
研究了乳化剂ＯＰ／ 水－ 氯化银乳浊体系的共振光散射光谱及其应用， 与其它体系相比， 微乳液体系的增溶能力、增稳效果显著提高。
补充资料：光散射
分子式：
CAS号：
性质：一束光线通过介质时在入射光方向以外的其他方向上都能检测到光强的现象。光是一种电磁波，传播时其交变的电磁场与介质中的分子发生相互作用，使分子中的电子发生强迫振动而产生电偶极子。振动着的偶极子是个次波源，它犹如一根天线向各个方向发散电磁波，这就是散射光波。如果介质是完全均匀的，则所有的偶极子的散射光波因相互干涉而完全抵消。若介质的光学均匀性遭到破坏，则这些散射光波不会完全抵消，结果观察到光散射现象。因此，产生光散射的必要条件是介质具有光学不均匀性。因为胶体粒子的折光指数往往与介质的不同，所以强烈的光散射是大多数胶体体系的重要特征。
CAS号：
性质：一束光线通过介质时在入射光方向以外的其他方向上都能检测到光强的现象。光是一种电磁波，传播时其交变的电磁场与介质中的分子发生相互作用，使分子中的电子发生强迫振动而产生电偶极子。振动着的偶极子是个次波源，它犹如一根天线向各个方向发散电磁波，这就是散射光波。如果介质是完全均匀的，则所有的偶极子的散射光波因相互干涉而完全抵消。若介质的光学均匀性遭到破坏，则这些散射光波不会完全抵消，结果观察到光散射现象。因此，产生光散射的必要条件是介质具有光学不均匀性。因为胶体粒子的折光指数往往与介质的不同，所以强烈的光散射是大多数胶体体系的重要特征。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条