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全书4个压缩卷,解压后7.91M
1 P8 A4 ^+ B4 {# [4 Z书名Nuclear Magnetic Resonance applications to organic chemistry
F3 [& c% y% G5 q: O作者John ID. Roberts
& @* w: B3 J9 t3 t. ?: a. l出版社McGRAW-HILL BOOK COMPANY, IN
0 {1 r9 c3 S t' u; S出版日期1959; b# A+ P# j8 b' b, d1 F2 \
出版号 58-138886 y4 F3 E. ~1 h
页数133* s5 v( ]% N, z/ C4 E+ H
内容简介
+ F2 V0 T; O3 W6 l7 z! aThis brief book is the outgrowth of some forty lectures in which it was , {( h# i3 b) {0 M% x3 l( Y' z
attempted to explain the phenomenon of nuclear magnetic resonance # [( i x2 j8 j
absorption and the uses of high-resolution nuclear magnetic resonance
5 O0 R! ?! H5 M8 v1 ]! W, Y* X; F; }spectroscopy to organic chemists whose background, like that of the - A; B( s, C! C4 N1 {: N7 F, x
author, has often been deficient in nuclear and-qlectromagnetic theory.
& ]8 E+ U: a$ _) w. N. o, d6 {1 FQuite a number of suggestions were received for presentation of the
' A7 J7 r+ \ `, I2 K+ }material in printed form with illustrations based on the lecture slides. 3 U2 N" @7 v: `# U7 T
This has now been done, and it is hoped that the result will bepf service . _- c6 u- L/ ^$ f# L: {0 q
o practicing chemists and students as a guide to various applic+ns of
: o$ n# H3 f- V6 f7 C6 lNMR spectroscopy and an introduction to more authoritative works. : w3 r" O& L) U( L9 Z6 J
Throughout, the coverage is illustrative rather than comprehensive.
1 j7 Y5 I$ o7 |4 Q目录2 C2 y. \$ g0 u2 \. C
1 . Introduction . The Nuclear Resonance Phenomenon
+ V/ h% {. Y' \! R8 V1.1 . Introduction ...........
4 ^$ e ^# l7 x2 y1.2 . Nuclear Magnetic Resonance Spectrometers . 8 i5 N$ I& o4 s
1.3 . Magnetic Properties of Nuclei . Nuclear Spin # {; K- q, v3 _+ |/ o( q
1.4 . Magnetic Quantum Numbers ......
5 m% a0 ~( B3 f4 f0 D, R, x4 j1.5 . Nuclear Precession ......... $ T6 b9 u$ d8 [6 U0 @
1.6 . Nuclear Relaxation .........
# J6 ?0 K4 I5 I9 K1.7 . Longitudinal Relaxation, TI ......
# d; V8 V# Y$ z) j1.8 . Transverse Relaxation, T, .......
0 K! W. R9 U0 A$ t. g1.9 . The Nuclear Resonance Signal .....
' H. y6 \ ^6 e4 ?* T1 Z1.10 . Relaxation Effects on NMR Signals .... 6 s" W; z4 K" Y7 c& Z* F- t
1.11 . Properties of Magnetic Nuclei of Interest to
$ N/ E3 A+ I% kOrganic Problems .......... 9 j! }9 t; M8 ^7 Z
2 . The Chemical Shift ..............
5 `4 q( a, l6 g2 c+ {2 @! a2.1 . Introduction . The Chemical-shift Parameter ....
3 D+ _1 x3 Q- `) I3 ^ e) W. V2 n2.2 . Measurement of Chemical Shift . .......
9 ]5 h& E1 w6 K @. X$ `2.3 . Some Factors Which Influence 6 ....... 0 s: B0 U6 j+ w
2.4 . Chemical Shifts for Other Nuclei ....... ! a! d2 G# n7 l
2.5 . Proton 6 Values and Electronegativity ...... 0 V/ |+ f) F& \' X4 ` m% A/ ^
2.6 . 6 and Hammett's a Constants .........
8 d' k7 e. m5 b0 o( G$ T2.7 . Resonance Signal Areas and Widths ...... ' s. \* Z/ r. @9 I1 v# X" |
2.8 . Chemical Shifts and Organic Structure Determinations .
" L/ @2 t2 S4 BGeneral Considerations .......... : P9 o4 z( ?3 }& A/ ], d5 k
2.9 . Illustrative Analysis of a Reaction Product .... % g' Z0 i- D& k: k3 T1 b" T; }
2.10 . Accentuation of Chemical Shifts by Paramagnetic Salts ( U4 L3 p- J# z( f) B6 Y$ \
3 . Spin-Spin Splitting ........... & y- w% J5 j4 h0 s7 T" L; d
3.1 . The High-resolution Ethanol Spectrum ... ..... 42
' O# X5 n9 K! U, l- n( w3.2 . Spin-Spin Splitting in a Single Crystal ... ..... 43
, h3 o/ Q& o7 B0 ^9 D3.3 . Spin-Spin Splitting in Liquids ...... ..... 45 % `2 ]. {2 V4 o" x+ r7 ~
3.4 . Spin-Spin Splitting in the Ethyl Group ... ..... 46
' R, Q% F+ j \, p3.5 . More Complex Spin-Spin Splittings .... ..... 48
0 h& J3 b5 h( L2 J$ F1 f3 F3.6 . Magnitudes of Coupling Constants .... ..... 53
4 j9 Y- p; ` @! {, w$ m3.7 . Coupling between Equivalent and Nearly Equiv ,alent Protons . 55 8 {9 R3 g& P, H ?3 I$ k
3.8 . Spin-Spin Couplings in Rigid Systems ... .... 57 2 p2 ]- z+ d6 r @
3.9 . Spin-Spin Splitting and Molecular Asymmetry ..... 58 3 j. i) C" K1 l6 G. V
4 . Nuclear Magnetic Resonance and Reaction Kinetics ..... 61
( K6 `1 C( |( f) A) X4 k4.1 . Introduction . Proton Exchange in Water-Acetic * f# `6 C3 i6 L; \
Acid Mixtures ................ 61
& ^# W( q, B" g! J1 U4.2 . Relationship between Resonance Line Shapes and
5 z. j$ Y& S8 S' O# I7 [9 ^6 y0 {Exchange Rates ............... 63 ) w7 O# C9 D7 w# s$ X
4.3 . Proton Exchange in Ethanol-Water Mixtures ..... 64
9 u9 o4 W# R9 b, V4.4 . Ethyl Acetoacetate and Its En01 Form ........ 67 7 O- Y, m: y3 s, ^5 n7 L
4.5 . Rates of Rotation Around 40-N< Bonds of Amides ... 69 * A! Y& {) J/ V% _' m
4.6 . Restricted Rotation in Ethane Derivatives ...... 71 ! r. W& x3 B/ p
4.7 . Nitrogen Inversion Frequencies of Cyclic Imines .... 74 6 B: C: u; r t& ^; x2 G
4.8 . Proton Exchange in Ammonia and Ammonium Ions ... 76
0 J& o0 K0 k2 o) i3 i( k4 \8 Z8 f5 . Nuclear Quadrupole Relaxation Effects . Double Resonance ... 80 & M# I4 U3 o4 E0 ^& p# G
5.1 . Proton Resonance Line Broadening by 1iN ...... 80
- T* X9 L. q% A/ O- q o5.2 . Nuclear Quadrupoles and Quadrupole-induced Relaxation . . 81 ; A% A8 S [) A9 e
5.3 . Proton N-K Resonance of Pyrrole . Double Resonance . . 83 7 ~; n9 t* ]& [+ G4 t4 F
5.4 . Quadrupole-induced Relaxation with Other Nuclei .... 84 * ^6 `) P9 v/ o2 |2 Q
5.5 . Applications of Double Resonance ......... 86
, t7 K1 J6 ]& o/ o/ ZAppendix A . The Bloch Equations ............ 88
1 B* G1 [# U6 k2 i U, GAppendix B . Bibliography .............. 99
& W( ~1 D; j* a- t; K) bAppendix C . Problems ................ 100
% q l$ f2 [9 F0 Q( BName Index ................... 111
! ]6 l+ l0 H2 N. l3 B2 B/ LSubject Index ................... 113 |
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