1) Association particle
缔合微粒
1.
A spectrophotometric method was developed for the determination of ClO2 based on oxidation of I- to I3- by ClO2 and the further reaction of I3- with cationic surfactant cetyl-pyridinium chloride mono-hydrate to form (CPCM-I3)n association particle in NaAC-HCl buffered solution with pH 3.
49的NaAC-HCl介质中,ClO2与过量的KI反应生成I3-,I3-在350nm处有一吸收峰;当阳离子表面活性剂(CS)氯代十六烷基吡啶(CPCM)等存在时,形成淡黄色的较稳定的缔合微粒(CPCM-I3)n,在354nm处产生一个吸收峰,在470nm和520nm处产生2个共振散射峰。
2.
The two dyes and I~-_3 all combine to form an association particle,respectively.
在过量的I-存在的稀盐酸介质中,当有IO3-存在时,IO3-与过量的I-反应生成I3-,I3-与吖啶红、吖啶橙染料均可形成离子缔合微粒。
3.
A spectrophotometric method was proposed for the determination of alkaloids in Beidougen(BA) capsule, based on the formation of BA-AuI~-_2 association particles which have a absorption peak at 538nm.
4×10-4 mol/L HAuCl4 体系的最大吸收峰在370 nm,当有北豆根碱(BA)存在时,由于形成(BA-AuI2)n 缔合微粒,在538 nm处有一吸收峰,BA浓度在0。
2) Association particles
缔合微粒
1.
I-3combines respectively with rhodamine 6G(RhG),rhodamine S(RhS),rhodamine B(RhB) and butyl-rhodamine B(b-RhB) to form association particles,exhibiting fluorescence quenching at 550,550,580 and 580 nm.
在稀盐酸介质中,ClO-与过量的I-反应生成I3-,I3-分别与罗丹明6G(RhG)、罗丹明S(RhS)、罗丹明B(RhB)及丁基罗丹明B(b-RhB)形成缔合微粒而导致各体系的荧光分别在550、550、580和580 nm处发生猝灭。
3) PtCl_6~2-HSA associated particle
PtCl62-HSA缔合微粒
4) Association nanoparticle
缔合纳米微粒
1.
Resonance Rayleigh scattering spectra of berberine-tetraphenylboron association nanoparticle and its analytical application;
小檗碱-四苯硼钠缔合纳米微粒体系的共振Rayleigh散射光谱及其分析应用
2.
When both HSA and SiW solutions are mixed, ion association nanoparticles in size of 50 nm are formed.
当HSA与SiW存在时 ,二者形成粒径约 5 0nm的缔合纳米微粒 ,导致 4 70nm处瑞利散射 (RS)光信号增强及 35 0nm处荧光猝灭。
5) [BSA-(Mo10-Qu)16] Complex Associated Particle
(MO-CTAB) 缔合微粒
6) HSA-Mo(VI) or(PMA)Associated Particle
[BSA-(Mo10-Qu)16]络合缔合微粒
补充资料：缔葺
1.修建。
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参考词条