Introduction to Spectroscopy / Donald L. Pavia
By: Pavia, Donald L
Contributor(s): I.Gary M. Lampman II. George S. Kriz III James R. VyvyanMaterial type: 
TextPublisher: Belmont, : Books/Cole, CENGAGE Learning 2009Description: 656 PISBN: 9780495114789Subject(s): Análisis Espectral | Compuestos Orgánicos -- AnálisisDDC classification: 543.0858
Contents:
Molecular Formulas and what can be learned 2. Infrared spectroscopy 3. Nuclear magnetic resonance spectroscopy 4. nuclear magnetic resonance spectroscopy 5. Nuclear magnetic resonance spectroscopy 6. Nuclear magnetic resonance spectroscopy 7. Ultraviolet spectroscopy 8. Mass spectrometry 9. Combined structure problems 10. Nuclear magnetic resonance spectroscopy
| Item type | Current location | Call number | Copy number | Status | Date due | Barcode |
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Biblioteca Central Euclides Jaramillo Arango | 543.0858 P338 5ed. (Browse shelf) | Ej.2 | Available | 062450 | |
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Libros/ General
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Biblioteca Central Euclides Jaramillo Arango | 543.0858 / P338 5ed. (Browse shelf) | Ej. 1 | Available (Sin restricciones) | 054366 |
Browsing Biblioteca Central Euclides Jaramillo Arango shelves Close shelf browser
| 543.085 / B311 Basic Atomic absorption Varian Techtron (Firm); | 543.0858 / P338 Introduction to spectrocopy : Pavia, Donald L. a guide for students of organic chemistry/ | 543.0858 / P338 5ed. Introduction to Spectroscopy / | 543.0858 P338 5ed. Introduction to Spectroscopy / | 543.0858 / S587 5a ed. Spectrometric identification of organic compounds/ Silverstein., R.M. | 543.0858 / S587 7a ed. Spectrometric Identification of Organic Compounds / Silverstein, Robert M. | 543.08583 / N163 5°. ed. Infrared and raman spectra of inorganic and coordination compounds: Theory and applications in inorganic chemistry / |
Molecular Formulas and what can be learned 2. Infrared spectroscopy 3. Nuclear magnetic resonance spectroscopy 4. nuclear magnetic resonance spectroscopy 5. Nuclear magnetic resonance spectroscopy 6. Nuclear magnetic resonance spectroscopy 7. Ultraviolet spectroscopy 8. Mass spectrometry 9. Combined structure problems 10. Nuclear magnetic resonance spectroscopy
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