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全书4个压缩卷,解压后7.91M
6 [$ ]- q4 D# C+ t5 @: ~书名Nuclear Magnetic Resonance applications to organic chemistry. b* M% b, V; U5 o& p
作者John ID. Roberts 4 k: b8 _2 C2 e) i+ q e
出版社McGRAW-HILL BOOK COMPANY, IN
9 S% f/ F& g+ ~% W$ V! P5 V# {出版日期1959. W% m, }* Q7 ~
出版号 58-13888
# j; j3 ^2 G2 n1 o0 I页数133
, Q( Y7 M/ X7 H4 I' u I! I5 W内容简介( F0 k o# j" G% D
This brief book is the outgrowth of some forty lectures in which it was
* f3 C$ f& Z1 E5 L& n1 nattempted to explain the phenomenon of nuclear magnetic resonance
% s' l: w8 a- e$ z5 i) F: O6 Kabsorption and the uses of high-resolution nuclear magnetic resonance
/ u+ I, Y- @/ C. v7 Dspectroscopy to organic chemists whose background, like that of the % N- Q$ j% f1 R. h
author, has often been deficient in nuclear and-qlectromagnetic theory.
' L9 ~9 k3 j6 z& h1 H4 ~Quite a number of suggestions were received for presentation of the
. f. y' c" Z, L) B( ~% G2 cmaterial in printed form with illustrations based on the lecture slides.
, Q/ \( X& i1 e- j, {) XThis has now been done, and it is hoped that the result will bepf service 0 ?5 \4 c- L; Y; O' S- I) ~
o practicing chemists and students as a guide to various applic+ns of
$ v' B. `: P$ e6 DNMR spectroscopy and an introduction to more authoritative works.
9 y; @! `6 R3 L3 R: TThroughout, the coverage is illustrative rather than comprehensive.
. G$ ^# d5 U* Z/ [9 W6 {目录+ j: y K( v% E8 T- k1 ~
1 . Introduction . The Nuclear Resonance Phenomenon + h9 v0 R! O0 R
1.1 . Introduction ...........
0 S+ J' V$ w1 ], R( G1.2 . Nuclear Magnetic Resonance Spectrometers . ' y W2 c) R3 v c2 h- d9 ~
1.3 . Magnetic Properties of Nuclei . Nuclear Spin
5 N/ e8 f) o- H$ E; T- {: d/ Q; Q0 v2 O1.4 . Magnetic Quantum Numbers ...... : W9 R+ b( y) v) t- f$ c8 E. z
1.5 . Nuclear Precession .........
, ~9 o* u: `! j1.6 . Nuclear Relaxation ......... % S* ^9 r" t' M& [7 [2 }* t* b2 ]
1.7 . Longitudinal Relaxation, TI ......
+ O) f. `' T! h& B1.8 . Transverse Relaxation, T, ....... " l @. t3 N' O/ H7 J2 b
1.9 . The Nuclear Resonance Signal .....
2 ?+ O0 u7 B4 v$ h' B1.10 . Relaxation Effects on NMR Signals .... 6 U! h2 G9 a2 O0 e# n. D6 }3 w+ F
1.11 . Properties of Magnetic Nuclei of Interest to
$ t, a. _& j; `! K* [0 _8 U0 |3 @Organic Problems .......... - |. P6 R) w }
2 . The Chemical Shift .............. : ?- \& Q6 G( y4 C3 h
2.1 . Introduction . The Chemical-shift Parameter ....
?! } O9 ~- i* }& A2.2 . Measurement of Chemical Shift . ....... + W4 f E v5 ]$ R4 Q* p
2.3 . Some Factors Which Influence 6 .......
8 d; ~$ ^/ q, m5 O t g) E2.4 . Chemical Shifts for Other Nuclei .......
1 L# u3 A& k4 m! u2.5 . Proton 6 Values and Electronegativity ......
; X" L/ z: {1 ]4 x# [& |& q2.6 . 6 and Hammett's a Constants .........
' I7 ^2 s3 u. d8 X j( b2.7 . Resonance Signal Areas and Widths ......
& ]! f0 ^* B2 e! X7 s2.8 . Chemical Shifts and Organic Structure Determinations . 4 B# k" @5 G' d+ }7 V8 O; T: S) k
General Considerations ..........
( Y) H$ A6 ?3 Y- o2.9 . Illustrative Analysis of a Reaction Product ....
" n* G6 V5 d. l$ ~: z2.10 . Accentuation of Chemical Shifts by Paramagnetic Salts
( _# n" l% x Q% p) R. y; J. V3 p/ a3 . Spin-Spin Splitting ...........
" S* k/ j1 i5 u5 q3.1 . The High-resolution Ethanol Spectrum ... ..... 42 e8 j& m+ O3 R% x% e% b$ d6 G$ \
3.2 . Spin-Spin Splitting in a Single Crystal ... ..... 43
9 ] G) q7 ~3 p. |2 ^- r( W3 ?3.3 . Spin-Spin Splitting in Liquids ...... ..... 45 % Y1 C/ {- E$ u1 `9 V5 e: m- x- z
3.4 . Spin-Spin Splitting in the Ethyl Group ... ..... 46 : ?# N4 ]2 i8 v/ t; | K; {
3.5 . More Complex Spin-Spin Splittings .... ..... 48 * D( I, @$ q$ m1 |( _, Y* B
3.6 . Magnitudes of Coupling Constants .... ..... 53 6 p, D# O# r; Z; t6 {
3.7 . Coupling between Equivalent and Nearly Equiv ,alent Protons . 55
4 L1 s0 ? d8 o6 P3.8 . Spin-Spin Couplings in Rigid Systems ... .... 57 0 K8 M; g n) }3 @
3.9 . Spin-Spin Splitting and Molecular Asymmetry ..... 58 1 M, ^. }! x7 X8 p
4 . Nuclear Magnetic Resonance and Reaction Kinetics ..... 61
* w% A+ z0 V1 d5 V4.1 . Introduction . Proton Exchange in Water-Acetic
+ N4 S n' E8 J1 kAcid Mixtures ................ 61 % Q- W- W) R5 N6 e4 g6 ]
4.2 . Relationship between Resonance Line Shapes and
- r# M) M7 J7 K: IExchange Rates ............... 63
5 H2 m; s6 u7 n: d( Q4.3 . Proton Exchange in Ethanol-Water Mixtures ..... 64
& L, T8 G0 l' L4.4 . Ethyl Acetoacetate and Its En01 Form ........ 67
. A0 p/ B7 N5 F6 Y* x- L4.5 . Rates of Rotation Around 40-N< Bonds of Amides ... 69 6 d) [/ l! [3 c. F2 K
4.6 . Restricted Rotation in Ethane Derivatives ...... 71 2 ?0 G, w( I' U
4.7 . Nitrogen Inversion Frequencies of Cyclic Imines .... 74 g! P3 C8 V! w, f
4.8 . Proton Exchange in Ammonia and Ammonium Ions ... 76
3 q4 Q2 ]( N( n/ x2 M& r5 . Nuclear Quadrupole Relaxation Effects . Double Resonance ... 80
$ U/ }- I- d+ X+ Z6 t5.1 . Proton Resonance Line Broadening by 1iN ...... 80
$ ]. R$ i8 `5 y8 Z9 j8 {! a" _) g5.2 . Nuclear Quadrupoles and Quadrupole-induced Relaxation . . 81
3 X' F1 X# i% E9 F5.3 . Proton N-K Resonance of Pyrrole . Double Resonance . . 83
) O2 c3 i6 G k0 _" J3 d5.4 . Quadrupole-induced Relaxation with Other Nuclei .... 84
% k, F: d* s5 I4 O' ^4 A5.5 . Applications of Double Resonance ......... 86 % v& T5 S5 B& E8 ?* g- B
Appendix A . The Bloch Equations ............ 88
1 X& O7 T9 v4 `+ ~/ WAppendix B . Bibliography .............. 99 # B7 y$ h2 ^! ?
Appendix C . Problems ................ 100 + J' j6 t! \' r' J0 e7 B1 \
Name Index ................... 111 ' @7 b ?' _1 m' y+ @: \' N6 I8 u( l
Subject Index ................... 113 |
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