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An electric power source device including a plurality of battery cells accommodated within a battery casing installed on an automotive vehicle, such that the battery cells are cooled air introduced from a compartment of the vehicle into the battery casing, wherein the battery casing is disposed adja

An electric power source device including a plurality of battery cells accommodated within a battery casing installed on an automotive vehicle, such that the battery cells are cooled air introduced from a compartment of the vehicle into the battery casing, wherein the battery casing is disposed adjacent to the vehicle compartment and is generally isolated from the compartment by a floor or covering member which partially defines the compartment or covers the battery casing, and the floor or covering member has an inlet of an air intake passage, through which the air is introduced into the battery casing, for cooling the battery cells.

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An electric power source device including a plurality of battery cells accommodated within a battery casing installed on an automotive vehicle, such that the battery cells are cooled air introduced from a compartment of the vehicle into the battery casing, wherein the battery casing is disposed adja

An electric power source device including a plurality of battery cells accommodated within a battery casing installed on an automotive vehicle, such that the battery cells are cooled air introduced from a compartment of the vehicle into the battery casing, wherein the battery casing is disposed adjacent to the vehicle compartment and is generally isolated from the compartment by a floor or covering member which partially defines the compartment or covers the battery casing, and the floor or covering member has an inlet of an air intake passage, through which the air is introduced into the battery casing, for cooling the battery cells. ection structure comprises an open configuration in which sample material is capable of moving into the at least one electrophoresis channel from the at least one process chamber; and at least one electrophoresis medium chamber in fluid communication with each electrophoresis channel of the plurality of electrophoresis channels, wherein the at least one electrophoresis medium chamber is located radially inward from each electrophoresis channel with which the at least one electrophoresis medium chamber is in fluid communication. 11. A device according to claim 10, wherein the plurality of electrophoresis channels comprise straight electrophoresis channels extending radially outward from the electrophoresis medium chamber relative to the axis of rotation. 12. A device according to claim 10, wherein at least one electrophoresis channel of the plurality of electrophoresis channels comprises a curved electrophoresis channel. 13. A device according to claim 10, wherein each electrophoresis channel of the plurality of electrophoresis channels comprises a curved electrophoresis channel forming an arc of about 90 degrees or more within the substrate. 14. A device according to claim 10, wherein each electrophoresis channel of the plurality of electrophoresis channels comprises a curved electrophoresis channel forming an arc of about 180 degrees or more within the substrate. 15. A device according to claim 10, wherein the plurality of electrophoresis channels comprise a plurality of capillary tubes attached to the substrate. 16. A device according to claim 10, wherein the connection structure comprises a porous plug. 17. A device for processing sample material, the device comprising: a substrate comprising first and second major surfaces and a hub defining an axis of rotation for the substrate; a plurality of ele