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We have been aware of the importance of equipping poly(ethylene oxide) units with polymer-immobilized catalysts to gain high catalytic activity in aqueous reaction media through our research on polystyrene-poly(ethylene oxide) (PS-PEG) resin-supported metal catalysts. For reviews, see
-
We have been aware of the importance of equipping poly(ethylene oxide) units with polymer-immobilized catalysts to gain high catalytic activity in aqueous reaction media through our research on polystyrene-poly(ethylene oxide) (PS-PEG) resin-supported metal catalysts. For reviews, see
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48
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For recent typical examples, see
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Also see ref 5.
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62
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77957855762
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Catalyst 3 (W 60.5 wt %; ICP-AES analysis) was readily prepared starting with 1,3-di(4-pyridyl)propane and tetraethylene glycol dichloride (below). Details are provided in the Supporting Information.
-
Catalyst 3 (W 60.5 wt %; ICP-AES analysis) was readily prepared starting with 1,3-di(4-pyridyl)propane and tetraethylene glycol dichloride (below). Details are provided in the Supporting Information.
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63
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77957854848
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For a review, see
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For a review, see
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65
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77957830953
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The time-lag observed for the termination of the ketone formation should be attributed to the thermal decomposition of decane-2-hydroperoxide, the possible reaction intermediate. Experimental details are provided in the Supproting Information, S-18.
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The time-lag observed for the termination of the ketone formation should be attributed to the thermal decomposition of decane-2-hydroperoxide, the possible reaction intermediate. Experimental details are provided in the Supproting Information, S-18.
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