Pesticide Synthesis Handbook by Thomas A. Unger

By Thomas A. Unger

The target of this instruction manual is to explain the elemental synthesis route(s) for the manufacture of 687 insecticides. very important additional info comprises the 5 appendices:
I. commonly used Names: The popular identify Appendix exhibits the chemical functionality of the compound. If the compound has a couple of functionality, all features are indicated. as a result, the synthesis course of the compound is located less than the 1st functionality indicated during this Appendix.
II. exchange Names: whilst merely the exchange identify of the product is understood, the corresponding typical identify is located during this Appendix.
III. uncooked fabrics and Intermediates: This Appendix lists all insecticides, the synthesis of which makes use of a given uncooked fabric or intermediate.
IV. Synthesis of uncooked fabrics and Inter-mediates: The synthesis routes of uncooked fabrics and Intermediates are provided during this Appendix.
V. Chemical features: This Appendix lists all items that have a similar chemical functionality. The systhesis route(s) for every product are defined below the heading of the most functionality. while a product has extra then one major chemical functionality, it's indexed below all its functions.

An abbreviated Contents is indexed under; the quantity in ( ) point out the variety of insecticides in that type, whose synthesis is defined.

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Toluene sulfonic acid 2 propoxy ethyl ester pretilachlor Propisochlor Uses: herbicide, maize, sunflowers, soyabeans, potatoes Trade names: Type: Proponit (Nitrokemia) amide Synthesis: I --C-- As dimethaehlor with ---C----C----O----C I I O \ isopropyoxy formaldehyde \/ N and --c--c--f/"x ) - - c - 2 methyl 6 ethyl aniline O II CI-- cI --c l j \ ll~ N C I --C-- i I o--c--et I -, propisochlor I I C-- Amides and Similar Functions Diphenamid Uses: herbicide, cotton, soyabeans, potatoes, fruit, ornamentals, vegetables, tobacco Dymid (Lilly), Enide (Up John) names : Trade Type: amide Synthesis : XC~.

Toluene sulfonic acid 2 propoxy ethyl ester pretilachlor Propisochlor Uses: herbicide, maize, sunflowers, soyabeans, potatoes Trade names: Type: Proponit (Nitrokemia) amide Synthesis: I --C-- As dimethaehlor with ---C----C----O----C I I O \ isopropyoxy formaldehyde \/ N and --c--c--f/"x ) - - c - 2 methyl 6 ethyl aniline O II CI-- cI --c l j \ ll~ N C I --C-- i I o--c--et I -, propisochlor I I C-- Amides and Similar Functions Diphenamid Uses: herbicide, cotton, soyabeans, potatoes, fruit, ornamentals, vegetables, tobacco Dymid (Lilly), Enide (Up John) names : Trade Type: amide Synthesis : XC~.

I N-- C--- "" I , // I \ Cl-- c-- c dimethachlor O C-I Cl chloro acetyl chloride Pretilachlor Uses: herbicide, Trade names : Type: rice Rifit (Ciba) ami d e Synthesis : As d i m e t h a c h l o r I I I I i/,o -- c-- c-- c-- o-- c-- c I I l I \ with propoxy acetaldehyde I Cl--c--c I N and -c-c-~c-c_ I I I . 6 diethyl anil ine I , ~ - - N"1 , , , i i I c - - c - - o - - i ~ " c--c-- , > pretilachlor ' ' I i 21 22 Pesticides Synthesis Handbook alternate route : \/ I N I I ~ I I i C--C--O--C--C-- I --C-- N I ' f I o =ffiS ~ - o I 0 I -C-I --C-.

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