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全书4个压缩卷,解压后7.91M
& B2 \8 ^4 b5 v书名Nuclear Magnetic Resonance applications to organic chemistry
$ ?+ |2 D+ m; V9 s/ X作者John ID. Roberts & I& K5 c7 f, }! h, s/ Y6 E' R) }
出版社McGRAW-HILL BOOK COMPANY, IN" X6 T" O/ q, M/ E3 k& a# g
出版日期1959! l3 k s2 f# S6 E8 H! A6 A
出版号 58-13888
+ R* o2 s' }# @% R7 H. {$ C页数1338 F6 q, t; l" X7 g2 q5 x6 E2 w( h
内容简介. H. c7 W7 E( E1 m2 b- M; m9 @
This brief book is the outgrowth of some forty lectures in which it was 4 ]* [3 c b! l# P+ r
attempted to explain the phenomenon of nuclear magnetic resonance * o+ K* ~4 i5 a% Q, C' A
absorption and the uses of high-resolution nuclear magnetic resonance 4 y4 i8 G. p# i+ b
spectroscopy to organic chemists whose background, like that of the 6 g' q7 x2 D$ W7 \2 C# y
author, has often been deficient in nuclear and-qlectromagnetic theory.
$ f& ^6 A9 d1 i% |Quite a number of suggestions were received for presentation of the 2 Q& p% I; A6 ]' ~9 ^
material in printed form with illustrations based on the lecture slides. ; X: F% c' m" h% K% D* `
This has now been done, and it is hoped that the result will bepf service
/ O: v. C, ]6 A% @o practicing chemists and students as a guide to various applic+ns of
3 D* a3 \1 p0 k8 N3 l! WNMR spectroscopy and an introduction to more authoritative works. 5 U& b, G- d" k: }& F
Throughout, the coverage is illustrative rather than comprehensive.
* c! H$ A" g+ ?目录
% ]+ x2 ^5 w4 q( [0 }8 z1 . Introduction . The Nuclear Resonance Phenomenon
; Y6 t, s" }5 }9 y5 w: G' |) d, p1.1 . Introduction ........... $ X# g9 ?/ \: f# M, \1 D9 ^
1.2 . Nuclear Magnetic Resonance Spectrometers . * U! h$ G, X1 L/ d! h% Y
1.3 . Magnetic Properties of Nuclei . Nuclear Spin
[; @6 u3 K/ h. C1.4 . Magnetic Quantum Numbers ......
4 ?9 h$ h# I% n D1 @( d1.5 . Nuclear Precession ......... ; |' o! R7 @- g; ^. m' R
1.6 . Nuclear Relaxation .........
# x& C4 X% V( X' {1.7 . Longitudinal Relaxation, TI ......
2 M& F% D V1 U! y; ]1.8 . Transverse Relaxation, T, .......
1 N" E/ S5 u, G; z1 Z1 y1.9 . The Nuclear Resonance Signal ..... * k3 w; R1 W$ ] `1 Q3 U# x* j. ^
1.10 . Relaxation Effects on NMR Signals .... 7 g" @$ L' R; V7 k- o5 A
1.11 . Properties of Magnetic Nuclei of Interest to ! T, W3 m, J9 D, I& z
Organic Problems .......... % Z: `9 L3 A4 U; H; ^! ]& l
2 . The Chemical Shift ..............
; l0 y6 G3 j2 r" l, c2.1 . Introduction . The Chemical-shift Parameter .... # |; J. }: ^3 i$ k3 |$ I
2.2 . Measurement of Chemical Shift . .......
( o7 `6 K# M# F2.3 . Some Factors Which Influence 6 ....... 5 f" i8 D- p7 |% F) x, ?
2.4 . Chemical Shifts for Other Nuclei .......
8 a5 a: X, _: U% n2.5 . Proton 6 Values and Electronegativity ...... * I8 j( A5 S# }
2.6 . 6 and Hammett's a Constants ......... ' Y" c7 h7 @+ F' q6 O
2.7 . Resonance Signal Areas and Widths ......
& O( V! z, _8 K$ s, d2.8 . Chemical Shifts and Organic Structure Determinations .
2 w/ X/ h# G9 u3 Q% s pGeneral Considerations .......... + e1 z6 M" H2 x
2.9 . Illustrative Analysis of a Reaction Product .... 1 `6 L1 L" F# J2 ?% b. A# Q
2.10 . Accentuation of Chemical Shifts by Paramagnetic Salts , P' d' y- R8 {# r. c. r
3 . Spin-Spin Splitting ........... 3 U+ S# o, O1 e1 {
3.1 . The High-resolution Ethanol Spectrum ... ..... 42 $ B. @; [ H ?0 o* c" [+ M
3.2 . Spin-Spin Splitting in a Single Crystal ... ..... 43
0 ?1 b/ H9 P& X' y. c! _/ g3.3 . Spin-Spin Splitting in Liquids ...... ..... 45
9 n: @" R8 [* |) b3.4 . Spin-Spin Splitting in the Ethyl Group ... ..... 46
$ n$ n. m. S6 h6 w$ D8 P3.5 . More Complex Spin-Spin Splittings .... ..... 48
: v& c6 Q: t# n1 s6 v4 u- Q3.6 . Magnitudes of Coupling Constants .... ..... 53 . Y$ i' }1 e: W
3.7 . Coupling between Equivalent and Nearly Equiv ,alent Protons . 55
) B* n- w& F$ s3.8 . Spin-Spin Couplings in Rigid Systems ... .... 57 4 V4 c6 z8 ~9 v+ T- H
3.9 . Spin-Spin Splitting and Molecular Asymmetry ..... 58
8 i& T$ v6 r$ B3 ~& D/ \# d2 r4 . Nuclear Magnetic Resonance and Reaction Kinetics ..... 61 - H- b4 B% F+ ^9 q( t
4.1 . Introduction . Proton Exchange in Water-Acetic . U! g9 T; u6 C4 m8 [, i$ e4 [* N
Acid Mixtures ................ 61
5 }+ Y# L4 M5 l, B4.2 . Relationship between Resonance Line Shapes and . E, T' }1 o3 t
Exchange Rates ............... 63
9 `6 J, o5 l6 T) I- m% r. Z& u4.3 . Proton Exchange in Ethanol-Water Mixtures ..... 64
& A/ h+ q9 r0 Q1 U& _1 S1 x4.4 . Ethyl Acetoacetate and Its En01 Form ........ 67
. Y" @2 C3 T& g2 j0 r' T2 A4.5 . Rates of Rotation Around 40-N< Bonds of Amides ... 69 * `- ?) b, L& i; E. h9 L8 u( b
4.6 . Restricted Rotation in Ethane Derivatives ...... 71 ( N' S/ H5 m) Y# X
4.7 . Nitrogen Inversion Frequencies of Cyclic Imines .... 74 6 _" [% S/ ^/ i9 |+ l
4.8 . Proton Exchange in Ammonia and Ammonium Ions ... 76
4 P6 |# F: P# U2 O5 L5 . Nuclear Quadrupole Relaxation Effects . Double Resonance ... 80 + [5 Q9 B; `( m: _8 l
5.1 . Proton Resonance Line Broadening by 1iN ...... 80 ! f6 T4 u3 {4 V( B$ K
5.2 . Nuclear Quadrupoles and Quadrupole-induced Relaxation . . 81
7 m( ]. {2 x0 ?# B$ G8 m5.3 . Proton N-K Resonance of Pyrrole . Double Resonance . . 83 # `( h: G0 \- a7 m/ J& W
5.4 . Quadrupole-induced Relaxation with Other Nuclei .... 84 2 z* E$ k0 M# |
5.5 . Applications of Double Resonance ......... 86 $ o# g+ j( S* ^% H- T2 u
Appendix A . The Bloch Equations ............ 88
6 O% U, ?' {+ M# F6 x3 zAppendix B . Bibliography .............. 99
5 i4 w; r; Z- |1 tAppendix C . Problems ................ 100 ! B7 r1 f' L+ [8 e M q
Name Index ................... 111
( K) a" e. l; X8 P) t9 HSubject Index ................... 113 |
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