Selected Works in Organic Chemistry

A. N. Nesmeyanov

• Publisher: Pergamon
• Year: 2013
• Print ISBN:
  9780080101583
• eBook ISBN:
  9781483151366
• Topic: Physical Sciences
• Subtopic: Chemistry
• Index: Chemistry

Selected Works in Organic Chemistry focuses on the processes, methodologies, reactions, and approaches involved in organic chemistry, including analysis of diazo compounds and infrared absorption spectra. The publication first offers information on the method of synthesis of aromatic organomercury salts; method of synthesis of symmetrical aromatic organomercury compounds; and diazo method of synthesis of aromatic organomercury compounds with negative substituent in nucleus. The reaction of aliphatic diazo compounds with mercury salts and synthesis of organotin compounds through diazo compounds are also discussed. The manuscript takes a look at the synthesis of aromatic organometal compounds of bismuth through diazo compounds; synthesis of aromatic germanium compounds through aryldiazonium tetrafluoroborate; and reduction of organomercury compounds by bivalent tin salts as a method of synthesis. The text also examines the activation energy of the disaggregation process of associated alkoxy titanium derivatives and determination of positions of substituents in ferrocene compounds by means of infrared absorption spectra. The publication is a valuable reference for readers interested in organic chemistry.

Table of contents

• Front Cover
• Selected Works in Organic Chemistry
• Copyright Page
• Table of Contents
• PREFACE TO THE ENGLISH EDITION
• CHAPTER 1. A NEW METHOD OF SYNTHESIS OF AROMATIC ORGANOMERCURY SALTS
• CHAPTER 2. A NEW METHOD OF SYNTHESIS OF SYMMETRICAL AROMATIC ORGANOMERCURY COMPOUNDS
• CHAPTER 3. DIAZO METHOD OF SYNTHESIS OF AROMATIC ORGANOMERCURY COMPOUNDS WITH NEGATIVE SUBSTITUENT IN NUCLEUS
• CHAPTER 4. REACTION OF ALIPHATIC DIAZO COMPOUNDS WITH MERCURY SALTS
• CHAPTER 5. SYNTHESIS OF ORGANOTIN COMPOUNDS THROUGH DIAZO COMPOUNDS
• CHAPTER 6. DOUBLE SALTS OFLEAD HALIES AND PHENYLDIAZONIUM HALIDES AND THEIR DECOMPOSITION
• CHAPTER 7. SYNTHESIS OF ORGANOANTIMONY COMPOUNDS
• CHAPTER 8. SYNTHESIS OF TETRAPHENYLLEAD BY ACTION OF METALLIC LEAD DUST ON PHENYLDIAZONIUM TETRAFLUOROBORATE
• CHAPTER 9. SYNTHESIS OF AROMATIC ORGANOMERCURY SALTS THROUGH ARYLAZOCARBOXYLIC SALTS
• CHAPTER 10. SYNTHESIS OF THALLIUM AROMATIC COMPOUNDS THROUGH DIAZONIUM COMPOUNDS
• CHAPTER 11. SYNTHESIS OF AROMATIC TIN COMPOUNDS THROUGH ARYLDIAZONIUM TETRAFLUOROBORATE
• CHAPTER 12. NEW SYNTHESIZING POSSIBILITIES FOR ORGANOANTIMONY COMPOUNDS THROUGH DOUBLE DIAZONIUM SALTS OF ANTIMONY TRICHLORIDE
• CHAPTER 13. SYNTHESIS OF ARYLSTIBINIC ACID THROUGH DOUBLE DIAZONIUM SALTS OF ANTIMONY PENTACHLORIDE
• CHAPTER 14. PREPARATION OF TETRAPHENYL-AND TETRA-P-TOLYLLEAD BY DECOMPOSITION OF ARYLDIAZONIUM TETRAFLUOROBORATE BY LEAD-SODIUM ALLOY
• CHAPTER 15. SYNTHESIS OF MIXEDÓRGANO ARSENIC COMPOUNDS OF TYPE ArAr AsXANDArArArAs THROUGH DOUBLE DIAZONIUM SALTS
• CHAPTER 16. SYNTHESIS OF ORGANOMETAL COMPOUNDS OF PENTAVALENT ANTIMONY BY MEANS OF ARYLATION OF ORGANOANTIMONY COMPOUNDS OF TYPE ArSbX2 AND AraSbX WITH DIAZO COMPOUNDS
• CHAPTER 17. SYNTHESIS OF AROMATIC ORGANOMETAL COMPOUNDS OF BISMUTH THROUGH DIAZO COMPOUNDS
• CHAPTER 18. SYNTHESIS OF AROMATIC GERMANIUM COMPOUNDS THROUGH ARYLDIAZONIUM TETRAFLUOROBORATE
• CHAPTER 19. REDUCTION OF ORGANOMERCURY COMPOUNDS BY BIVALENT TIN SALTS AS A METHOD OF SYNTHESIS OF ORGANOTIN COMPOUNDS
• CHAPTER 20. AROMATIC ORGANOTIN COMPOUNDS CONTAINING HALIDE IN NUCLEUS
• CHAPTER 21. ARYLATION OF MERCURIC OXIDE THROUGH AROMATIC lODOXY COMPOUNDS
• CHAPTER 22. SYNTHESIS OF AROMATIC ORGANOZINC COMPOUNDS WITH A SUBSTITUENT IN THE BENZENE NUCLEUS
• CHAPTER 23. REACTION OF DISPLACEMENT OF TIN, LEAD, ARSENIC AND ANTIMONY FROM THEIR ORGANIC COMPOUNDS BY MERCURY
• CHAPTER 24. NEW METHOD OF SYNTHESIS OF ASYMMETRICAL ORGANOMERCURY COMPOUNDS
• CHAPTER 25. REDUCTION OF ORGANOMERCURY COMPOUNDS BY ALIPHATIC ORGANOTIN COMPOUNDS
• CHAPTER 26. DIPHENYLCADMIUM
• CHAPTER 27. INTERACTION OF SYMMETRICAL ORGANOMERCURY COMPOUNDS WITH ALUMINUM AND SYNTHESIS OF ORGANOALUMINUM COMPOUNDS
• CHAPTER 28. SYNTHESIS OF ORGANOMERCURY COMPOUNDS BY INTERACTION OF ORGANIC HALIDE DERIVATIVES WITH METALLIC MERCURY
• CHAPTER 29. STUDY OF STRUCTURE OF PRODUCTS OF ADDITION OF MERCURY SALTS TO UNSATURATED COMPOUNDS BY METHOD OF ARYLATION
• CHAPTER 30. INTERACTION OF DIAZOMETHANE WITH BROMOMERCURIETHANOL AND STRUCTURE OF ADDITION PRODUCTS OF MERCURY SALTS TO OLEFINS
• CHAPTER 31. REACTIΟΝ OF GRIGNARD REAGENT WITH ω-ΗΑΕΟ MERCURIAC
• CHAPTER 32. REACTION OF GRIGNARD REAGENTSWITH OXO COMPOUNDS (I)
• CHAPTER 33. SYNTHESIS OF MERCURY DERIVATIVES OF ACETYLENE OF TYPE C2H2 HgClX
• CHAPTER 34. CIS-β-CHLOROVINYL MERCURIC CHLORIDE
• CHAPTER 35. SYNTHESIS A N D STRUCTURE OF ADDITION PRODUCTS OF ANTIMONY PENTACHLORIDE TO ACETYLENE
• CHAPTER 36. REARRANGEMENT OF STEREOISOMERIC ORGANOMETALIC COMPOUNDS OF THE ETHYLENE SERIES O N IRRADIATION WITH ULTRAVIOLET LIGHT
• CHAPTER 37. SYNTHESIS OF HALOMERCURY ACETALDEHYDES AND HALOMERCURIC ACETONE
• CHAPTER 38. QUASI-COMPLEX LEAD COMPOUNDS
• CHAPTER 39. REACTIONS OF METALLIC DERFV^ATIVES OF OXO COMPOUNDS AND PHENOMENA OF TAUTOMERISM
• CHAPTER 40. QUASI-COMPLEX COMPOUNDS OF THALLIUM
• CHAPTER 41. CHEMISTRY OF QUASI-COMPLEX ORGANOMETALLIC COMPOUNDS AND TAUTOMERISM PHENOMENA
• CHAPTER 42. DI-CIS-β-CHLOROVINYLTHALLIUM CHLORIDE
• CHAPTER 43. SYNTHESIS OF ORGANOMERCURY COMPOUNDS BY INTERACTION OF ORGANIC HALIDE DERIVATIVES WITH METALLIC MERCURY
• CHAPTER 44. CONVERSION OF TRANS-β-CHLOROVINYL ORGANOMETALLIC COMPOUNDS OF MERCURY AND TIN IN TO THEIR ISOMERS UNDER THE ACTION OF PEROXIDES
• CHAPTER 45. PREPARATION OF α-MERCURATED KETONES BY DECARBOXYLATION OF MERCURY SALTS OF β-KETO ACIDS
• CHAPTER 46. PREPARATION OF MONOHALOMERCURY KETONES AND ALDEHYDES THROUGH ENOL ACETATES AND THEIR C- AND 0-ALKYLATION AND ACYLATION REACTIONS
• CHAPTER 47. PROPERTIES OF MERCURY HALIDE ACETYLIDES
• CHAPTER 48. SYMMETRIZATION OF α-HALOGENOMERCURY KETONES
• CHAPTER 49. STUDY OF THE ADDITION PRODUCTS OF MERCURY SALTS TO DISUBSTITUTED ACETYLENES
• CHAPTER 50. ISOPROPENYL MERCURY AND THALLIUM COMPOUNDS AND STUDY OF THEIR CHEMICAL PROPERTIES
• CHAPTER 51. ALKYLATION AND ACYLATION OF CHLOROMERCURY ACETALDEHYDE
• CHAPTER 52. ADDITION OF MERCURY SALTS TO SIMPLE AND COMPLEX VINYL ETHERS IN ALCOHOLIC MEDIUM
• CHAPTER 53. ADDITION OF MERCURY SALTS TO SIMPLE AND COMPLEX VINYL ETHERS IN ALCOHOLIC MEDIUM
• CHAPTER 54. PREPARATION OF METALLIC DERIVATIVES OF VINYL ALCOHOL
• CHAPTER 55. VINYL COMPOUNDS OF HEAVY METALS
• CHAPTER 56. PREPARATION OF KETONES CONTAINING TIN ATOMI N ALPHA POSITION TO CARBONYL GROUP
• CHAPTER 57. VINYL ESTERS OF PHOSPHOROUS ACID
• CHAPTER 58. PREPARATION OF VINYL ESTERS OF SULFONIC ACIDS
• CHAPTER 59. STRUCTURE AND REACTIVITY OF HALOMAGNESIUM ENOLATES OF KETONES
• CHAPTER 60. QUASICOMPLEX COMPOUNDS, HYPERCONJUGATION AND TAUTOMERISM
• CHAPTER 61. CONJUGATION OF SINGLE BONDS
• CHAPTER 62. STEREOISOMERIC SODIUM ENOLATES
• CHAPTER 63. STEREOCHEMISTRY OF σ,π-CONJUGATION. α-CHLOROMERCURY CAMPHENILONE
• CHAPTER 64. DUAL REACTIVITY AND TAUTOMERISM
• CHAPTER 65. RETENTION OF GEOMETRIC CONFIGURATION OF THE CHLOROVINYL GROUP I N REACTIONS OF EXCHANGE DECOMPOSITION
• CHAPTER 66. O N THE RETENTION OF STEREOCHEMICAL CONFIGURATION IN REACTIONS OF ELECTROPHILIC AND HOMOLYTIC SUBSTITUTIONS ON THE OLEFINIC CARBON ATOM
• CHAPTER 67. PREPARATION OF DIASTEREOISOMERIC l-MENTHYLIC ESTERS OF α-BROMOMERCURIPHENYLACETIC ACID
• CHAPTER 68. MECHANISM OF ELECTROPHILIC SUBSTITUTION ON THE SATURATED CARBON ATOM
• CHAPTER 69. ON THE MECHANISM OF REACTIONS OF ELECTROPHILIC SUBSTITUTION ON SATURATED CARBON ATOM
• CHAPTER 70. STEREOCHEMISTRY OF ELECTROPHILIC AND HOMOLYTIC SUBSTITUTION ON OLEFINIC CARBON
• CHAPTER 71. ON THE STEREOCHEMISTRY OF REACTIONS OF SYMMETRICAL ORGANOMERCURY COMPOUNDS WITH MERCURY HALIDE
• CHAPTER 72. STUDY OF THE STEREOCHEMISTRY OF SUBSTITUTION REACTIONS O N OLEFINIC CARBON ATOM BY MEANS OF ISOTOPIC METHOD
• CHAPTER 73. RETENTION OF CONFIGURATION OF PROPENYL RADICAL IN REACTIONS OF CIS- AND TRNS- PROPENYLLITHIUM WITH OXO COMPOUNDS
• CHAPTER 74. PREPARATION OF CARBONYLS OF METALS OF GROUP VI OF PERIODIC SYSTEM OF ELEMENTS
• CHAPTER 75. PREPARATION OF CARBONYLS OF METALS OF GROUP VI OF PERIODIC SYSTEM OF ELEMENTS
• CHAPTER 76. REACTIONS OF SUBSTITUTION OF FERROCENE HYDROGENS
• CHAPTER 77. INTERACTION OF FERROCENE WITH DIAZO COMPOUNDS
• CHAPTER 78. HALIDE COMPOUNDS OF FERROCENE
• CHAPTER 79. HALIDE COMPOUNDS OF FERROCENE
• CHAPTER 80. ARYLFERROCENES AND FERROCENYLAMINE
• CHAPTER 81. INFLUENCE OF FERROCENYLIC SUBSTITUENT ON FUNCTIONAL GROUPS I N BENZENE NUCLEUS
• CHAPTER 82. CONDENSATION OF FERROCENE WITH ALDEHYDES
• CHAPTER 83. SYNTHESIS OF ALKYL FERROCENES
• CHAPTER 84. BREAKDOWN OF FERROCENE NUCLEUS BY HYDROGENATION A N D ACTION OF HALOGENS
• CHAPTER 85. ALKYLATION OF FERROCENE
• CHAPTER 86. REDUCTION OF FERROCENE CARBOXYLIC ACIDS
• CHAPTER 87. INTRAMOLECULAR ACYLATION IN THE FERROCENE SERIES
• CHAPTER 88. ACYLATION OF ACETYL AND ETHYLFERROCENE
• CHAPTER 89. REACTIVITY OF MONO- AND DI-P-NITROPHENYL-FERROCENE AND DIACETYLFERROCENE
• CHAPTER 90. FERROCENE SULFONIC ACIDS
• CHAPTER 91. SYNTHESIS OF ALKYL FERROCENES BY THE FRIEDEL-CRAFTS REACTION
• CHAPTER 92. DETERMINATION OF POSITIONS OF SUBSTITUENTS IN FERROCENE COMPOUNDS BY MEANS OF INFRARED ABSORPTION SPECTRA
• CHAPTER 93. HOMOLOGUES OF FERROCENE WITH TERTIARY ALKYL RADICALS
• CHAPTER 94. INTRAMOLECULAR ACYLATION IN FERROCENE SERIES
• CHAPTER 95. INTERACTION OF FERROCENE WITH OLEFINS
• CHAPTER 96. REACTIONS OF DIFERROCENYLMERCURY
• CHAPTER 97. REACTIONS O F FERROCENE SULFONIC ACIDS
• CHAPTER 98. SYNTHESIS OF METHYLFERROCENE
• CHAPTER 99. REACTIONS OF 1,1 -DIMETHYLFERROCENE
• CHAPTER 100. PENTAETHANODIFERROCENE
• CHAPTER 101. DOUBLE SALTS OF PHENYLDIAZONIUM IODIDE WITH MERCURIC IODIDE AND THE FORMATION OF DBPHENYLlODONIUM SALTS UPON DECOMPOSITION OF SUCH DOUBLE SALTS
• CHAPTER 102. NEW METHOD OF SYNTHESIS OF DIARYLIODONIUM SALTS
• CHAPTER 103. DECOMPOSITION AND FORMATION OF ONIUM SALTS AND SYNTHESIS OF ORGANO-ELEMENT COMPOUNDS THROUGH ONIUM COMPOUNDS
• CHAPTER 104. DIPHENYLBROMONIUM SALTS
• CHAPTER 105. DIPHENYLCHLORONIUM SALTS
• CHAPTER 106. DIARYLBROMONIUM AND DIARYLCHLORONIUM SALTS
• CHAPTER 107. TRIPHENYLOXONIUM SALTS
• CHAPTER 108. PHENYLATION REACTIONS BY MEANS OF DIPHENYLBROMONIUM AND DIPHENYLCHLORONIUM SALTS
• CHAPTER 109. 0,0'-DIPHENYLENEPHENYLOXONIUM SALTS
• CHAPTER 110. REACTIONS OF DIPHENYLBROMONIUM, DIPHENYLCHLORONIUM AND TRIPHENYLOXONIUM SALTS WITH METALS
• CHAPTER 111. ORGANOMETALLIC COMPOUNDS FROM DOUBLE SALTS OF METAL HALIDES AND HALOGENONIUMS
• CHAPTER 112. FORMATION OF DIPHENYLBROMONIUM SALT ON DECOMPOSITION OF C6H5N2FgBr4
• CHAPTER 113. NEW METHOD OF SYNTHESIS OF ACID FLUORIDES OF CARBOXYLIC ACIDS
• CHAPTER 114. FORMYL FLUORIDE
• CHAPTER 115. INTERACTION OF TITANIUM TETRACHLORIDE WITH ALCOHOLS I N THE PRESENCE OF AMMONIA AND PYRIDINE
• CHAPTER 116. ACTION OF CHLORINE AND BROMINE ON ALKYLORTHOTITANATES
• CHAPTER 117. NEW METHOD OF SYNTHESIS OF TRIALKOXYTITANIUM CHLORIDES
• CHAPTER 118. STUDY OF HYDROLYSIS AND POLYCONDENSATION OF ETHYLORTHOTITANATE
• CHAPTER 119. PREPARATION OF ALKOXYTITANIUM TRICHLORIDES FROM TITANIUM TETRACHLORIDE AND ALCOHOLS
• CHAPTER 120. METHODS OF PREPARATION OF MIXED ALKYLORTHOTITANATES OF STRUCTURES (RO)3TiOR AND (RO)2Ti(OR )2
• CHAPTER 121. A REACTION REVERSING DISPROPORTIONATION IN THE ORGANOTITANIUM COMPOUND SERIES
• CHAPTER 122. NTERACTION OF ALKYLORTHOTITANATES AND TITANIUM TETRACHLORIDE IN PEPERIDINE MEDIUM
• CHAPTER 123. TRIALKOXYTITANIUM AND DIALKOXYTOANIUM OXIDES
• CHAPTER 124. SYNTHESIS OF ALKOXYTITANIUM BROMIDES AND ALKOXYPOLYTITANIUM OXANE CHLORIDES
• CHAPTER 125. PREPARATION OF HEXAALKOXYDITITANIUM OXANES
• CHAPTER 126. INTERACTION OF DIALKOXYTITANIUM OXIDES WITH TETRAALKOXYSILANES
• CHAPTER 127. INTERACTION OF DIALKOXYTITANIUM OXIDES WITH TETRAALKOXYSILANES
• CHAPTER 128. CHEMICAL CONVERSIONS OF DIALKOXYTITANIUM OXIDES
• CHAPTER 129. EXPERIMENTAL SECTION
• CHAPTER 130. CHANGES WITH TIME IN THE DEGREE OF ASSOCIATION OF ALKOXY DERIVATIVES OF TITANIUM IN BENZENE SOLUTION
• CHAPTER 131. ACTIVATION ENERGY OF THE DISAGGREGATION PROCESS OF ASSOCIATED ALKOXY TITANIUM DERIVATIVES
• CHAPTER 132. THERMAL TELOMERIZATION OF METHYLDICHLOROSILANE WITH OLEFINS
• CHAPTER 133. THERMAL TELOMERIZATION OF TRICHLOROSILANE WITH ETHYLENE
• CHAPTER 134. THERMAL TELOMERIZATION OF OLEFINS WITH SILANES CONTAINING THE Si-H BOND
• CHAPTER 135. THERMAL TELOMERIZATION OF OLEFINS WITH SILANES
• CHAPTER 136. INTERACTION OF β-CHLOROVINYLKETONES WITH ALCOHOLS
• CHAPTER 137. SYNTHESIS OF PYRIDINE DERIVATIVES FROM β-CHLOROVINYLKETONES
• CHAPTER 138. SYNTHESIS OF BENZOPYRYLIUM AND FLAVYLIUM SALTS FROM β-CHLOROVINYLKETONES
• CHAPTER 139. SYNTHESIS OF ALKYL-β-AMINOVINYLKETONES
• CHAPTER 140. NTERACTION OF ALKYL-β-CHLOROVINYLKETONES WITH ACETOACETIC ESTER
• CHAPTER 141. NEW SYNTHESIS OF SUBSTITUTED NAPHTHALENES
• CHAPTER 142. SYNTHESIS OF KETONES OF THE PYRIDINE SERIES
• CHAPTER 143. SYNTHESIS OF HETEROCYCLIC COMPOUNDS FROM β-CHLOROVINYLKETONES
• CHAPTER 144. ALKYLATION OF β-DIALKYLAMINOVINYLKETONES. A NEW SYNTHESIS OF HYDROXYMETHYLENE KETONES
• CHAPTER 145. SYNTHESIS OF ALKENYL-β-CHLOROVINYLKETONES
• CHAPTER 146. CONDENSATION OF β-CHLOROVINYLKETONES WITH BENZENE AND ITS HOMOLOGUES
• CHAPTER 147. CYCLIC ACETALS OF β-KETOALDEHYDES AND THEIR APPLICATION IN THE SYNTHESIS OF ALKYL NAPHTHALENES
• CHAPTER 148. SYNTHESIS OF ARYLPYRAZOLES
• CHAPTER 149. SYNTHESIS OF SALTS OF 4-ALKYL-l-AZA-DEHYDROQUINOLIZINIUM
• CHAPTER 150. β-CYANOVINYLKETONES
• CHAPTER 150. SYNTHESIS OF 2-SUBSTITUTED SALTS OF DEHYDROQUINOLIZINIUM
• CHAPTER 151. DIRECT SYNTHESIS OF 4-SUBSTITUTED 1-AZADEHYDROQUINOLIZINIUM SALTS
• CHAPTER 152. INTERACTON OF β-CYANOVINYLKETONES WITH SECONDARY AMINES
• CHAPTER 153. SYNTHESIS OF 2,8-DIARYL-l,9-DlAZADEHYDROQUINOLIZINIUM SALTS
• CHAPTER 154. STUDY OF CHEMICAL CONVERSIONS OF POLYHYDROCARBONS AND RELATED COMPOUNDS
• CHAPTER 155. ON REARRANGEMENT IN FREE RADICAL IN SOLUTION
• CHAPTER 156. PREPARATION OF dl-PROLINE AND dl-ORNITHINE FROM 1,1,1,5-TETRACHLOROPENTANE
• CHAPTER 157. SYNTHESIS OF α-HALOCARBOXYLI CACIDS CONTAINING ω-REACTGVE GROUPS
• CHAPTER 157. SYNTHESIS OF ω-AMINOCARBOXYLIC ACIDS FROM α,α,α,ω.TETRACHLOROALKANES
• CHAPTER 158. . HOMOLYTO ISOMERIZATION OF 1,1,1-TRICHLORO-2-BROMOPROPENE
• CHAPTER 159. . ω,ω'-IMINODICARBOXYLIC ACIDS AND SOME OF THEIR DERIVATIVES
• CHAPTER 160. AMINES CONTAINING CCI3 GROUP AND THEIR BASICITY
• CHAPTER 161. SYNTHESIS OF AROMATIC COMPOUNDS OF THE TYPE ArCH2CH=CCl2 AND Ar(CH2CH=CCl2)2
• CHAPTER 162. TELOMERIZATION OF ETHYLENE WITH TETRACHLOROETHYLENE
• CHAPTER 163. SYNTHESIS OF 15-HYDROXYPENTADECANOIC AND 16-HYDROXYHEXADECANOIC ACIDS
• CHAPTER 164. BROMINATION OF 1,1,1-TRICHLOROPROPENE
• CHAPTER 165. SYNTHESIS OF α-AMINOCARBOXYLIC ACIDS FROM COMPOUNDS CONTAINING THE CCl2=CH GROUP
• CHAPTER 166. INTERACTION OF 1,1,1-TRICHLOROPROPENE WITH SULFENYL CHLORIDES AND SULFUR DICHLORIDE
• CHAPTER 167. HETERO-LYTIC AND HOMOLYTIC REARRANGEMENTS ON CHEMICAL CONVERSIONS OF 1,1,1-TRICHLORO-2-METHYLPROPENE
• CHAPTER 168. SYNTHESIS OF α-CHLOROCARBOXYLIC ACIDS BY ADDITION OF CHLORINE TO COMPOUNDS CONTAINING CCl2 = CH GROUP IN FORMIC ACID MEDIUM
• CHAPTER 169. PREPARATION OF α,α,ω-TRICHLOROALKENES FROM α,α,α,ω-TETRACHLOROALKANES
• CHAPTER 170. ADDITION OF HYDROGEN BROMIDE TO 1,1-DICHLOROPROPENE-2 IN THE PRESENCE OF BENZOYL PEROXIDE
• CHAPTER 171. PREPARATION OF SOME FLUOROCHLORO DERIVATIVES FROM 1443-TETRACHLOROPROPANE