SPEKTROSKOPIA MAGNETYCZNEGO REZONANSU JAKROWEGO 155
Układ |
/.I (Hz) |
typowe | |
H. |
H> | ||
V c= |
/ =c . |
6-12 |
10 |
/ |
\ | ||
CH. |
CHv | ||
\ o= |
/ :C |
0-3 |
1-2 |
/ |
\ | ||
CH. | |||
\ |
/ | ||
c=c |
4-10 |
7 | |
/ |
\ | ||
H> | |||
CHfc | |||
\ |
/ | ||
c=c |
0-3 |
ii | |
/ |
\ |
/ | |
H. | |||
ch6 | |||
\ |
/ |
0-3 |
2 |
c=c | |||
/ |
\ | ||
\ |
/ | ||
o II 0 X a 1 |
—CHb=C |
9-13 |
10 |
/ |
\ | ||
CHffl—C=CH6 |
2-3 | ||
—CHa—C=C- |
-CH,— |
2-3 | |
Ha H6 \ / |
5-czIonowy |
3-4 | |
c=c |
6-czIonowy |
6-9 | |
7-członowy |
10-13 | ||
Ha | |||
JLh* |
7 for/oj |
6-10 |
9 |
y (meta) |
1-3 |
3 | |
J (para) |
0-1 | ||
J (2-3) |
5-6 |
5 | |
4 |
^ (3-4; |
7-9 |
8 |
:Q: |
^(2-4) ^ (3-5) |
1-2 1-2 |
1.5 1.5 |
y (2-5) |
0-1 |
1 | |
y(2-6) |
g| |
jj | |
y(2-3) ' |
1,3-2,0 |
1,8 | |
:q: |
1 (3-4) y (2-4) |
3,1-3,8 0-1 |
3,6 <■^-0 |
J (2-5) |
1-2 |
1,5 |
Układ |
C (Hz) |
tyP°we | |
J (2-3) |
4.9-6,2 |
li | |
M |
J (3-4) |
3,4-5,0 |
4,0 |
J{2-A) |
1,2-1,7 |
1,5 | |
J (2-5) |
3,2-3,7 |
3,4 | |
^0-2) |
2-3 | ||
J (1-3) |
2-3 | ||
' CK i |
y (2-3) y(3-4) |
2- 3 3- 4 | |
i H |
J (2-4) |
1-2 | |
Z (2-5) |
1,5-2,5 | ||
4 |
y(4-5) |
4-6 | |
.L> |
J (2-5) y(2-4) |
1-2 0-1 | |
N |
Z (4-6) |
7 | |
4 (i-N o |
J (4-5) y (2-5) |
3-4 1-2 | |
y(2-4) |
<^0 | ||
proton-fluor | |||
H. | |||
\ / | |||
c |
44-81 | ||
/ \ | |||
F, | |||
\ i CH.—CF, / 1 |
3-25 | ||
\ 1 1 CH.—C—CF, / 1 I |
0 | ||
\ / | |||
c=c |
1-8 | ||
1 \ Ha F, | |||
Hu | |||
\ / C=C / \ |
12-40 | ||
F, | |||
F A |
o 6-10 | ||
14-h, |
m 5-6 | ||
P 2 |
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