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全书4个压缩卷,解压后7.91M3 H+ @. A3 q# E0 y, A- k4 G
书名Nuclear Magnetic Resonance applications to organic chemistry
* R/ m7 M: j3 [- n2 X' N作者John ID. Roberts * I B1 D6 M- D( G
出版社McGRAW-HILL BOOK COMPANY, IN
, d% u# l% o. \* A, L: A0 G5 }出版日期19591 K } W) K7 G3 h' y+ g: r
出版号 58-13888
# q' i. o! T! K# E; n页数133
9 `( Y* F# r, e1 m内容简介* S- t0 f/ C% C, H+ }; {; S+ ]6 q
This brief book is the outgrowth of some forty lectures in which it was 2 a5 _4 }3 f1 e' k9 F
attempted to explain the phenomenon of nuclear magnetic resonance
+ |' z$ S4 S' I+ a# ~: k) Oabsorption and the uses of high-resolution nuclear magnetic resonance % e* b0 {: |6 N# G$ A* ]' d
spectroscopy to organic chemists whose background, like that of the
9 t6 T1 A5 c x4 _8 Sauthor, has often been deficient in nuclear and-qlectromagnetic theory.
2 J7 y5 ]: a' v% f1 a! h4 F1 uQuite a number of suggestions were received for presentation of the 7 K( |; K3 d% x* s* W6 X9 Y- w l6 h
material in printed form with illustrations based on the lecture slides.
# y6 ^4 Z- U; }This has now been done, and it is hoped that the result will bepf service
5 p7 {: ^; H7 b' h. A& i a$ {o practicing chemists and students as a guide to various applic+ns of
8 D9 s: \. i3 Q) u YNMR spectroscopy and an introduction to more authoritative works. * K" p0 R" e5 H: B6 c/ y! B9 Z1 R
Throughout, the coverage is illustrative rather than comprehensive.
' J* u1 J/ H/ v1 O0 z' m8 R目录
/ f, V& Q* x" [! K9 ~* S5 F1 . Introduction . The Nuclear Resonance Phenomenon ( X9 p+ Z# c% |/ u3 O# C
1.1 . Introduction ........... 2 {8 b$ J! f- _/ R
1.2 . Nuclear Magnetic Resonance Spectrometers .
! u* f/ G! F8 M6 w% u4 D: ^ \; o. f+ S1.3 . Magnetic Properties of Nuclei . Nuclear Spin
7 [( C( b$ I* Y6 x; v; a1.4 . Magnetic Quantum Numbers ...... 8 N; W& ]7 S9 G8 P, q4 y1 H
1.5 . Nuclear Precession .........
6 `$ X5 x' s) R W* D* r1 m: m6 L e1.6 . Nuclear Relaxation .........
. B0 r6 M# |, C* P1.7 . Longitudinal Relaxation, TI ......
; S7 `( b: P4 C/ |* C1.8 . Transverse Relaxation, T, .......
8 m; U0 ]6 P1 `1.9 . The Nuclear Resonance Signal ..... 0 e" \/ L! N. Z$ I6 r3 u9 i
1.10 . Relaxation Effects on NMR Signals .... . \" N# n) M+ `$ g5 D; U
1.11 . Properties of Magnetic Nuclei of Interest to 7 _1 v- t5 t0 |/ ?/ z9 r
Organic Problems ..........
8 r* f6 A6 B2 e3 E( W3 a2 . The Chemical Shift .............. 7 A# A3 h, n0 h$ w8 Y
2.1 . Introduction . The Chemical-shift Parameter ....
. y, F) [' {$ Z% L+ [* y2.2 . Measurement of Chemical Shift . .......
# ~) G$ Q0 x! `2.3 . Some Factors Which Influence 6 .......
/ P1 J/ t a. r! @' i2.4 . Chemical Shifts for Other Nuclei ....... ( g {1 D9 z5 _) u
2.5 . Proton 6 Values and Electronegativity ......
9 }) b5 x* G$ I% M$ N: O2.6 . 6 and Hammett's a Constants ......... / y. F o% {5 y! J
2.7 . Resonance Signal Areas and Widths ...... + g! {4 @6 X5 M& V
2.8 . Chemical Shifts and Organic Structure Determinations .
& I& R/ J- j8 m, X, ZGeneral Considerations ..........
' |1 y/ `& O2 @7 `$ R2.9 . Illustrative Analysis of a Reaction Product .... 0 ]' [9 P% }+ w- [; ]; H0 q9 U
2.10 . Accentuation of Chemical Shifts by Paramagnetic Salts 5 V0 V, ~' y3 @: H3 Q
3 . Spin-Spin Splitting ...........
; @0 V( y8 @* ]' ~5 q! l3.1 . The High-resolution Ethanol Spectrum ... ..... 42
" w: Z% \8 \, c$ l c: F4 Y+ F3.2 . Spin-Spin Splitting in a Single Crystal ... ..... 43
2 ~( h) c: G, L0 X" C* m6 A2 j4 S3.3 . Spin-Spin Splitting in Liquids ...... ..... 45 # h7 H# e* B8 y3 q# ?& R
3.4 . Spin-Spin Splitting in the Ethyl Group ... ..... 46 , b, e& }1 H, m/ w; A
3.5 . More Complex Spin-Spin Splittings .... ..... 48 3 e/ |+ B! ?. S: z" S8 ?
3.6 . Magnitudes of Coupling Constants .... ..... 53 5 x e# S( [4 M2 D( C* b
3.7 . Coupling between Equivalent and Nearly Equiv ,alent Protons . 55 & j* U0 @6 H1 l- T- I/ ^ q, O% a
3.8 . Spin-Spin Couplings in Rigid Systems ... .... 57 5 w" {% q0 e& c9 e
3.9 . Spin-Spin Splitting and Molecular Asymmetry ..... 58
/ S- ~' I9 D- E/ f0 p( O3 R4 . Nuclear Magnetic Resonance and Reaction Kinetics ..... 61
* }0 V+ @, f4 Q6 o! @. h ?4.1 . Introduction . Proton Exchange in Water-Acetic
( Z# Q. I2 b- l- G5 `8 X& yAcid Mixtures ................ 61 - ~$ i1 J5 f" }! T
4.2 . Relationship between Resonance Line Shapes and w9 ^! \5 b0 W0 s" C. t+ q( D
Exchange Rates ............... 63 & e; ?2 ?/ ^% \" G' j+ j; C
4.3 . Proton Exchange in Ethanol-Water Mixtures ..... 64
( o) O2 {* }+ N* J7 ]4.4 . Ethyl Acetoacetate and Its En01 Form ........ 67 + p5 ?* P0 ~) a4 X5 m) A- M3 U
4.5 . Rates of Rotation Around 40-N< Bonds of Amides ... 69
% O- \; h5 ?4 o# X. a* L0 n4.6 . Restricted Rotation in Ethane Derivatives ...... 71 + F4 Z" k: W( Y% T/ ?; |+ R
4.7 . Nitrogen Inversion Frequencies of Cyclic Imines .... 74 " V, i) t" }$ f
4.8 . Proton Exchange in Ammonia and Ammonium Ions ... 76
. S* u8 T+ R, V3 Z5 . Nuclear Quadrupole Relaxation Effects . Double Resonance ... 80
8 X& u. b+ c* Q7 A1 j9 v6 l1 v5.1 . Proton Resonance Line Broadening by 1iN ...... 80 / @/ `& x% w. M, H
5.2 . Nuclear Quadrupoles and Quadrupole-induced Relaxation . . 81
. @" B" t; A% R- y- S' o5.3 . Proton N-K Resonance of Pyrrole . Double Resonance . . 83
1 a8 C% `+ D3 {/ R" R# J5.4 . Quadrupole-induced Relaxation with Other Nuclei .... 84 , x. q! @0 O- ^. e" H% W
5.5 . Applications of Double Resonance ......... 86 % Y! {; B8 b/ L+ C( z8 k
Appendix A . The Bloch Equations ............ 88 - b) K8 w4 S/ ?$ i! O0 n- k
Appendix B . Bibliography .............. 99 ( J3 `4 F$ w! Z% z( |) ~6 M
Appendix C . Problems ................ 100
$ y) S0 V( {5 OName Index ................... 111
) m' ^! H0 G* B. ~Subject Index ................... 113 |
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