Download Carbon-13 NMR of Flavonoids by P.K. Agrawal PDF

By P.K. Agrawal

ISBN-10: 0444417370

ISBN-13: 9780444417374

ISBN-10: 0444874496

ISBN-13: 9780444874498

This distinct treatise is written for chemists who're no longer NMR spectroscopists yet who desire to use carbon-13 NMR spectroscopy. It indicates why dimension of carbon-13 NMR is required and explains how the tactic can - or should still - be used for swift characterization of flavonoids, the most varied and common teams of typical constituents.

The first a part of the ebook provides history info and dialogue of the fundamental elements of flavonoids and carbon-13 NMR spectroscopy and demonstrates its major position within the revision of numerous prior validated chemical buildings. It discusses a variety of one- and two-dimensional NMR spectroscopic thoughts and different correct experimental methodologies for the translation of spectral info which permit person resonance traces to be linked to the right carbons in a molecule. the second one half presents a finished insurance of the carbon-13 chemical shifts of varied sessions and subclasses of flavonoids. It additionally illustrates the way to make the most of carbon-13 facts to achieve info for the selection of the character, quantity and location of any substituent in flavonoids. very important info for the differential and entire constitution elucidation of many of the sessions of flavonoids by means of carbon-13 NMR protective facts is defined in-depth within the 3rd a part of the book.

The ebook can be welcomed by way of all these operating in traditional product chemistry who will savor the non-mathematical process and the truth that this type of wealth of theoretical and functional details has been assembled in one volume.

Show description

Read Online or Download Carbon-13 NMR of Flavonoids PDF

Best general & reference books

Chalcogenide Photovoltaics

This primary entire description of an important fabric houses and machine facets closes the space among basic books on sun cells and magazine articles on chalcogenide-based photovoltaics. Written by means of very popular authors with years of functional adventure within the box, the booklet covers II-VI and I-III-VI2 fabrics in addition to power conversion at heterojunctions.

Biomedical Composites

Biocomposites are typical within the scientific to fix and fix bone, enamel, cartilage epidermis and different tissues. Biomedical composites, presents an intensive evaluation of the present prestige, contemporary growth and destiny traits in composites for biomedical purposes. half one discusses the basics of biocomposites with chapters on traditional composites, layout and fabrication of biocomposites, and tough and gentle tissue functions of biocomposites.

Intermediate organic chemistry

This booklet provides key points of natural synthesis stereochemistry, practical staff adjustments, bond formation, synthesis making plans, mechanisms, and spectroscopy and a consultant to literature looking out in a reader-friendly demeanour. is helping scholars comprehend the talents and fundamentals they should movement from introductory to graduate natural chemistry periods Balances man made and actual natural chemistry in a manner obtainable to scholars good points large end-of-chapter difficulties Updates comprise new examples and dialogue of on-line assets now universal for literature searches provides sections on holding teams and eco-friendly chemistry besides a rewritten bankruptcy surveying natural spectroscopy

Extra resources for Carbon-13 NMR of Flavonoids

Example text

V. 188. J . H . Looker, 189. N. V. Vyas 2413 S. Scheinmann and F. J. (1967). J. R. Iyer Mabry, (1972). R. Iyer, Tetrahedron, 4069 42, (1986). 12, 190. W. Mader and C . A . Kingsbury, J . Heterocycl. , (1975). K. Sanduja, 243 R. Sanduja and V . S . Parmar, Gazz. Chim. (1982). B. Mulchandani, Magn. Reson. , 24, 421 1986). 191. H . M . F a l e s and K . S . Warren, 192. M. Jutila, Chem. , Acta 193. F . M . Dean and 194. Ueji, R . S . Varma, 195. M. 196. G . E . M a c i e l and 197. A. M. Sugiura Sugiura, N.

J. 68. R. Mabry, Harborne, 45 69. J . J. H. J. Mabry Mabry, and H. H. , 70. M. Chari, 1547 (1978). 71. T. 72. T. C. 1715 S. T. Parthasarathy and Fukai, and S. Y a m a d a and T. Fukai and M. Venkataraman, Z. , Katayanagi, Katayanagi, T. Nomura and T. Fukai, Heterocycles, Shirataki, M. , M. 31, 2859 Komatsu, 3863 Chem. 33b, Pharm. Chem. Pharm. , 25, I. Yokoe 1531 15, and M. (1981). Komatsu, Chem. Pharm. (1983). I. Yokoe and Y. Shirataki, Chem. Pharm. , 26, (1978). , 78. London, (1977). Y. Y. B. (1976).

Schulten, 55. P . J . A r p i n o and J . Mass Spectrom. G . Devant, Ion P h y s . , A n a l y s i s , 7, Mass Suppl. (1980). 52. Int. of 34 32, (1979). 97 (1986). (1986). (1979). 34 56. Μ. 57. A. 58. D. 59. J. S. Anal. J. D. N. Anal. , 50, 1180 (1982). K. Sichtermann, (1978). Macfarlane, A c c . Chem. , H. 61. B. Domon a n d 62. J. M a s s i c o t and 63. J. Massicot, 2712 64. P. J. 66. C. Cepellen, (1982). Int. J . Mass Spectrom. Ion. G. Schwinger, Phytochemistry, K. Hostettmann, Phytochemistry, J .

Download PDF sample

Carbon-13 NMR of Flavonoids by P.K. Agrawal


by Anthony
4.1

Rated 4.92 of 5 – based on 24 votes