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  • C07D251/00
    		•  Heterocyclic compounds containing 1,3,5-triazine rings [2] HB CC 4C013
  • C07D251/00@S
    		•  Purification of a triazine group excluding melamine HB CC 4C013
  • C07D251/00@Z
    		•  Others HB CC 4C013
  • C07D251/02
    		•  .not condensed with other rings [2] HB CC 4C013
  • C07D251/04
    		•  ..having no double bonds between ring members or between ring members and non-ring members [2] HB CC 4C013
  • C07D251/06
    		•  ...with hetero atoms directly attached to ring nitrogen atoms [2] HB CC 4C013
  • C07D251/08
    		•  ..having one double bond between ring members or between a ring member and a non-ring member [2] HB CC 4C013
  • C07D251/10
    		•  ..having two double bonds between ring members or between ring members and non-ring members [2] HB CC 4C013
  • C07D251/12
    		•  ..having three double bonds between ring members or between ring members and non-ring members [2] HB CC 4C013
  • C07D251/14
    		•  ...with hydrogen or carbon atoms directly attached to at least one ring carbon atom [2] HB CC 4C013
  • C07D251/16
    		•  ....to only one ring carbon atom [2] HB CC 4C013
  • C07D251/16@A
    		•  Substitute radical directly bonded to the heterocyclic ring HB CC 4C013
  • C07D251/16@B
    		•  .Oxygen as the substitute radical HB CC 4C013
  • C07D251/16@C
    		•  Substituted hydrocarbon radical directly bonded to the heterocyclic ring HB CC 4C013
  • C07D251/16@D
    		•  containing sulfonyl urea HB CC 4C013
  • C07D251/16@E
    		•  .containing phenylsulfonylurea HB CC 4C013
  • C07D251/16@F
    		•  ..Substitute radical directly bonded to the phenyl ring HB CC 4C013
  • C07D251/16@G
    		•  ...Substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom HB CC 4C013
  • C07D251/16@Z
    		•  Others HB CC 4C013
  • C07D251/18
    		•  .....with nitrogen atoms directly attached to the two other ring carbon atoms, e.g. guanamines [2] HB CC 4C013
  • C07D251/18@A
    		•  Hydrogen or hydrocarbon radical directly bonded to the heterocyclic ring HB CC 4C013
  • C07D251/18@B
    		•  Nitrogen having a substituted hydrocarbon radical, directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/18@C
    		•  Nitrogen-substituted radical with a hetero atom radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom that is directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/18@D
    		•  Substituted hydrocarbon radical directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/18@E
    		•  .Only hydrogen and hydrocarbon radical directly bonded to nitrogen that is directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/18@F
    		•  containing sulfonyl urea HB CC 4C013
  • C07D251/18@G
    		•  .containing phenylsulfonylurea HB CC 4C013
  • C07D251/18@H
    		•  ..Substitute radical directly bonded to the phenyl ring HB CC 4C013
  • C07D251/18@J
    		•  Manufacturing method HB CC 4C013
  • C07D251/18@Z
    		•  Others HB CC 4C013
  • C07D251/20
    		•  .....with no nitrogen atoms directly attached to a ring carbon atom [2] HB CC 4C013
  • C07D251/22
    		•  ....to two ring carbon atoms [2] HB CC 4C013
  • C07D251/22@A
    		•  Oxygen as the hetero atom HB CC 4C013
  • C07D251/22@B
    		•  Sulphur as the hetero atom HB CC 4C013
  • C07D251/22@C
    		•  Nitrogen as the hetero atom HB CC 4C013
  • C07D251/22@D
    		•  containing sulfonyl urea HB CC 4C013
  • C07D251/22@Z
    		•  Others HB CC 4C013
  • C07D251/24
    		•  ....to three ring carbon atoms [2] HB CC 4C013
  • C07D251/26
    		•  ...with only hetero atoms directly attached to ring carbon atoms [2] HB CC 4C013
  • C07D251/28
    		•  ....Only halogen atoms, e.g. cyanuric chloride [2] HB CC 4C013
  • C07D251/28@A
    		•  Chlorine for halogen HB CC 4C013
  • C07D251/28@B
    		•  .Manufacturing method HB CC 4C013
  • C07D251/28@C
    		•  ..Solid generated substance HB CC 4C013
  • C07D251/28@D
    		•  Fluorine for halogen HB CC 4C013
  • C07D251/28@Z
    		•  Others HB CC 4C013
  • C07D251/30
    		•  ....Only oxygen atoms [2] HB CC 4C013
  • C07D251/32
    		•  .....Cyanuric acid; Isocyanuric acid [2] HB CC 4C013
  • C07D251/32@A
    		•  Cyanuric acid HB CC 4C013
  • C07D251/32@B
    		•  .Manufacturing method HB CC 4C013
  • C07D251/32@C
    		•  ..Purification HB CC 4C013
  • C07D251/32@D
    		•  Isocyanuric acid HB CC 4C013
  • C07D251/32@Z
    		•  Others HB CC 4C013
  • C07D251/34
    		•  .....Cyanuric or isocyanuric esters [2] HB CC 4C013
  • C07D251/34@A
    		•  having the structure shown in [figure] HB CC 4C013
  • C07D251/34@B
    		•  .Hydrocarbon radical directly bonded to the nitrogen atom in the heterocyclic ring HB CC 4C013
  • C07D251/34@C
    		•  ..Manufacturing method HB CC 4C013
  • C07D251/34@D
    		•  .Substituted hydrocarbon radical directly bonded to the nitrogen atom in the heterocyclic ring HB CC 4C013
  • C07D251/34@E
    		•  ..Radical containing oxygen as the substitute radical HB CC 4C013
  • C07D251/34@F
    		•  ...Ether radical as the substitute radical HB CC 4C013
  • C07D251/34@G
    		•  ...Ester radical as the substitute radical HB CC 4C013
  • C07D251/34@H
    		•  ..Allyl radical in which the hydrocarbon radical has or does not have alkylene HB CC 4C013
  • C07D251/34@K
    		•  ..Isocyanate radical as the substitute radical HB CC 4C013
  • C07D251/34@L
    		•  ...Manufacturing method HB CC 4C013
  • C07D251/34@M
    		•  Cyanuric acid ester HB CC 4C013
  • C07D251/34@N
    		•  .Allyl radical bonded to the carbon atom in the heterocyclic ring via oxygen HB CC 4C013
  • C07D251/34@P
    		•  ..Allyl radical containing oxygen connected to the carbon atom in the heterocyclic ring via oxygen HB CC 4C013
  • C07D251/34@Q
    		•  .Chain type substituted hydrocarbon radical connected to the carbon atom in the heterocyclic ring via oxygen HB CC 4C013
  • C07D251/34@Z
    		•  Others HB CC 4C013
  • C07D251/36
    		•  .....having halogen atoms directly attached to ring nitrogen atoms [2] HB CC 4C013
  • C07D251/36@A
    		•  Manufacturing method HB CC 4C013
  • C07D251/36@B
    		•  .Chlorination HB CC 4C013
  • C07D251/36@C
    		•  .Stabilization HB CC 4C013
  • C07D251/36@D
    		•  .Drying, granulation HB CC 4C013
  • C07D251/36@Z
    		•  Others HB CC 4C013
  • C07D251/38
    		•  ....Sulfur atoms [2] HB CC 4C013
  • C07D251/38@A
    		•  SH, =S directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/38@B
    		•  Hydrocarbon radical bonded to the carbonn atom in the heterocyclic ring via suphur HB CC 4C013
  • C07D251/38@C
    		•  Substituted hydrocarbon radical bonded to the carbon atom in the heterocyclic ring via sulphur HB CC 4C013
  • C07D251/38@D
    		•  Hetero atom or substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom that is bonded to the carbon atom in the heterocyclic ring via sulphur HB CC 4C013
  • C07D251/38@Z
    		•  Others HB CC 4C013
  • C07D251/40
    		•  ....Nitrogen atoms [2] HB CC 4C013
  • C07D251/42
    		•  .....One nitrogen atom [2] HB CC 4C013
  • C07D251/44
    		•  ......with halogen atoms attached to the two other ring carbon atoms [2] HB CC 4C013
  • C07D251/44@A
    		•  Hydrocarbon radical directly bonded to the heterocyclic ring HB CC 4C013
  • C07D251/44@B
    		•  Substituted hydrocarbon radical bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/44@C
    		•  .Allyl radical as the hydrocarbon radical HB CC 4C013
  • C07D251/44@D
    		•  .N=C-hetero atom directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/44@E
    		•  Hetero atom or substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom that is bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/44@Z
    		•  Others HB CC 4C013
  • C07D251/46
    		•  ......with oxygen or sulfur atoms attached to the two other ring carbon atoms [2] HB CC 4C013
  • C07D251/46@A
    		•  Oxygen directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/46@B
    		•  Sulphur directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/46@C
    		•  Substituted hydrocarbon radical bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/46@D
    		•  .NC=hetero atom directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/46@E
    		•  containing sulfonyl urea HB CC 4C013
  • C07D251/46@F
    		•  .containing phenylsulfonylurea HB CC 4C013
  • C07D251/46@G
    		•  ..Substitute radical directly bonded to the phenyl ring HB CC 4C013
  • C07D251/46@H
    		•  ...Oxygen and sulphur as the substitute radical HB CC 4C013
  • C07D251/46@Z
    		•  Others HB CC 4C013
  • C07D251/48
    		•  .....Two nitrogen atoms [2] HB CC 4C013
  • C07D251/50
    		•  ......with a halogen atom attached to the third ring carbon atom [2] HB CC 4C013
  • C07D251/50@A
    		•  Hydrocarbon radical directly bonded to the heterocyclic ring HB CC 4C013
  • C07D251/50@B
    		•  Substituted hydrocarbon radical bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/50@C
    		•  .Substitute radical having bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom HB CC 4C013
  • C07D251/50@D
    		•  .Allyl radical as the hydrocarbon radical HB CC 4C013
  • C07D251/50@E
    		•  Hetero atom or substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom that is bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/50@Z
    		•  Others HB CC 4C013
  • C07D251/52
    		•  ......with an oxygen or sulfur atom attached to the third ring carbon atom [2] HB CC 4C013
  • C07D251/52@A
    		•  Oxygen directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/52@B
    		•  Sulphur directly bonded to the carbon atom in the heterocyclic ring HB CC 4C013
  • C07D251/52@C
    		•  .Hetero atom or substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom that is bonded to the carbon atom in the heterocyclic ring via sulphur HB CC 4C013
  • C07D251/52@D
    		•  Substituted hydrocarbon radical bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/52@E
    		•  .Substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom HB CC 4C013
  • C07D251/52@F
    		•  Hetero atom or substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom that is bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/52@G
    		•  containing sulfonyl urea HB CC 4C013
  • C07D251/52@Z
    		•  Others HB CC 4C013
  • C07D251/54
    		•  .....Three nitrogen atoms [2] HB CC 4C013
  • C07D251/56
    		•  ......Preparation of melamine [2] HB CC 4C013
  • C07D251/58
    		•  .......from cyanamide, dicyanamide or calcium cyanamide [2] HB CC 4C013
  • C07D251/60
    		•  .......from urea or from carbon dioxide and ammonia [2] HB CC 4C013
  • C07D251/60@A
    		•  Catalyst HB CC 4C013
  • C07D251/60@B
    		•  Additive HB CC 4C013
  • C07D251/60@C
    		•  Reaction parameter HB CC 4C013
  • C07D251/60@D
    		•  Reaction engineering type operation HB CC 4C013
  • C07D251/60@E
    		•  .Cooling HB CC 4C013
  • C07D251/60@F
    		•  .Recycling HB CC 4C013
  • C07D251/60@G
    		•  .Multi-stage operation HB CC 4C013
  • C07D251/60@H
    		•  Equipment, material HB CC 4C013
  • C07D251/60@Z
    		•  Others HB CC 4C013
  • C07D251/62
    		•  ......Purification of melamine [2] HB CC 4C013
  • C07D251/64
    		•  ......Condensation products of melamine with aldehydes; Derivatives thereof (polycondensation products C08G) [2] HB CC 4C013
  • C07D251/66
    		•  ......Derivatives of melamine in which a hetero atom is directly attached to a nitrogen atom of melamine [2] HB CC 4C013
  • C07D251/68
    		•  ......Triazinylamino stilbenes [2] HB CC 4C013
  • C07D251/70
    		•  ......Other substituted melamines [2] HB CC 4C013
  • C07D251/70@A
    		•  Hydrocarbon radical bonded to the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/70@B
    		•  Substituted hydrocarbon radical bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/70@C
    		•  .Oxygen as the substitute radical HB CC 4C013
  • C07D251/70@D
    		•  .Nitrogen as the substitute atom HB CC 4C013
  • C07D251/70@E
    		•  .Substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom HB CC 4C013
  • C07D251/70@F
    		•  .Allyl radical as the hydrocarbon radical HB CC 4C013
  • C07D251/70@G
    		•  Substitute radical having three bonds to hetero atoms among which at most one atom is the halogen-bonded carbon atom is bonded to the carbon atom in the heterocyclic ring via nitrogen HB CC 4C013
  • C07D251/70@H
    		•  Hetero atom directly bonded to the nitrogen atom in the heterocyclic ring HB CC 4C013
  • C07D251/70@Z
    		•  Others HB CC 4C013
  • C07D251/72
    		•  .condensed with carbocyclic rings or ring systems [2] HB CC 4C013
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