Processing device and processing method

2:

• The processing device according to claim 1, wherein
• in said processing member, the at-least-one minute flow passage includes a plurality of minute flow passages, and the at-least-one heat medium flow passage includes a plurality of heat medium flow passages.

3:

• The processing device according to claim 1, wherein
• the at-least-one minute flow passage of said processing member includes a reaction flow passage in which by performing heat exchange between the material fluid and the heat medium circulated in the heat medium flow passage, reaction of the material fluid is performed while adjusting the temperature of the material fluid.

4:

• The processing device according to claim 1, wherein
• plural types of material fluids are circulated in the at-least-one minute flow passage as the material fluid.

5:

• The processing device according to claim 1, wherein
• in said processing member, the at-least-one minute flow passage includes a plurality of minute flow passages, and the at-least-one heat medium flow passage includes a plurality of heat medium flow passages, and
• plural types of material fluids are circulated in the at-least-one minute flow passage as the material fluid.

6:

• The processing device according to claim 1, wherein
• the at-least-one minute flow passage of said processing member includes a reaction flow passage in which by performing heat exchange between the material fluid and the heat medium circulated in the heat medium flow passage, reaction of the material fluid is performed while adjusting the temperature of the material fluid, and
• plural types of material fluids are circulated in the at-least-one minute flow passage as the material fluid.

7:

• The processing device according to claim 4, wherein
• said reaction bath stores a first material fluid and a second material fluid as the plural types of material fluids in a state where the immiscible first and second material fluids having different specific gravities from each other are respectively divided into an upper layer and a lower layer, and
• the at-least-one minute flow passage of said processing member includes a reaction flow passage in which the second material fluid in the lower layer taken from a lower part of said reaction bath is reacted while circulating the second material fluid, and a merging flow passage in which the first material fluid in the upper layer of said reaction bath is merged into the second material fluid in the reaction flow passage in the middle of the reaction flow passage.