1) ternary complex
三元络合物
1.
Spectrophotometric determination of trace copper in ternary complex system of CuⅠ-NH_4SCN-rhodamine B;
铜Ⅰ—硫氰酸铵—罗丹明B三元络合物体系分光光度法测定微量铜
2.
This paper discussed that cooper formed ternary complex with zinc?reagent in acidic medium,and determined by spectrophotometry with satisfactory results.
研究了在酸性条件下锌试剂和铜 (Ⅱ )形成三元络合物 ,对于铜 (Ⅱ )进行的测定 ,结果令人满
3.
A new method has been developed for spectrophotometric determination of trace Fe( Ⅲ) with ternary complex Fe(Ⅲ) - potassium thiocyanate - ethyl violet system.
建立铁(Ⅲ)-硫氰酸钾-乙基紫三元络合物光度法测定水中微量铁的新方法,该络合物的最大吸收波长为510nm,表观摩尔吸光系数ε=9。
2) ternary complexes
三元络合物
1.
Formaldeˉhyde reacted with hydrous silver oxide in alkaline medium and formed silver which could react with Fe(Ⅲ)and suˉfofluorone in CTMAB medium to form ternary complexes.
在碱性条件下,甲醛与水合氧化银发生氧化还原反应,生成的银定量还原Fe(Ⅲ)为Fe(Ⅱ),Fe(Ⅱ)与磺基荧光酮在CTMAB存在下形成三元络合物。
3) ternary micellar complex
三元胶束络合物
1.
Since SDBS can increase the fluorescencce intersity greatly, a fluorescence analysis emthod has been developed for determination of Mn(Ⅱ) with ternary micellar complex.
在碱性介质中，Ｍｎ（Ⅱ）和铍试剂Ⅱ反应形成１∶２的络合物，该络合物的最大激发波长和荧光波长为３６７／４６７（ｎｍ），ＳＤＢＳ可使荧光强度大大增强，基于此，建立了一个三元胶束络合物测定Ｍｎ（Ⅱ）的荧光分析方法。
4) ternary complex compound of copper [Cu_2(EGTB) (bpy)Cl_4·8H_2O]
EGTB铜三元络合物
5) Triple fluorescence complex
三元荧光络合物
6) ternary surface complex
三元表面络合物
1.
The ion exchange percentage E (%) pH curves for tryptophane absorbed on amorphous Fe(OH) 3 are peaked, while the E (%) pH curves for tyrosine adsorbed on δ MnO 2 have a complex form of both “S shaped” and “reverse S shaped” curves, indicating the formation of type Ⅰ ternary surface complexes.
证实在上述两体系中均有Ⅰ型三元表面络合物生成。
补充资料：《三元参赞延寿书》
《三元参赞延寿书》 《三元参赞延寿书》 养生学著作。五卷。宋末元初人李鹏飞撰集于1291年。作者自谓：宋咸淳四年（1268年）在杭州受官道人之教，始知人的年寿应有天元、地元、人元。三元共180岁。在此启发之下乃撰集此书。卷一论天元之寿，成人精气不耗；卷二为地元之寿，律人起居有常；卷三为人元之寿，教人饮食有节；卷四述神仙救世，却老还童真诀；卷五为神仙警世。现有道藏本。
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