1H AND 13C NMR STUDIES OF A YELLOW D2T2 DYE

Abstract

Abstract:

¹H-Indene-5-carboxamine, N-dibutyl-2,3-dihydro-2-(3-hydroxy-6-(1-methylethy)-2-quinolinyl)-1,3-dioxo is a widely used yellow D₂T₂ dye. In this paper, the ¹H and ¹³C NMR chemical shifts of the dye were assigned and its structures were determined. The influence of its structure in CDCl₃ on its chemical shifts was also discussed.

Key words: NMR, chemical shift, structure, D₂T₂, yollow dye

CLC Number:

O641

Cite this article

XIE Xiao-Ling, SU Ke-Man. ¹H AND ¹³C NMR STUDIES OF A YELLOW D₂T₂ DYE[J]. Chinese Journal of Magnetic Resonance, 2004, 21(3): 351-357.

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References

[1] Wei Fei(卫飞). Development of Thermal Diffusion Transfer Dye (热升华转印用色素的发展)[J]. Shanghai Dyestaffs(上海染料), 2000, 28（2）: 23-25.

[2] Yin Yao-bing(殷耀兵). Thermal Transfer and Thermal Transfer Ribbon (热转印与热转印色带)[J]. Fine and Special Chemicals(精细与专用化学品), 1999, 7（16）: 16-18.

[3] Matsuzaki Yoriaki, Shimokawa Yasushi.Quinophthalone Compound[P]. EP: 527049, 1993-02-10.

[4] Yoshida, Kazuya. Thermal-Transfer Recording Sheet Using a Specific Dye[P]. EP: 854052, 1998-07-22.

[5] Takada Takashi, Takao Shino. Thermal Transfer Recording Material[P]. JP: 2001071650, 2001-03-21.

[6] Odaka Tsuaki. Ink Composition and Thermal Transfer Printing Sheet Using the Same[P]. EP: 1193081, 2002-04-03.

[7] Onishi Jiro, Oshima Katsuyuki. Method for Forming Fluorescent Latent Image and Printed Material such as Card Having Latent Image[P]. JP: 2000211255, 2000-08-02.

[8] Okuma Tadashi, Kiyono Kazuhiro. Ultrafine Particular Coloring Matter Dispersion[P]. JP: 2000026774, 2001-02-25.

[9] Karasawa Akio. Yellow Coloring Matter for Color Filter[P]. JP: 6009 891, 1994-01-18.

[10] Su Ke-man (苏克曼), Pan Tie-ying(潘铁英). Spectrum Analytics(波谱解析法)[M]. Shanghai(上海): ECUST Press(华东理工大学出版社), 2002. P190.

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¹H AND ¹³C NMR STUDIES OF A YELLOW D₂T₂ DYE

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