Unwanted vegetation control method

专利摘要:
Ureas and isoureas of the formula <CHEM> wherein W min is O or S A min is H, Cl, Br, alkyl, OCH3, NO2 or CF3; A is a wide variety of ester or thioester groups or derivatives thereof; <CHEM> where R4 is H or CH3 R5 is H, CH3 or OCH3 W is O or S R<IV> is alkyl or alkenyl; and R1 is a pyrimidyl or triazinyl moiety which is optionally substituted; exhibit potent herbicidal activity and may be of interest for regulating plant growth. The compounds can be formulated for use in conventional manner. They may be prepared by a variety of processes, e.g. by reacting a heterocyclic sulfonyl isocyanate or isothiocyanate of formula <CHEM> with an appropriate amine HNR5R1. Some of the compounds V form a further aspect of the invention. They can be made from the corresponding sulfonamide by reaction with CS2 and phosgene. Further intermediates of formula <CHEM> where R<1> is H or a cation of an alkali metal or tertiary amine are also within the scope of the invention.
公开号:SU1748629A3
申请号:SU884356634
申请日:1988-10-18
公开日:1992-07-15
发明作者:Левитт Джордж
申请人:Е.И.Дюпон Де Немур Энд Компани (Фирма)；
IPC主号:

专利说明:

This invention relates to chemical methods for controlling weeds and unwanted vegetation.
The purpose of the invention is to increase the germicidal effect of a method for controlling undesirable vegetation based on the use of supraphylurea derivatives.
Example 1. Preparation of methyl 3 - (, 6-dimethylpyrimidin-2-yl) aminocarbonyl-aminosulfonyl-thiophene-2-carboxylic acid methyl ester (compound 1)
2.7 g of 2-methoxycarbonyl-3-thiophenesulfonyl isocyanate are added with stirring to a mixture of 1.23 g of 2-aminoH- +, 6-dimethylpyrimidine and 30 ml of anhydrous acetonitrile, the mixture is heated to boiling and until complete dissolution of the undissolved products After that, the reaction mass is cooled, stirred for 2 hours, the solid is filtered off and washed with anhydrous ether and the final product is obtained with mp 191-193 ° C (with decomposition).
Under the conditions of Example 1, other proposed active substances are obtained, listed in Table 1.
PRI mme R 2. Determination of Herbicidal Action.
Seeds of experimental plants are planted in a prepared soil (in special vessels) and immediately after this the soil is treated with thieves of active substances (pre-emergence treatment) „
At the same time, experimental plants grown under greenhouse conditions to a certain stage of development are treated with solutions of active substances (post-emergence treatment). Control plants are treated with pure solvent and grown together with everyone in the greenhouse. Evaluation of the herbicidal action was carried out 16 days after treatment on a scale from 0 to 10: 0 — no damage, 10 — complete death of plants “
. Accompanying symbols mean: B - burns; G - growth retardation; Ct - chlorosis; D - leaf fall; GY - abscission of flower buds; GF - late bloom; U - unusual coloring; S - albinism; E is the suppression of germination; (-g - growth effects.
five
0
five
0
five
0
five
0
five
The results of the experiments are presented in Table “20
PRI me R 3. Dovskhodovskaya processing (secondary assessment).
Special plastic vessels filled with prepared silt-clay soil were sown in them with the seeds of experimental plants and were treated with active substances until germination.
Evaluation of herbicidal action on-. Visually determined 28 days after treatment. The rating scale is the same as in example 2,
The results of the experiments are presented in table 3
PRI meer k. Herbicidal protection of wheat and barley.
Two ten inch plastic trays tied with plastic rope were filled with pso-prepared falchington silty-clay soil. In one tray: whether the seeds of wheat, barley, ova, blood fire, fire, grass foxtail, foxtail, ovine, annual wheat grass, green foxtail, chorono, chaff, and harsh bonfire. In another pallet, seeds of Russian salt, desquine, peppercorns, Eastern sverbigi, kohii, shepherd's purse, jars, black nightshade, common rape, field mustard, and currant seed were sown above The two above pallets were treated before germination. At the same time, the two pallets in which the above plants were growing were treated by the method after germination. Plant growth to The amount of treatment was from 1 to 15 cm, depending on the type of plant.
The applied compounds were diluted with a non-phytotoxic solvent and sprayed on top of the plants. For comparison, untreated control plants treated with solvent alone were used. The treated plants were kept for 20–1 days in the greenhouse, after which the treated plants were compared with the controls and the extent of the effect of the treatment was visually assessed.
The data obtained are presented in Table “L The rating scale is similar to Example 2.
PRI me R 5. Comparative awards.
Under the conditions of Example 2, comparative experiments were performed with known herbicide analogues.
Table 5 presents the active substances and the results are relatively
experiences "
Known compound 1
About m SN
and N e
H3C S, S02NHCNH- O |) N
Known compound 2
sn,
about
II
ln
H3CXoAS02NHCNH4aN.
Known compound 3
PI Ministry of Emergency Situations
V G ASA S02MHGKIH- (aN
.. Known compound k ll
rnrS02HHCNH-4 NH5
C1ASAC1 YCHOSN3

权利要求:
Claims (1)
[1]
Claims of Invention A method of controlling undesirable vegetation by treating it or the soil on which it is produced with a sulfonylurea derivative, characterized in that, in order to increase the herbicidal effect, a compound of general formula is used as a derivative of syphonylurea.
R-O-S02NHCNRtR,
W where R is formyl, carboxyl, methoxycarbonyl, ethoxycarbonyl, isopropyl-hydroxycarbonyl, sec-butyloxycarbonyl, benzyloxycarbonyl, allyloxy-t-carbonyl, 1-methyllyloxycarbonyl, 1-methylpropargyloxycarbonyl, me-1 toxicamycone, i-methyltoxycarbonyl, 1-methylpropylglyloxycarbonyl, 1-methylpropylglyloxycarbonyl, 1-methylpropylglyloxycarbonyl, 1-methylpropylglyloxycarbonyl N-methyp-N-ethylaminocarbonyl, N-methyl-N-methoxyaminocarbonyl, tetramethylenini nocarbonyl, pentamethyleniminocarbonium. N x
(a) T
X is hydrogen, chlorine, methyl, methoxy, ethoxy;
(g) -4
Y is methyl, ethyl, methoxy, methoxy-thio, methoxymethyl, ethoxymethyl, isopropyloxy, trifluoromethyl, 2-fluoroethyloxy, 2,2-dyl-ethyloxy, 2,2,2-trifluoro-ethyloxy, methylamino, dimethyl-amino, allyloxy;
ZCH- or N
Q R2 is hydrogen or methyl;
W is oxygen or sulfur, provided that W is oxygen, then R is methoxy carbonyl;
R is a group (a), where X and Y are, independently of each other, methyl or methoxy; Ra is hydrogen, if methyl, then R is methoxycarbonyl, and R is group (a), where X is methoxy, and Y is methyl or methoxy; if the group is 0 (g /, then R is methoxycarbonyl, RJJ is hydrogen, and W is sulfur; in the amount of 0.007 - 2 kg / ha.
Priority featured:
5 30.H „79 with R - carboxyl, methoxycarbonyl, ethoxycarbonyl, isopropyloxycarbonyl, sec-butyloxycarbonyl, benzyloxycarbonyl, allylloxycarbonyl, 1-methylallyloxycarbonyl, 0-bonyl, 1-methylpropylargyloxycarbonyl, methoxyaminocarbonyl, nitroushen, nitroxyne, nitroxycarbonyl, nitroxycarbonyl, nitroxycarbonyl ethylaminocarbonyl, L-methyl-I-methoxyaminocarbonyl, tetramethyleneiminocarbonyl,
five
0
1methyleniminocarbonyl; R v
3z.
x tf
X is hydrogen, chlorine, methyl, methoxy,
0
ethoxy; Y is methyl, ethyl, methoxy, methylthio, methoxymethyl, - ethoxymethyl, iopropyloxy, trifluoromethyl, 2-fluoro-, Ugyloxy, 2,2-difluoroethyloxy, 2,2,2-tripho-ethyl ethyl, methylamino, dimethylamino, allyloxy; R2 is hydrogen or methyl; Z is CH or N; W is oxygen or sulfur, provided that W is oxygen, then R is methoxycarbonyl and RI is 4group (a), in which X and Y are independently of each other methyl or vjetojKCM, Ra. - hydrogen; if Rg is methyl i then R is methoxycarbonyl, a AJ is group (a), where X is methoxy, a Y is methyl or methoxy, if Rf is group (g), then R is methoxycarbonyl, RJ, hydrogen; a W is sulfur;
10.22.80 with R - formyl, ethoxy-aminocarbonyl.
. T a .6 l and c a 1
TWb29
10 Continuation of table 1
 ““ ““ ™ in “| And in in“ VI ““ centuries in “IVV.V
ten
S02№0 VvWSt
ABOUT .
nl auyui
s ciio s
L
СН, С, С
32i
«Cow- | 5S -N g
СН ..О С, J, Kf «CNKp
32tf2, 3
C 0-C
G3
Eo2s
p lj
CH.
sci
W 3
osn3
"/ OS11z
"YiHOCKBsAoo2cH (cH3) 2 osn3 nch ° ° sn
SO, NHCON O) ftN4
fi
co2a 2sm212 s
t
axes,
. s oats
159 - 162
155 - 158 (d) (with diff.)
18ft - 187 (d) (with diff.)
196 - 198 (d) (with decomp.)
170 - 172 (d) (with decomp.)
181 - 185 (decomp.)
155 - 160
16ft - 165
192 - 195
eleven
T
sn.
QI3 ° 2CV 2
n- 3
H 50 "SSSN -YUN
/ ПГN
/
MAIN
,, or ™ 1® ,,,,
8 co2sn (sn3) 2 3
21
co2cv3
sOjtracora
co2sn3
22
OjKHCORH
2ST3
.basis
P
KHComio
o2 tsoi jf
Thgha
3
.sie,
PGS ° 2SNz - / - /
 “FIFA)
DOS si
n
R
-SOjKHCOHH
, in, nonsonshh
sgso.ta.ta.
coac3
DOS
12
Continuation of table 1
    W w
3
165 - 175
153 - 1Ы
19,196
162 - 165
205 - 207
S1-170,
16 - 167
189 - 190
189 - 190
13
I
HHCONH / PG
co2sn3
about
DOS
29
- E02WHCON7 - “Ul
V co2sne e
ICOMI
thirty
С02СН3
no2s
about
.NHCNH
RSN,
CX
about
S02NHCNH
co2ci2
axes,
sne
n „
about
and
3
x
S02NHCKH
L
.setting
0-CNCH, Sye
"I3
sn2sn3
sn.
about
 -S02NHCNH
Och
s co2nsnn3 dn-sat.
about
-
SO NHCNH
sn "
r-v 2
S (l
s ho, snsn,
one
with
at
SI
3
and
Continuation of table 1
 "" "I
3
AND
T80 - 182
160 - 1b
173 - 175
RSN,
195 - 197
133 - 136
146 - 156
152 - 15
167 - 173
n
S07tfflCNH
f
S XNNOCH, to i l
osn3 about
 .S02NHCNH
 s-hosch, in i
and.
oh ck
sn.
ЈН „
38 HS
S02NHCHH
s co2sne
about
SO NHCNH
hl
o2sn3
sna
sn.
g o
SO-NHCNH
4b
/ DW-nn i
HS
Ns XOgCHj
СЯ2ОСН3
ABOUT
  SOjjKHCNH
i i
4Rx4f
s co2sn3 o
SO IJHCNH
x
° 2CH3
177 - 179 U)
(with different).
180 - 182.5
171 - 175
128 - 142
183 - 187
155 - 158
3
(
205 - 207
J, 3., SO, NHCN
(X
S NC02CH3
about
4J, SNS 2CH ° C 802NHCNH
about
"
0
SO, NHCNH
kb Ссн3) 2Сво8.
SO2NHCNH
ABOUT
v / trai ac 4r xeo8imSimо
48 (CH3) 2CHO k S02NHCNH
ABOUT
M
(CH3) 2CHOC
OgNHCNH
-X & ° 2
80 „ShSSH
Os
OCH,
co2sn (sn3) 2 s
139 -
SN „
155 - 157
166 - 170
H.
176 - 177
sn.
106 - 111
CH,
165 - 167
H,
-G
158 - 160
179 - 181 (d) (with decomp.)
2sn3
: Che
, NHCNH
EO "I Ј
CX
co2sn2sn-sn2 sns nn
59
SO.NHCNH - g
co2sn2sn "sn2
PG
about
SO, RHCNH
dC
8 CHS02SN2SN-CH2
 g-1
(&
L
 OCH3
ABOUT
SO2NHCNH
 3
Xtow2
: 02SI, About
SO0NHCNH
but
 so, d.
2 3 o
S02NBCNH
OS
e- CNHOCIf,
at
0 o
b; j SOjNHtNH
Och
.
-S X-NOCH.
H I
o see
s
Continuation of table 1
173 - .175 (d) (since)
140 - Y5 (d) (with Rael.)
H2 - W- (d) (with decomp.)
151 -.155 (d) (with R).
184 - 185 jfd) (with diff.)
160 - 169
172 - 174
150 - 154
23
71
L
, NHCNH
ABOUT
 Bussutsgga
l
co2c, Hs
O w
-vo.insyi-D
g-
l
С02С2Н5
Osng
sn.
2 Continuation of table 1
169 - 190 (d) (with decomp.)
170 - 173
1M -
25
.ABOUT
80 .V02NN t
but
s co2sne
SL
174 & 2
26. Continuation of table 1
187 - 191. d
2717 862928
Continuation of table 1
::::; ::: :::::::::::::::::::::: i :: z :::::::
DOS
About N / 3
SOjNHCNH-O N 81
Y V 162-165
cArn g "coch, SN. CH,
OS
/ h
lg1m
RArn n0 (
8 С02СН,
2 zosi,
about - / s
SO.NHCNH 82 / G-7C .191 - 19. d
-S CO.CH, °° 2Y5
2 3, OSI, O N /
83, r-- S02NHS№v) / 175 - 178. d
N (1
e COjCft. ° CH2CH2P
SO..NHCNH
f “f
Lh
ABOUT
/ "Uh
c, lvGV i -162. d
 PHO (
 S COjjC OCH2CF3
No
° / x
. 602NHCNH-) N
85O-C02CH3 OCH2CH2F1 9-l56.d
Jaz
about w 3
.SO.NHCNH - / (yN - Ь6 УГ-Г 7i69. .D
(T x4
,
 B
L
sna
87 - S ° 2NHCNH- / T190 - igJi.d
C02CH3 ° CH2CF2H
I
CH.
ABOUT
SOJWCNH
SCC
 )
about 4-7
9
sc
about
.SO NHCNH
V4.
and:
in co2sne
down2 axis,
O w
P
G1
J02WHCMH
u2sn3
lOCH0CHFg
-
OCH,
 /four
80 SSCN-OP «
fl M
4 sx4vxN (CHab OSN
92
SOgHHCNH
32 3
oh .. y 3
„S02WHCWH-
 osnz
Continuation of table 1
y-
167 170
195i-197 (d)
191 - 192 (d)
175 - 178
186 - 188
192 - 195
If
174bb Z9
0
S02NHCNH
9
N (CH3) 2 OCH3
Mi
OCH,
95
IOCH.
OCH,
96
OCH,
7
OSI,
/ h
- / y
0 SO WHCNHN (CH3) CH2CHj CH3 OCH.
about
eight
9
. (CH3) CH.CH, JH
eu 4
6rsn.sn
about X y 2 uh
a
S02NHCNH
co2sne
1CH.
a
1 Continued table. one
YO - Y5
189.5 - 191
190 "191.5
155 - 160
164 - 165
195 - 197 (d)
Table 2
35
ЗЬ Continuation of table 2
Continuation of table 2
fctl ZU1748629
Continuation of table 2
Continuation of table 2
3
1718629
bk Continuation of table 2
Continuation of table 2
wa
5G
Continuation of table 2
55
one
Continued-Table 2
B7
wa
2C.9G
Continuation of table 2
9G
9G
Memory
Continuation of table 2
61
17 V2U6k
Continuation of table 2
63
r / WWS6 1
Continuation of table 2
65
1U V2966
Continuation of table 2
Continuation of table 2
Sedge Nut 9G
10E
2G
73
Continuation of table 2
75
17CHY 2U76
Continuation of table 2
7917 OUT2 80
Continuation of table -2
85
Rice Sorghum
Sugar beet
Cotton
Bush Beans
Abomination, theoph.
Bonfire rye. Oh oh
Dose, kg / ha
Ipome
Cockcoat
Cassie
Sedge nut
Rosichka Millet cock O
Dry
Wheat
Corn
From 2G
Figure O
Sorghum
Beet sugar- O on
Cotton 5G
Bush Beans
Abomination
Theoph. 5G
0, By 3G
8G
17 862986
Continuation of table 2
Oh oh
4C.9G 5C.9G
9С О
Continuation of table 2
0.05 0.05, After shoots 3G2C.5G
8G 5C, 9G
ABOUT
7С
4С.9Н
3C.8G
2C.8G
ES, 7H
ABOUT
5C.9G
4C.9G
3C, 6G
9C
JUS
87
Ipome
Cockcoat
Cassie
Sedge nut
Rosichka, About Millet Cockerel, 6
Wild oats. ABOUT
Wheat
Corn2G
Co. About
Pic2G
Sorghum
Sugar beet 4G
Cotton 5G
Bush Beans
Abdominal theoph. ABOUT
Bonfire rye. ABOUT
2G
ABOUT
ABOUT
Dose, kg / ha 0.05 0.05 After germination
Ipome 5C.9G
Durnishnik7G Kassi
Sedge nut 4C .9G
Rosichka2C, 8G
17486298
Continuation of table 2
seedling
86 8H
ABOUT
5G
ZS.9N
3C.9G
3C, 9G
3C.8G
2G
4С.9Н
10E
9G 9G
5C.9G 4C.9G
Continuation of table 2
9C 9C
About 2C.5G
6917 862990
Gablitz continuation
9i171 "862992
Continuation of table 2
9317 8b29z
Continuation of table 2
ma
. Cotton 9G YU Bean bush
I Kanatnik
gteofr, 9S8G, 5H
 Bonfire rye. f | 6G4G
t
Table continuation
Dose, kg / ha 0,050,05. After sprouting
GI {
Ipome 5C, 9G10C
Cockerel 9SO Kassi
Sedge nut-6G .O shaft
Rosichka 4GO
Millet Cock 2H5G.3H
Ovsyug OO
Wheat OO
Corn 2G7G, 3C Co 1H O
Fig. 5C, 9G5G.3C
Sorghum 3C, 9G9G, 3C
Beet sugar-9 gc on
Cotton 5C.9G9G, 5H
String bean KanatnikUsUS
Theoph.
Bonfire rye. 4GO
95G / 862936
Continuation of table 2
9717 86299S
Continuation of table 2
E 17 8629-SO
Continuation of table 2
Plant | Compound 88
, Dose, kg / ha0,05
After germination.
Ipome 2c
DurnishnikO
Cassie 1C.
Sedge nut O
Rosichka2N
Millet Cock1C.3G
Dry
Wheat
Corn
Co 1H
RisO
Sorghum1C.4G
Sugar beet
Cotton
String Beans About
Abdominal teofr.
Bonfire rye.
Before germination
Ip9me O
Durnishnik2G
Cassi O
Sedge nut O
Rosichka
Millet Petushye2N
Ovsyug2G
Wheat2G
Corn1S.2S
Co Oh
Pic2G
Sorgo1C, 5G
Sugar beet
Cotton
Bush Beans
Abomination Theophreus, Kosteo Ojean.
101
Plant
Dose, kg / gy |
Ipome
Cockcoat
Abomination Theophre
Sedge nut
Rosichka
Millet Cock
Bonfire rye „
Wild oats
Wheat
Corn
With
Pic
Sorghum
Sugar beet
Cotton
Ipome Durnishnik Rope-irons Teofr Osok nut Rosichka Millet cockerel Koster rye. Wild Oat Wheat Corn With Rice, Sorghum
Sugar Beet Cotton
17 bb291U2
Continuation of table 2
Compound 89 | 90
0.05 0.05 After germination
3C, 8G9C
5C, 9G10C
JUS "JUS
3G5G
4G3G
ЗС, 9НЗС, 8Н
2C, -8G4G
2C, 8GO
8GO
9NZN
1H2C.8G
8G4C.9G
2U, 9HZS, 9H
9С9С
5C, 9G9C
Before shoots
4H, 9G
6Н8Н
8G4C, 8G
O10E
O4G
2C, 6G3C.7G
6G3C, 6G
6G1C
2C, 8G7G
7G6G
1H2C
ZS.8N9N
2С.9НЗС, 8Н
4C.8G9С
6G5C.9G
103Г / 48629-to
Continuation of table 2
105
17 8629106
Continuation of table 2
1U717 8629108
Continuation of table 2
Sugar beet 90
Cotton 8G 2G
1ВЭ17 862911 °
Continuation of table 2
0,050,05 After all the time
4С2С.5Н
5C, 9G1H
5C, $ BUT
9so
OO
4С, 8НЗН
2C.8GО
2C, 4G3G
3G2G
O2G
4C.9G2G
5C.9G5G
4C.9G2G
4C.9G2Н
4C, 9NO
about shoots
5G1С
9H1C
9С2С
4G20
2GO
2C.4GO
6GO
2C.5G2C, 2G 0 - 46
OO
2C, 2NO
2C.7GO
ZS.8NO
4С, 9ГО
8G4G
1117 8629112
Continuation of table 2 Plant Connection 99
 Dose, kg / ha0,05
After sprouting
Ipome 2C, 7H
Durishnik4C, 9G
Abutilon teofr. Nut 2C
Rosichka-9S
Millet petus'ye9S Koster rye,
Oats (og2C, 8G
Wheat6G
Corn2S, 7H
Co 2H
Pic9G
Sorgo2C.9G
Sugar beet 3C, 9G
Cotton3C, 9G
Cassi 2C, 8G
| Before germination
Ipome 8G
Durnishnik8N
Abutilon teofr, sedge nut 8G
Rosichka2G
Millet petuche7N Koster rye.
Ovsyug2S, 8G
Wheat5G
Corn2C, 7G
Co 2H
Pic10g
Sorgo2C, G
Sugar beet 2C, 8G
Cotton8G
Cassi 2G
113
Plant
Consumption rate kg / ha
Rosichka
Millet Cock
Sorghum
Wild oats
Sorghum Alep.
Paspalum rush
Bristles
M tli meadows.
Bonfire of rye
Beet Sakh.
Corn
Mustard
Cockcoat
Amaranth
Sedge nut.
Cotton
Ipome
Cassie
Brisket colo
Abomination
Datura smelly.
With
Pic
Wheat
Plant
Consumption rate,
kg / ha0.030.12
Rosichka8G, 7G10E
Millet Petus7G, CH8G.9C
Sorghum
Wild Goose, 2G5G
Sorghum alepsk.7G.CH8G, 5H
17 862911 4
Table3
one
Connection 1
12
.5C
.3C
4C
.3C
0.5 o
about
7G.5H
4G
5G
3G
2G
5G
6G
4G
JUS
6G, 2C
7G.7C
5G
7G
6G
3G
ABOUT
5G
ABOUT
4G, 2H
2G
3G
Continuation of table 3 I Compound 2
Continued table. 3
1717 862911b
continuation of the table 3 Plant I Compound 3
    Shh-miim yut - - ™ - "- -
Beet Sakh. 8G, 7C8G, 7C
Corn 5G, 5H-4G.3H
Mustard 9G, 9C9G, 9C
Cocktail 7G, 4C6G, 5H
Schiritsa 9G.9CUS
Sedge nut. 7G 9G
Cotton 8G8G
Ipome 7G8G
Cassie 3G4G
Breast count 4G5G 2C
Abdominal teofr. 7G.7CUS
Datura smelly. 5G5G.3C
Co O, 6G, 4C
Rice YE10E
Wheat 7G.4C7G.4C
...- .. s ... Plant I. / Compound 6
L1-.
and Continuation of table 3
11S
Plant
Plant
H / L2E 2 °
Continuation of table 3
Connection 6
Continuation of table 3 | Connection 7
Ex. 9
Plant Compound 7
martin stinker. O °
With Fig5G, 3C7G, 8C
Wheat
anatnik theoph. OO
OO
OO
5G, 3C7
About “3G
Continuation of table 3
T .. .. "4mm and. ““ Connection 12
Consumption rate,
kg / ha 0,030,120,007
Rosichka 8G9G, 8C6G
Millet Cock 9G.7C9G.7C9G, 9C
Sorghum UE10E8G, 9C
Wild oats 6G, 3H8G, 8C6G, 3H
Sorghum Alep. 8G, 3C9G, 9C8G.5C
Paspalum sp. --5G
Bristles 6G, 3H9G, 8C3G
M tli meadows. 7G, 7C8G, 9C7G
Bonfire rye. YuEJUE
 Beetroot 9G, 9C9G, 9C7GC6C
i Corn. 7G, 5H9G.9C5G, 2C
Mustard 9G.9C9G.9C8G.8C
1 Cocktail i6G, 3H7G.5H6G
Schiritsa 9G.8CUJEWUS
Sedge nut, 7G6G6G
Cotton 7G8G, 3C2G
Ipome 8G, 3C9G.8C7G
Cassie 7G7G5G
Breast count 6G7G2G
Abdominal teofr. 8G, 3C10C9G.5H
Dumarn smelly. 7G8G.4C4G
123
17 8629124
Continuation of table 3
127
128
f
JJ table continuation
V / yd / y13 °
Continuation of table 3
3117 bb29132
Continuation of table 3
„.,
Plant I Compound 17
Cassi 5G5G
Grudinkakol. 2G4G
Kanatniktefr. 8G.5H9G.5H
Datura smelly. / 8G8G
Stock k4G4G
Fig7G8G
Wheat4G6G
Extension of Table 3 -... - ........ j
Plant | Connection 18
Continuation of table 3
Continuation table b
139
Consumption rate, kg / ha
ABOUT
ABOUT
ABOUT
ABOUT
Wheat
Barley
Wild oats
Bonfire roofing.
Bonfire rye
Foxtail Mysh.1G
Pyrei odnol.1G
Foxtail Green 2G
Swineroi
Chaff Ital, O
Bonfire is hard. About
Sol nka Rus, U
GLB2UYO
Continuation of table A
Continuation of table C
08
0,008
ABOUT
ABOUT
ABOUT
1C.2G
3G
1C.3G
5C.6G
ABOUT
2G
46
ABOUT
4C.5G
Deskurenny JUS Highlander of the Lists.
Sverbiga vost.US,
Kokhi .8C, 8G
Herding bag 9C, 8G
Chamomile Black nightshade Colza on
Mustard - field YUS Highlander vyyuschy 8C, 7G
Table continuation
JUS
JUS
7C, 8G
JUS
7C, 8G
2C.5G
JUS
ioc
4C, 7G
Continuation of table 4
from GYMUiM
Table continuation
one
tv2e1 / u,
Table continuation
147
Foxtail Eel „1C, 3G2C, 4G
Swine O2C.3G
Chaff ital. OO
Bonfire stiff. OO
Sol nka russk. tOC7C, 8G
Smoking Forest USUS
Highlander
Sverbig East. USUS
Kokhi US7C.7G
Shepherd bag Usus
PupavkaUS7C.9G
Black. Passed O2C, 7G
Colza Ob, JUS9C, 9G
Field mustard USUS
Highlander 7C.6G2C, 7G
Consumption rate,
kg / ha2.0
h in After
Ipome 10c
DurnishnikUS
Rezuha Canadian, 3C.7
Walnut sedge9S
Rosichka9S
Rooster millet9S Oat Wheat Corn
1C
4C.9
5U.9
So Rees,
17 bto29II
Continuation of table k
Table
ABOUT
7H
ABOUT
ABOUT
ABOUT
ABOUT
ABOUT
, 0
ABOUT
2C, 4G
2C.4G
150 LE17 CH2Y
Continuation of table 5
Sorghum 5C.9GO
Sugar beet 9C2C.5G
Cotton 9SO - Until Shoot I
Ipome 9G „O Durishnik t Rezuha Canadian. 8GO
Walnut Sedge 7GO
Rosiczka 3C; 8GO
Millet Cock ZS, 8NO
Ovsyug 2C O
CZ wheat, 9NO
Corn 9NO
Co 2go
Pic1OEO
Sorghum 10EO
Sugar beet SO, 9GO
Cotton 9GO
“T. Continuation of table 5
Consumption rate,
kg / ha 2.0 2.0
 . After germination |
i 117 625152
Continuation of table 5
Corn2U, 9GO
From 9С3
Figure 9SO
Sorgo2U.9GO
Sugar beet 9C3C
Cotton9C O
Up to-the-day f.
Ipome 9so
Durnishnik9nO
Rezuha Canada-90 ... Oh ka
Walnut sedge3C.9GO
Rosichka5C.9GO
Millet Petuche5S.9NO
Ovsyuzh.2C.6GO
Wheat2C.8GO
Corn, 9NO
With 9NO
Fig10EO
Sorgo9SO
Sugar beet SOUTH
Cotton6C, $ GO
 Nrrsh | SYOD7-: №: -; -: v / - -. - kg / ha 0.00 0.007
; ; Before the shoot, Cassie 20 O Sid; h. :; - $ 0; - ..; .-:: O.:; - 1 Smelly Datura 10 20
. . . .,. .. ....:.; .
Limnozharis60O
Continuation of table 5
Table continuation

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同族专利:

---

公开号 | 公开日

---

ES497298A0|1982-06-16|

---

HU193629B|1987-11-30|

---

IL61578D0|1980-12-31|

---

DK172396B1|1998-05-18|

---

NZ195680A|1983-09-30|

---

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---

EP0030142A2|1981-06-10|

---

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---

GB2065116B|1983-10-26|

---

IE802489L|1981-05-30|

---

TR21804A|1985-07-19|

---

PH18851A|1985-10-21|

---

DK471680A|1981-05-31|

---

RO81268A|1985-02-28|

---

GR72259B|1983-10-07|

---

AU536122B2|1984-04-19|

---

UA19062A|1997-12-25|

---

CS250207B2|1987-04-16|

---

PT72132B|1982-07-30|

---

DE3069777D1|1985-01-17|

---

KR830004294A|1983-07-09|

---

IE50745B1|1986-07-09|

---

AU6476380A|1981-06-04|

---

EP0030142B1|1984-12-05|

---

GB2065116A|1981-06-24|

---

YU302580A|1983-02-28|

---

ES8205764A1|1982-06-16|

---

CA1189072A|1985-06-18|

---

IL61578A|1987-08-31|

---

EP0030142A3|1981-08-12|

---

KR850000678B1|1985-05-10|

---

PL228148A1|1981-08-07|

---

RO81268B|1985-02-28|

---

BR8007674A|1981-06-09|

---

PL127333B1|1983-10-31|

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EP0103537B1|1982-07-16|1987-07-08|Ciba-Geigy Ag|N-arylsulfonyl-n'-triazolyl urea|

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CA2590413C|2007-05-25|2015-04-28|Unifor S.P.A.|Workstation system and workstation with multiple, adjustable height, work tops|

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EP2052606A1|2007-10-24|2009-04-29|Bayer CropScience AG|Herbicide combination|

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CN102894004A|2012-09-26|2013-01-30|江苏省农业科学院|Herbicide composite for preventing and extirpating weeds in sweet potato fields|

法律状态:

优先权:

---

申请号 | 申请日 | 专利标题

---

US9872379A| true| 1979-11-30|1979-11-30|

---

US19626780A| true| 1980-10-22|1980-10-22|LV930327A| LV5574A3|1979-11-30|1993-05-12|Attack to combat the untreated plants|

---

LTRP1126A| LT2556B|1979-11-30|1993-09-27|THE FIGHT AGAINST POTENTIAL PLANT|