PEROVSKITE FILMS MANUFACTURING PROCESS BY MEANS OF CHEMICAL BATH DEPOSITION TECHNIQUES AND CHEMICAL EVAPORATION AT LOW TEMPERATURES.

Alan COTA LEAL Marcos; Sotelo Lerma Mérida

PEROVSKITE FILMS MANUFACTURING PROCESS BY MEANS OF CHEMICAL BATH DEPOSITION TECHNIQUES AND CHEMICAL EVAPORATION AT LOW TEMPERATURES.

Título traducido de la contribución: PROCESO DE FABRICACIÓN DE PELÍCULAS DE PEROVSKITA POR MEDIO DE TÉCNICAS DE DEPÓSITO POR BAÑO QUÍMICO Y EVAPORACIÓN QUÍMICA A BAJAS TEMPERATURAS.

Alan COTA LEAL Marcos (Inventor), Sotelo Lerma Mérida (Inventor)

Producción científica: Patente

Resumen

The present disclosure is related to a perovskite films manufacturing process (CH3NH3Pbl3-xClx) which are used to manufacture of solar cells, such as the chemical bath deposition or the chemical evaporation al low temperatures. This manufacturing method allows the production of homogeneous large-scale perovskite films and also a control over the thickness of the films, on any substrate not soluble in water. Temperatures greater than 100°C, are not used in this process and does not require special conditions; in addition, allows the deposit without area limitation. With this process it is possible to deposit lead sulphide as a precursor for perovskite. Subsequently, there comes a treatment with iodine vapor, process in which only 80°C is necessary to generate them and to react with lead sulfide to transform the same into lead iodide. Finally, these films are exposed to methylammonium chloride vapors at 145°C to obtain perovskite.

Título traducido de la contribución	PROCESO DE FABRICACIÓN DE PELÍCULAS DE PEROVSKITA POR MEDIO DE TÉCNICAS DE DEPÓSITO POR BAÑO QUÍMICO Y EVAPORACIÓN QUÍMICA A BAJAS TEMPERATURAS.
Idioma original	Inglés estadounidense
Número de patente	MX2017000310
CIP	C23C 14/ 22 A I,TÍTULO DE PATENTE No. 383528
Fecha de prioridad	14/12/16
Estado	Publicada - 13 jun. 2018

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title = "PEROVSKITE FILMS MANUFACTURING PROCESS BY MEANS OF CHEMICAL BATH DEPOSITION TECHNIQUES AND CHEMICAL EVAPORATION AT LOW TEMPERATURES.",

abstract = "The present disclosure is related to a perovskite films manufacturing process (CH3NH3Pbl3-xClx) which are used to manufacture of solar cells, such as the chemical bath deposition or the chemical evaporation al low temperatures. This manufacturing method allows the production of homogeneous large-scale perovskite films and also a control over the thickness of the films, on any substrate not soluble in water. Temperatures greater than 100°C, are not used in this process and does not require special conditions; in addition, allows the deposit without area limitation. With this process it is possible to deposit lead sulphide as a precursor for perovskite. Subsequently, there comes a treatment with iodine vapor, process in which only 80°C is necessary to generate them and to react with lead sulfide to transform the same into lead iodide. Finally, these films are exposed to methylammonium chloride vapors at 145°C to obtain perovskite.",

author = "Marcos, {Alan COTA LEAL} and M{\'e}rida, {Sotelo Lerma}",

year = "2018",

month = jun,

day = "13",

language = "American English",

type = "Patent",

note = "MX2017000310; C23C 14/ 22 A I,T{\'I}TULO DE PATENTE No. 383528",

}

TY - PAT

T1 - PEROVSKITE FILMS MANUFACTURING PROCESS BY MEANS OF CHEMICAL BATH DEPOSITION TECHNIQUES AND CHEMICAL EVAPORATION AT LOW TEMPERATURES.

AU - Marcos, Alan COTA LEAL

AU - Mérida, Sotelo Lerma

PY - 2018/6/13

Y1 - 2018/6/13

N2 - The present disclosure is related to a perovskite films manufacturing process (CH3NH3Pbl3-xClx) which are used to manufacture of solar cells, such as the chemical bath deposition or the chemical evaporation al low temperatures. This manufacturing method allows the production of homogeneous large-scale perovskite films and also a control over the thickness of the films, on any substrate not soluble in water. Temperatures greater than 100°C, are not used in this process and does not require special conditions; in addition, allows the deposit without area limitation. With this process it is possible to deposit lead sulphide as a precursor for perovskite. Subsequently, there comes a treatment with iodine vapor, process in which only 80°C is necessary to generate them and to react with lead sulfide to transform the same into lead iodide. Finally, these films are exposed to methylammonium chloride vapors at 145°C to obtain perovskite.

AB - The present disclosure is related to a perovskite films manufacturing process (CH3NH3Pbl3-xClx) which are used to manufacture of solar cells, such as the chemical bath deposition or the chemical evaporation al low temperatures. This manufacturing method allows the production of homogeneous large-scale perovskite films and also a control over the thickness of the films, on any substrate not soluble in water. Temperatures greater than 100°C, are not used in this process and does not require special conditions; in addition, allows the deposit without area limitation. With this process it is possible to deposit lead sulphide as a precursor for perovskite. Subsequently, there comes a treatment with iodine vapor, process in which only 80°C is necessary to generate them and to react with lead sulfide to transform the same into lead iodide. Finally, these films are exposed to methylammonium chloride vapors at 145°C to obtain perovskite.

M3 - Patent

M1 - MX2017000310

ER -

PEROVSKITE FILMS MANUFACTURING PROCESS BY MEANS OF CHEMICAL BATH DEPOSITION TECHNIQUES AND CHEMICAL EVAPORATION AT LOW TEMPERATURES.

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