1) resonance scattering spectral probe
共振散射光谱探针
1.
Nanogold in size of 10 nm was prepared by a trisodium citrate method and used to label goat anti-human IgA to obtain an immunoresonance scattering spectral probe for IgA.
采用柠檬酸三钠改良法制备了粒径约为10nm的纳米金,用于标记羊抗人免疫球蛋白A获得了免疫球蛋白A(IgA)的免疫共振散射光谱探针。
2) Immunoresonance resonance scattering spectral probe
免疫共振散射光谱探针
3) 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。
5) resonance scattering spectra
共振散射光谱
1.
Application and study on resonance scattering spectra of diazotization-coupling reaction;
亚硝酸根重氮化-偶联反应共振散射光谱测定
2.
The fluorescence and resonance scattering spectra of Tris-HCl-acetone (or ethanol)-HSA(human serum albumin) system(pH=7.
采用双池法研究了 pH =7 4Tris HCl 丙酮 (或乙醇 ) HSA体系的荧光光谱及共振散射光谱。
3.
The influence of different anions on "chemical pure" Ag sols have been investigated with UV-vis absorption and resonance scattering spectra.
借助紫外-可见吸收光谱和共振散射光谱技术,研究了几种阴离子的加入对"化学纯"银胶的光谱学性质的影响。
6) resonance scattering spectrum
共振散射光谱
1.
Researches on the characters of ultraviolet absorption spectrum and resonance scattering spectrum show that the strongest resonance scattering peak appears at 470 nm,and there is an absorption peak at 404 nm.
研究了(Au)核·(Ag)壳复合纳米粒子的紫外可见吸收光谱和共振散射光谱特性,在470nm处有最强共振散射峰,在404nm处产生一个吸收峰。
补充资料：电子探针(见电子探针显微分析)
电子探针(见电子探针显微分析)
electron probe
气二J一，不f丁electron orobom由不，‘.，*二
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