Weekly topic: 5 wealth points for those who answer correctly, 2 wealth points for those who participate； Question 155
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Ion exchange resins consist of three parts: the first is (), the second are the functional groups attached to the skeleton, and the third is (). The three are interdependent and unified within each ion-exchange bead. As a commercial product, ion exchange resin often contains a certain amount of water during transportation, storage, and use; therefore, water molecules are present within the framework of each ion exchange resin particle, as well as between its functional groups and counterions. The polymeric backbone of the network structure, and exchangeable ions with charges opposite to those of the functional groups
It consists of three parts: (polymer backbone), functional groups, and (pores)------------------------------
Ion exchange resins consist of three components: first, a polymeric skeleton with a network structure; second, functional groups attached to this skeleton; and third, exchangeable ions that carry an opposite charge to that of the functional groups.
Polymer backbone of a network structure; exchangeable ions with functional groups carrying opposite charges
Ion exchange resins consist of three parts: first, a polymer backbone with a network structure; second, functional groups attached to the backbone; and third, exchangeable ions that carry an opposite charge to that of the functional groups.
Ion exchange resins consist of three parts: first, a polymer backbone made up of cross-linked polymer compounds; second, functional groups attached to this backbone; and third, pores – which include gel pores within the polymer structure and capillary pores between different parts of the polymer structure, and these pores are present in both dry and wet ion exchange resins. The three are interdependent and unified within each ion-exchange bead. As a commercial product, ion exchange resin often contains a certain amount of water during transportation, storage, and use; therefore, water molecules are present within the framework of each ion exchange resin particle, as well as between its functional groups and counterions.
Ion exchange resins consist of three parts: first, a polymer backbone with a network structure; second, functional groups attached to the backbone; and third, exchangeable ions that carry an opposite charge to that of the functional groups. The three are interdependent and unified within each ion-exchange bead. As a commercial product, ion exchange resin often contains a certain amount of water during transportation, storage, and use; therefore, water molecules are present within the framework of each ion exchange resin particle, as well as between its functional groups and counterions.
Ion exchange resins consist of three components: first, a polymeric backbone with a network structure; second, functional groups attached to the backbone; and third, exchangeable ions that carry an opposite charge to that of the functional groups.
Ion exchange resins consist of three parts: the first is (), the second are the functional groups attached to the skeleton, and the third is (). The three are interdependent and unified within each ion-exchange bead. As a commercial product, ion exchange resin often contains a certain amount of water during transportation, storage, and use; therefore, water molecules are present within the framework of each ion exchange resin particle, as well as between its functional groups and counterions.
Ion exchange resins consist of three components: first, a polymer backbone with a network structure; second, functional groups attached to this backbone; and third, exchangeable ions that carry an opposite charge to that of the functional groups. These three elements are interdependent and form a unified whole within each ion exchange bead. As a commercial product, ion exchange resin often contains a certain amount of water during transportation, storage, and use; therefore, water molecules are present within the framework of each ion exchange resin particle, as well as between its functional groups and counterions.
Ion exchange resins consist of three parts: first, a polymer backbone with a network structure; second, functional groups attached to the backbone; and third, exchangeable ions that carry an opposite charge to that of the functional groups. The three are interdependent and unified within each ion-exchange bead. As a commercial product, ion exchange resin often contains a certain amount of water during transportation, storage, and use; therefore, water molecules are present within the framework of each ion exchange resin particle, as well as between its functional groups and counterions.