This invention the multiple thermocouples which were formed the p die thermo- component (thermoelement) (12) with, the n die thermo- component (14) with by (thermocouples) the thermo-element which it has (thermogenerator) (10) regards the process which is produced. The multiple holes (holes) (20a and 20b) the wafer which is provided (wafer) (18), it is covered the powder of the thermoelectric material (thermoelectric material powder) (22 and 24) by. While having heated, pressure (P), the wafer (18) multiple p dies and the n die thermo- component which are included (12 and 14) it forms by penetrating inside the powder (22 and 24) to in addition, the powder (22 and 24) the hole (20a and 20b). It is the wafer where the wafer (18), it makes thin, the thermo- component (12 and 14) the matrix which is included (matrix) (16) it forms this way and makes thin. The matrix (16) while conservation, the p die thermo- component is jointed, in order to form the thermocouple, the n die thermo- component is jointed, in order to form the thermocouple, the thermo-element (10) obtains with that.
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