Topics
TiCl4Chemical substance
C60Cl6 Reacts with allyltrimethylsilane in the presence of TiCl4 to form a C-S symmetrical, hexaallyl addended [60]fullerene derivative, C-60(CH2CH=CH2)(6), in 58% yield; C-60(CH2CH=CH2)(5)Cl is separated as a minor reaction product in 14% yield
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
Looking for the new approaches of increasing of reactivity and solubility (especially in polar solve...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
C-60 reacts with 2-aminoethylhydrogensulfate to give a mixture of mono- and bispiperazine fullerene ...
Hexachloro[60]fullerene, C60Cl6, was reacted with a mixture of ROH/H2O (R = Me, Et, n-Pr, (CH2)(2)C ...
[60]Fullerene derivatives, C60Ar5Cl (Ar = Ph or 4-FC6H4), react with AlCl3 in solution at room tempe...
Reaction of freshly prepared C60Cl6 (from chlorination of [60]fullerene by ICI in benzene) with meth...
(C5Me4SiMe3NtBu)TiCl2 (A) was prepared following literature procedures.1 Methylalumoxane (MAO, 10 wt...
Diazirine addition reactions to C60, followed by an HCl elimination step, yielded [6,6] and [5,6] sp...
Reaction of ethyl bromoacetate and zinc with [60]fullerene in the absence. of any solvent, followed ...
Trifluoromethylation of[60]- and [70]fullerenes occurs across both 6:6- and 5: 6- bonds giving unsym...
In solution phase, aliphatic amines add on to fullerenes; vapourization of graphite in presence of m...
In solution phase, aliphatic amines add on to fullerenes; vapourization of graphite in presence of m...
Chlorofullerene C(60)Cl(6) undergoes highly selective reactions with thiols forming compounds C(60)[...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
Looking for the new approaches of increasing of reactivity and solubility (especially in polar solve...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
C-60 reacts with 2-aminoethylhydrogensulfate to give a mixture of mono- and bispiperazine fullerene ...
Hexachloro[60]fullerene, C60Cl6, was reacted with a mixture of ROH/H2O (R = Me, Et, n-Pr, (CH2)(2)C ...
[60]Fullerene derivatives, C60Ar5Cl (Ar = Ph or 4-FC6H4), react with AlCl3 in solution at room tempe...
Reaction of freshly prepared C60Cl6 (from chlorination of [60]fullerene by ICI in benzene) with meth...
(C5Me4SiMe3NtBu)TiCl2 (A) was prepared following literature procedures.1 Methylalumoxane (MAO, 10 wt...
Diazirine addition reactions to C60, followed by an HCl elimination step, yielded [6,6] and [5,6] sp...
Reaction of ethyl bromoacetate and zinc with [60]fullerene in the absence. of any solvent, followed ...
Trifluoromethylation of[60]- and [70]fullerenes occurs across both 6:6- and 5: 6- bonds giving unsym...
In solution phase, aliphatic amines add on to fullerenes; vapourization of graphite in presence of m...
In solution phase, aliphatic amines add on to fullerenes; vapourization of graphite in presence of m...
Chlorofullerene C(60)Cl(6) undergoes highly selective reactions with thiols forming compounds C(60)[...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
Looking for the new approaches of increasing of reactivity and solubility (especially in polar solve...
The reactivity of C602– anion, easily generated upon chemical reduction of the C60 core by sodium me...
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