The approaches of ion exchange, encapsulation and tethered can be used to immobilize the homogeneous catalyst, the carrier and the length of the tether effect on the catalytic activity of immobilized catalyst.
The approaches of ion exchange, encapsulation and tethered can be used to immobilize the homogeneous catalyst, the carrier and the length of the tether effect on the catalytic activity of immobilized catalyst.
可以通过离子交换、密封和接枝等方法将均相催化剂固载于载体之上,而载体和接枝过渡物质的接枝长度也会影响固载化催化剂的活性.