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THERMOELECTRIC GENERATOR BASED ON SAMARIUM SULPHIDE ALLOYED BY ATOMS OF LANTHANIDES FAMILY AND METHOD OF ITS FABRICATION (VERSIONS)
THERMOELECTRIC GENERATOR BASED ON SAMARIUM SULPHIDE ALLOYED BY ATOMS OF LANTHANIDES FAMILY AND METHOD OF ITS FABRICATION (VERSIONS)
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机译：基于镧系元素原子硫化SA的热电发电机及其制造方法（版本）
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摘要
FIELD: power industry.;SUBSTANCE: invention relates to conversion of thermal energy into electric by means of semiconductor thermoelectric generators. Essence of the invention: the thermoelectric generator contains at least one layer of the semiconductor material Sm1+xLnyS based on samarium sulphide alloyed by atoms Ln of lanthanides family located between current contacts. The concentration of x samarium atoms in the layer amounts x≤0.2, concentration of Ln atoms amounts for gadolinium Gd or cerium Ce y≤0.15, for Europium Eu or ytterbium Yb y≤0.2.;EFFECT: increase of generated voltage up to 5 V (thermo-EMF), increase of maximum electric power up to several hundreds mkW.;3 cl, 9 dwg
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机译：技术领域本发明涉及通过半导体热电发电机将热能转换为电能。本发明的实质：热电发生器包含至少一层基于硫化sa的半导体材料Sm 1 + x Ln y S，所述硫化material由位于镧系元素的原子Ln合金化当前触点之间。该层中x mar原子的浓度x≤0.2,, Gd或铈Ce y y≤0.15，Eu Eu或Y Yb yy≤0.2的Ln原子浓度;效果：产生的电压增加到5 V （热电动势），最大电力增加到几百兆千瓦。; 3 cl，9 dwg
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