Man

Maria Luisa Valenzuela Valdes

Directora e Investigadora

Universidad Autonoma de Chile

Temuco, Chile

Líneas de Investigación


Phosphazenes materials, Synthesis and Characterization in Solid State of Nanoparticles. Applied Chemical Sciences: Recycling lithium batteries, functional foods, water shortage.

Educación

  •  Doctora en QUIMICA, Universidad de Chile. Chile, 2005
  •  Licenciada en Ciencias Mención Química, Universidad de Chile. Chile, 2001
  •  Diplomada en Comunicación de la Ciencia, Universidad de Chile. Chile, 2014

Experiencia Académica

  •   Postdoctoral Other

    Universidad de Oviedo, España

    Química

    Oviedo, España

    2006 - 2009

  •   Coordinadora de Química Analitica e Instrumental Full Time

    Universidad Andrés Bello

    Ciencias Exactas

    Santiago, Chile

    2009 - 2014

  •   Investigadora Full Time

    Universidad Autonoma de Chile

    Santiago, Chile

    2014 - A la fecha

  •   Directora de Instituto de Ciencias Quimicas Aplicadas Full Time

    UNIVERSIDAD AUTONOMA DE CHILE

    Ingeneria

    Santiago, Chile

    2015 - A la fecha

Experiencia Profesional

  •   Coordinadora de Quimica Analitica e Instrumental Full Time

    Universidad Andres Bello

    Santiago, Chile

    2009 - 2014

  •   Directora Instituto de Ciencias Químicas Aplicadas Full Time

    Universidad Autónoma de Chile

    Santiago-talca-temuco, Chile

    2014 - A la fecha

Formación de Capital Humano


Unidades de Investigación Licenciatura en Química de la Universidad Andrés Bello.

1.- Carolina Muñoz “Trímero de Fosfacenos Modificados con Derivados de 2.2’-Bifenildiol: Síntesis y caracterización”. 2015

2.- Macarena San Martin “Determinación de Hidrocarburos Aromáticos Policiclicos en lechuga Comercial (Lactuca Sativa) por medio de Cromatografía de Gases-Espectroscopia de masas (GC_MS). 2014

3.- Jean Pierre Apablaza “Estudio de Propiedades Espectroscópicas y Térmicas de Polinitrofosfacenos”. 2013

4.- Rodrigo Baez “Formación de Nanoestructuras de Platino en Estado Sólido”. Co-dirigida con Carlos Díaz (UChile). 2013

5.- Lissette Rodriguez “Caracterización Electroquímica de Polifosfacenos Funcionalizados y su Potencial Aplicación en la Modificación de Electrodos de carbón vítreo”. 2013

6.-Daniela Cortes “Optimización de los parámetros experimentales de la técnica de cromatografía líquida de alta eficiencia para la determinación de tartrazina, amarillo crepúsculo y rojo alura en muestras de alimentos”. Co-dirigida con Veronica Arancibia (PUC). 2013

7.- María de los Ángeles Cortes “Sintesis y Caracterizacion de Nuevos Polifosfacenos del Tipo {[NP(O2C12H8)]1-x [NP(OC6H4COOH)(OC5H4N)]X. 2013


6.2. Tutor de Tesis Magister y Doctorado

1.- José León, Doctorado de Química Pontificia Universidad Católica de Chile

2.- María de los Ángeles Cortes, Doctorado de Quimica Universidad de Chile, “Poli(4-vinilpiridina) y su Copolímero en Bloque con unidades de Fosfaceno, como Moldes en Estado Sólido, para la Obtención de Nanoestructuras de Metales y Óxidos Metálicos”. En ejecución.

3. Lorena Merlet, Magister en Biotecnología UNAB “Estudio y análisis metabólico de los efectos del raleo en variedades de Prunus persica (L.) Batsch durante su postcosecha. 28 Abril, 2017.

4.- Gianfranco Benedetto, Magister en Biotecnología UNAB “Efecto del Raleo en la Calidad y composición de Metabolitos en Frutos de Prunus Persica (L.) batsch. 2015.

Comisiones de Tesis:
I) Doctorado en Fisicoquímica Molecular, Universidad Andrés Bello:
Dr. Gonzalo Ochoa, 2016.
Dr. Mario Saavedra, 2014
Dra. Cristina Aparecida, 2013
Dr. Vicente Samith, 2013
Dra. Leonor Alvarado, 2010

II) Doctorado en Química, Pontificia Universidad Católica:
C. Dr. Miguel Verdugo, en curso.

III) Magister en Biología Marina, Universidad Andrés Bello:
Nicolás Latorre Padilla. 30-marzo, 2017.

IV) Título de Licenciado en Química, Pontificia Universidad Católica de Chile:
Sebastián Saltarini 29 Mayo, 2019.
Marco Henríquez 4-Mayo, 2017.


Difusión y Transferencia


1.- Proyecto de Investigación aplicada FIC: Valorización de desechos electrónicos (batería de Litio) para la competitividad industrial del reciclaje electrónico de la Región Metropolitana”. Nº BIP: 40002621-0
Producto del trabajo realizado en este proyecto, y con el fin de unificar los conocimientos desarrollados y pasarlos a la sociedad, se realizaron herramientas educativas de libre disposición, las cuales resumen las principales temáticas y descubrimientos del proyecto, estas fueron:

Guía Educativa: https://ciencias.uautonoma.cl/reciclaje_litio/

Cápsulas educativas: Total 5.
¿Cómo se pueden reciclar las baterías de litio para reutilizarlas? Metodología
https://www.facebook.com/435707936857593/videos/531837137616600

¿Por qué es importante recuperar el litio para su reutilización?
https://www.facebook.com/435707936857593/videos/718307122018124

Conoce el funcionamiento químico que tienen las baterías de litio
https://www.facebook.com/435707936857593/videos/2412673395658969

Ley Rep:
https://www.facebook.com/435707936857593/videos/1403656216477441

Importancia del Reciclaje en baterías de Litio
https://www.facebook.com/435707936857593/videos/1237141953140875

2.- Producto de Instituto de Ciencias Químicas Aplicadas: Libro de Energías que mueven al mundo https://ciencias.uautonoma.cl/energias-renovables/
EDITORA Y ESCRITORA DE UN CAPITULO.
3.- Difusión en prensa escrita y radio.

Fecha Link de aparición
28-11-18 http://quimica.uc.cl/es/noticias/1197-colaboracion-entre-quimicos-de-la-uc-y-universidad-autonoma-busca-mejorar-el-reciclaje-de-desechos-electronicos
29-03-19 https://ciencias.uautonoma.cl/entrevistas/recuperacion-de-baterias-de-litio-para-impulsar-la-sustentabilidad
03-04-19 https://youtube/He1LuXArw_c
15-04-19 ProgramaSuperCienciaradioADN:https://envivo.adnradio.cl/audio/adn_superciencia_20190415_210000_220000/
18-04-19 http://quimica.uc.cl/es/noticias/1219-empresas-de-reciclaje-participan-en-taller-para-recuperar-el-litio-de-las-baterias-de-celulares
25-04-19 https://www.adnradio.cl/escucha/archivo_de_audio/la-academica-maria-luisa-valenzuela-explico-el-reciclaje-de-baterias-de-litio/20190425/oir/3895896.aspx
19-05-19 https://www.litoralpress.cl/sitio/msolotextortv.cshtml?session=XL0SdvCqyaWq1NwrqhA25XoTN1xaYdPTSwZXD4v4q69mmCvSsy3XdZfbRsv3pp+V
02-08-19 https://ciencias.uautonoma.cl/noticias/reciclar-baterias-de-litio
07-08-19 https://cl.universianews.net/2019/08/07/cientificos-buscan-metodo-para-reciclar-baterias-de-litio-de-forma-rentable-y-protegiendo-el-medioambiente/
07-08-19 https://eltitular.cl/2019/08/07/cientificos-buscan-metodo-para-reciclar-baterias-de-litio-de-forma-rentable-y-protegiendo-el-medioambiente
08-08-19 https://www.elmostrador.cl/agenda-pais/2019/08/08/cientificos-buscan-metodo-para-reciclar-baterias-de-litio-de-forma-rentable-y-protegiendo-el-medioambiente/
08-08-19 http://planetac.cl/2019/08/08/cientificos-chilenos-trabajan-en-metodo-para-reciclar-baterias-de-litio/
16-08-19 http://www.crisisglobal.org/2019/08/16/cientificos-buscan-metodo-para-reciclar-baterias-de-litio-de-forma-rentable-y-protegiendo-el-medioambiente/
18-08-19 https://www.noticiasaldia.cl/2019/08/18/cientificos-buscan-metodo-para-reciclar-baterias-de-litio-de-forma-rentable-y-protegiendo-el-medioambiente/
30-08-19 https://www.tele13radio.cl/podcast/nativos/maria-luisa-valenzuela-y-el-reciclaje-de-baterias-de-litio?msvid=5d699c4481cfa35b209a500b
27-09-19 http://www.australvaldivia.cl/impresa/2019/09/27/full/cuerpo-principal/9/
27-09-19 http://www.diarioestrategia.cl/texto-diario/mostrar/1539615/electromovilidad-dia-despues-manana
28-09-19 http://www.lidersanantonio.cl/impresa/2019/09/28/full/cuerpo-principal/6/
10-10-19 https://www.adnradio.cl/escucha/archivo_de_audio/salva-la-tierra-09102019/20191010/oir/3964416.aspx

26-11-2019 https://www.latercera.com/tiempo-de-actuar/noticia/reciclaje-baterias-litio-dificil-desafio-se-viene-la-electromovilidad/915626/
23-04-2020 https://ciencias.uautonoma.cl/noticias/reciclaje-una-respuesta-al-medio-ambiente/

23-04-2020 https://www.australvaldivia.cl/impresa/2020/04/23/full/cuerpo-principal/11/
https://www.diarioatacama.cl/impresa/2020/04/23/full/cuerpo-principal/9/
https://www.latribuna.cl/edicion-impresa/2020/04/23/23-04-2020.html

18-11-2020 https://ciencias.uautonoma.cl/noticias/investigacion-aplicada-alimentos-funcionales-que-potencian-la-salud-y-la-economia/
20-11-2020 https://www.soychile.cl/Temuco/Sociedad/2020/11/20/682692/Investigadores-de-U-Autonoma-desarrollaran-proyecto-sobre-alimentos-que-potencian-la-salud-y-la-economia.aspx?fbclid=IwAR0pOknRivwQoRiCOOKryjY4rUNhK6pv_qrsulYsJj9jFUvjQvnJN_6508Q


Charlas y Cursos

Posdcast Octubre 2020: https://cooperativapodcast.cl/la-raiz-de-la-ciencia?ts=20201108162018&categoria=la-ra%C3%ADz-de-la-ciencia

13 y 20-07-2020 “Valorización de desechos electrónicos (batería de Litio). Una mirada hacia el reciclaje”
1. https://youtu.be/8n_0l7afeEk
2. https://youtu.be/XcVecmn2cYg

16 y 23-07-2020 “Una Mirada a las Energias Renovables”
1. https://youtu.be/P62GLfySyQU
2. https://youtu.be/PPThKAtTppg

Para ONG FIMA junto a Universidad Socioambiental

8-7-2020: Webinar “Juntos por la sustentabilidad en la IES: Ley Rep, APL productos prioritarios y reciclaje de baterías de litio, un desafío pendiente. https://youtu.be/5-w5_Ezfrio

5 -09-2019: “Mundo Plástico: Vida y muerte del material mas usado” Temuco en Casa Birra. Av Alemania 0425, publico general.

6-09-2019: “Reciclaje de Baterías de Litio: una realidad para la sustentabilidad de Chile”. Univerisdad Autonoma de Chile, sede Temuco. Publico: Profesores y alumnos de la carrera de Ingeniería Civil Insdustrial.

29-08-2019:”Reuso de Baterías de Litio”: Feria FIDELMOV, Estación Mapocho. Publico General

18-19-07-2019 Planetario-Usach: Charla Interactiva: Mundo Plástico: origen, vida y muerte del material mas usado del planeta

30-mayo-2018: Conversatorio "Cruzando la frontera, de la investigación a la divulgación" en Universidad Autonoma de Chile. https://www.facebook.com/435707936857593/videos/448337428927977

25-10-2017 Café Científico: “Mundo plástico: del origen, vida y muerte del material más usado del planeta. Fecha y lugar: 25 de Octubre / Café Literario Santa Isabel. Providencia Santiago.

Estadías de Investigación:

2019-2020

8 Septiembre a 28 febrero: Laboratorio de Heteroquímica Fundamental y Aplicada (LHFA) UNIVERSITE PAUL SABATIER, Toulouse, Francia. Dr. Tsuyoshi KATO.

2018-2019

10 Dic al 10 febrero: Laboratorio de Síntesis Inorgánica y Catálisis del Departamento de Química Inorga?nica, Orga?nica y Bioquímica, Facultad de Ciencias Químicas, Universidad de Castilla-La Mancha, Campus Universitario de Ciudad Real, España. Con el Dr. Fernando Carrillo y Dr. Antonio Antiñolo.

2017

14 Junio - 1 Agosto: Laboratorio de Síntesis Inorgánica y Catálisis del Departamento de Química Inorga?nica, Orga?nica y Bioquímica, Facultad de Ciencias Químicas, Universidad de Castilla-La Mancha, Campus Universitario de Ciudad Real, España. Con el Dr. Fernando Carrillo y Dr. Antonio Antiñolo.

12 -14 Enero: Laboratorio de Geoquímica y Mineralogía Computacional del Instituto Andaluz de Ciencias de la Tierra, Granada, España con el Dr. Alfonso Hernández Laguna.

16 – 20 Enero: Centro Nacional de experimentación de técnicas de Hidrogeno y pilar de combustible, PuertoLlano, España con Carlos Funez y Leonardo Gonzalez.

22 – 30 Enero: Laboratorio de Polímeros Inorgánicos de la Universidad de Oviedo, Oviedo, España con el Dr. Alejandro Presa y Dr. Gabino Carriedo.

2015

16 Septiembre a 2 de Octubre: Head of Laboratory Aquatic Biotechnology Biofilm Center, Universidad de Duisburg, Duisburg, Alemania con Dr. Mario Vera
Universidad de Freiberg, Departamento de Química Inorgánica y Nanomateriales, Alemania con Dr. Gero Frisch, Dra. Yvonne Joseph and Michael Schlomann.

2014

30 mayo-23 Junio: Laboratorio de Polímeros Inorgánicos de la Universidad de Oviedo, Oviedo, España con el Dr. Alejandro Presa y Dr. Gabino Carriedo.

2012

Julio: Laboratorio de Polímeros Inorgánicos de la Universidad de Oviedo, Oviedo, España con el Dr. Alejandro Presa y Dr. Gabino Carriedo.

Otras Actividades:

2020 Miembro del equipo que diseño, organizó y estructuró el proyecto académico: Doctorado en Ciencias Aplicadas en universidad Autónoma de Chile.

Comité asesor el CEN, centro de excelencia en nanotecnología de Fundación Leitat Chile.

2019 Comité Organizador de I Jornadas de Reciclaje de Caucho. 19 y 20 de Junio Santiago, Chile.

2018 Congreso Regional de Lideres Secundarios (Idea País-UA), tema Feminismo: 24 de Agosto Talca, 2 de Octubre Viña del Mar, 9 Noviembre Santiago.

Comité editorial de la revista infoANALÍTICA

2016 Evaluadora en la modalidad escrita, poster y oral de proyectos presentados en el XI Congreso Regional Explora de Ciencia y Tecnología EXPLORA CONICYT.

Comité Organizador de IV Congreso Nacional de Nanotecnología. Olmue, Chile.

2015 a la fecha: Miembro de la Sociedad Chilena de Química y Referee de Journal of Society Chilean of Chemistry.

2014 Miembro del equipo que diseño, organizó y estructuró el proyecto académico: Instituto de Ciencias Químicas Aplicadas en universidad Autónoma de Chile.

2010-2013 Marzo-2010: Confección de material docente para cursos dictados en Universidad Andrés bello. (Guías de ejercicios, manuales de Laboratorio, manuales de ayudantes, pruebas de alternativas y desarrollo).

2011 Apoyo a prensa escrita: Diario la tercera. Dos artículos



 

Article (125)

Metabolite Fruit Profile Is Altered in Response to Source-Sink Imbalance and Can Be Used as an Early Predictor of Fruit Quality in Nectarine
Solventless Preparation of Thoria and Its Inclusion into SiO2 and TiO2: A Luminescence and Photocatalysis Study
Incorporation of Nanostructured ReO3 in Silica Matrix and Their Activity Toward Photodegradation of Blue Methylene
Incorporation of NiO into SiO2, TiO2, Al2O3, and Na4.2Ca2.8(Si6O18) Matrices: Medium Effect on the Optical Properties and Catalytic Degradation of Methylene Blue
Iridium nanostructured metal oxide, its inclusion in silica matrix and their activity toward photodegradation of methylene blue
Polymer Precursors Effect in the Macromolecular Metal-Polymer on the Rh/RhO2/Rh(2)O(3)Phase Using Solvent-Less Synthesis and Its Photocatalytic Activity
Cylindrical Micelles by the Self-Assembly of Crystalline-b-Coil Polyphosphazene-b-P2VP Block Copolymers. Stabilization of Gold Nanoparticles
Electrochemical study of poly(aryloxyphosphazenes) functionalized with COOH and NO2 groups . In search of new applications.
Electrochemical Study of Poly(aryloxyphosphazenes) Functionalized with COOH and NO2 Groups. In Search of New Applications
TiO2/SiO2 composite for efficient protection of UVA and UVB rays through of a Solvent-less synthesis
TiO2/SiO2 composite for efficient protection of UVA and UVB rays through of a Solvent-less synthesis. Journal of Cluster Science 2019. 30, 1511-1517.
Solid State Tuning of TiO2 Morphology, Crystal Phase, and Size through Metal Macromolecular Complexes and Its Significance in the Photocatalytic Response
Solid-state synthesis of LnOCl/Ln2O3 (Ln = Eu, Nd) by using Chitosan and PS-co-P4VP as polymeric supports.
Solution, Solid-State Two Step Synthesis and Optical Properties of ZnO and SnO2 Nanoparticles and Their Nanocomposites with SiO2
Bimetallic Au//Ag Alloys Inside SiO2 Using a Solid-State Method
Bonding and optical properties of spirocyclicphosphazene derivatives. A DFT approach.
Decreasing the time response of calibration-free pH sensors based on tungsten bronze nanocrystals.
Solid-state synthesis of pure and doped lanthanide oxide nanomaterials by using polymer templates. Study of their luminescent properties
Synthesis and magnetic properties of nanostructured metallic Co, Mn and Ni oxide materials obtained from solid-state metal macromolecular complex precursors
Synthesis and magnetic properties of nanostructured metallic Co, Mn and Ni oxide materials obtained from solid-state metal-macromolecular complex precursors
Solvent-less method for efficient photocatalytic α-Fe2O3 nanoparticles using macromolecular polymeric precursors
Solvent-less method for efficient photocatalytic alpha-Fe2O3 nanoparticles using macromolecular polymeric precursors
Crystallizing Vanadium Pentoxide Nanostructures in the Solid-State Using Modified Block Copolymer and Chitosan Complexes
Crystallizing Vanadium Pentoxide Nanostructures in the Solid-State Using Modified Block Copolymer and Chitosan Complexes
Luminescent Gold and Silver Complexes with the Monophosphane 1‐(PPh2)‐2-Me‐C2B10H10 and Their Conversion to Gold Micro- and Superstructured Materials
Luminescent Gold and Silver Complexes with the Monophosphane 1-(PPh2)-2-Me-C2B10H10 and Their Conversion to Gold Micro- and Superstructured Materials
Luminescent Gold and Silver Complexes with the Monophosphane 1‐(PPh2)‐2-Me‐C2B10H10 and Their Conversion to Gold Micro- and Superstructured Materials. Inorganic Chemistry
Minimizing the Risk of Reporting False Aromaticity and Antiaromaticity in Inorganic Heterocycles Following Magnetic Criteria
Minimizing the Risk of Reporting False Aromaticity and Antiaromaticity in Inorganic Heterocycles Following Magnetic Criteria. Inorganic Chemistry. 2014.
Novel Solid-State Route to nanostructured Tin, Zinc and Cerium Oxides as Potencial Materials for Sensors
Novel Solid-State Route to nanostructured Tin, Zinc and Cerium Oxides as Potencial Materials for Sensors
solid state synthesis of micro and nanostructured metal oxides using organometallic-polymers precursors
BIMETALLIC AU/AG METAL SUPERSTRUCTURES FROM MACROMOLECULAR METAL COMPLEXES IN SOLID-STATE
Novel Solid-State Route to nanostructured Tin, Zinc and Cerium Oxides as Potencial Materials for Sensors.
Solid State Pathways to Complex Shape Evolution and Tunable Porosity During Metallic Crystal Growth
Solid State Pathways to Complex Shape Evolution and Tunable Porosity During Metallic Crystal Growth.
Solution and surfactant-free growth of supported high index facet SERS active anoparticles of rhenium by phase demixing
Solution and surfactant-free growth of supported high index facet SERS active anoparticles of rhenium by phase demixing.
Solution and surfactant-free growth of supported high index facet SERS active nanoparticles of rhenium by phase demixing
Solvent and stabilizer free growth of Ag and Pd nanoparticles using metallic salts/cyclotriphosphazenes mixtures
Solvent and stabilizer free growth of Ag and Pd nanoparticles using Metallic salts/cyclotriphosphazenes mixtures.
Immobilized redox enzymatic catalysts: Baeyer-Villiger monooxygenases supported on polyphosphazenes
Immobilized redox enzymatic catalysts: Baeyer–Villiger monooxygenases supported on polyphosphazenes
Immobilized redox enzymatic catalysts: Baeyer–Villiger monooxygenases supported on polyphosphazenes
Layered Graphitic Carbon Host Formation during Liquid-free Solid State Growth of Metal Pyrophosphates
Layered Graphitic Carbon Host Formation during Liquid-free Solid State Growth of Metal Pyrophosphates
Polymer/Trimer/Metal Complex Mixtures as Precursors of Gold Nanoparticles: Tuning the Morphology in the Solid-State
Polymer/Trimer/Metal Complex Mixtures as Precursors of Gold Nanoparticles: Tuning the Morphology in the Solid-State
SOL-GEL INCORPORATION OF ORGANOMETALLIC COMPOUNDS INTO SILICA: USEFUL PRECURSORS TO METALLIC NANOSTRUCTURED MATERIALS
The Inclusion of Organometallic Derivatives of Cyclotriphosphazenes Inside SiO2 Matrix and Their Conversion to Nanostructured Metal-Oxides and Phosphates
The Inclusion of Organometallic Derivatives of Cyclotriphosphazenes Inside SiO2 Matrix and Their Conversion to Nanostructured Metal-Oxides and Phosphates
Chain homogeneity and thermo-mechanical behaviour of polyphosphazenes. Synthesis of the random copolymers {[NP(O 2C 12H 8) 1-x[NP(OCH 2CF 3) 2] x} n
Chain homogeneity and thermo-mechanical behaviour of polyphosphazenes. Synthesis of the random copolymers {[NP(O2C12H8)1-x[NP(OCH2CF3)2]x}n
Chain homogeneity and thermo-mechanical behaviour of polyphosphazenes. Synthesis of the random copolymers {[NP(O2C12H8)1-x[NP(OCH2CF3)2]x}n
Nanostructured copper oxides and phosphates from a new solid-state route
Nanostructured copper oxides and phosphates from a new solid-state route
Nanostructured VOx/VO(PO 4) n Using Solid-State Vanadium Containing Phosphazene Precursors: A Useful Potential Bi-Catalyst System
Nanostructured VOx/VO(PO4)n Using Solid-State Vanadium Containing Phosphazene Precursors: A Useful Potential Bi-Catalyst System
Poly-dioxybiphenyl phosphazene random copolymers with pendant 3-hydroxy-propyl groups and polycaprolactone branches
Poly-dioxybiphenyl phosphazene random copolymers with pendant 3-hydroxy-propyl groups and polycaprolactone branches
Polyphosphazenes combining dioxybiphenyl and butyl-amino substituents, a series with unusually high TGA residues and glass transition temperatures with negative deviation from additivity
Polyphosphazenes combining dioxybiphenyl and butyl-amino substituents, a series with unusually high TGA residues and glass transition temperatures with negative deviation from additivity
Solid-state synthesis of embedded single-crystal metal oxide and phosphate nanoparticles and in situ crystallization
Solid-State Synthesis of Embedded Single-Crystal Oxide and Phosphate. Nanoparticles and In-Situ Crystallization
Solid-State Synthesis of Embedded Single-Crystal Oxide and Phosphate. Nanoparticles and In-Situ Crystallization
Chlorination, Iodination, and Silylation of Poly(2,2′-dioxy-1,1′-biphenylphosphazene). New Halogenated Polyphosphazenes with Sterically Hindered Reactivity
Chlorination, Iodination, and Silylation of Poly(2,2′-dioxy-1,1′-biphenylphosphazene). New Halogenated Polyphosphazenes with Sterically Hindered Reactivity
Copper (II) Ions into Polyphosphazenes: solid-like solution
Copper (II) Ions into Polyphosphazenes: solid-like solution
Gelation of N 3P 3[NH(CH 2) 3Si(OEt) 3] 6-n[X] n X = NH(CH 2) 3Si(OEt) 3, NCH 3(CH 2) 3CN and OC 6H 4(CH 2)CN, n = 0 or 3 at the liquid/air/ interface
Gelation of N3P3[NH(CH2) 3Si(OEt)3]6-n[X]n X = NH(CH 2)3Si(OEt)3, NCH3(CH 2)3CN and OC6H4(CH2)CN, n = 0 or 3 at the liquid/air/ interface
Metallophosphazene Precursor Routes to Solid-State Deposition of Metallic and Dielectric Micro- and Nanostructures on Si and SiO2
Metallophosphazene Precursor Routes to Solid-State Deposition of Metallic and Dielectric Micro- and Nanostructures on Si and SiO2
METALLOPHOSPHAZENE PRECURSOR ROUTES TO THE SOLID-STATE DEPOSITION OF METALLIC AND DIELECTRIC MICROSTRUCTURES AND NANOSTRUCTURES ON SI AND SIO(2)
Polyphosphazenes as tunable supports to immobilize alcohol dehydrogenases and lipases: synthesis, catalytic activity and recycling
Polyphosphazenes as tunable supports to immobilize alcohol dehydrogenases and lipases: synthesis, catalytic activity and recycling
Designed Synthesis of Metal-Organic Frameworks Containing Gold (I) Cations Supported in Phosphazene-Phosphine Polymeric Matrices
Designed Synthesis of Metal-Organic Frameworks Containing Gold (I) Cations Supported in Phosphazene-Phosphine Polymeric Matrices
Metallocyclo and Polyphosphazenes containing Gold or Silver. Thermolytic transformation into Nanostructured materials
Metallocyclo and Polyphosphazenes containing Gold or Silver. Thermolytic transformation into Nanostructured materials
Metallocyclo- and Polyphosphazenes Containing Gold or Silver: Thermolytic Transformation into Nanostructured Materials
Nanostructured Silicon Containing Materials Derived From Solid State Pyrolisis of Sililated Polyphosphazene
Nanostructured Silicon Containing Materials Derived From Solid State Pyrolisis of Sililated Polyphosphazene
Nanostructured Silicon Containing Materials Derived from Solid State Pyrolysis of Sililated Polyphosphazene Derivatives
Organometallic Derivatives of Cyclotriphosphazene as Precursors of Nanostructured Metallic Materials: A New Solid State Method
Organometallic derivatives of cyclotriphosphazene as precursors of Nanostructured metallic materials: A new solid state Method
Polymer and oligomer phosphazene cymantrene derivatives as solid state precursors of nanostructured manganese pyrophosphate
Polymer and Oligomer Phosphazene Cymantrene Derivatives as Solids State Precursor of Nanostructured Manganese Pyrophosphate
Experimental and Theoretical Study of the Hydrolytical Stablility of Isolable Poly-2,2’-dioxy-1,1’ biphenoxyphosphazene with [NPCl2] units
Experimental and Theoretical Study of the Hydrolytical Stablility of Isolable Poly-2,2’-dioxy-1,1’ biphenoxyphosphazene with [NPCl2] units
Role of the linking of metallic centers to macromolecular and oligomeric systems in the pyrolytic products
Synthesis and Characterization of Cyclophosphazenes containing Silicon as Single Solid-State Precursors for the Formation of Silicon/Phosphorus Nanostructurec materials
Synthesis and Characterization of Cyclophosphazenes containing Silicon as Single Solid-State Precursors for the Formation of Silicon/Phosphorus Nanostructurec materials
Synthesis and Characterization of N(3)P(3)(O(2)C(12)H(8))(2)(OC(6)H(4)Si(CH(3))(3))(OC(6)H(4)Br) and Its Conversion to Nanostructured Si Material
SYNTHESIS AND CHARACTERIZATION OF N3P3(O2C12H8)(2)(OC6H4SI(CH3)(3))(OC6H4BR) AND ITS CONVERSION TO NANOSTRUCTURED SI MATERIAL
Synthesis and characterization of N3P3(O2C12H8)2(OC6H4Si(CH3)3)(OC6H4Br) and its conversion to nanostructured Si material
Synthesis and pyrolysis of silicon and tin containing poly(2,2 '-dioxy-1,1 '-biphenoxy-phosphazenes)
Synthesis and Pyrolysis of Silicon and Tin containing Poly-2,2’-dioxy-1,1’ biphenoxyphosphazene
Synthesis and Pyrolysis of Silicon and Tin containing Poly-2,2’-dioxy-1,1’ biphenoxyphosphazene
The Controlled and Regioselective Macrolmolecular Nitracion of Poly(2,2’-dioxy-1,1’-biphenylphosphazene) in Concentrated Sulfuric Acid
The Controlled and Regioselective Macrolmolecular Nitracion of Poly(2,2’-dioxy-1,1’-biphenylphosphazene) in Concentrated Sulfuric Acid
The Polymerisation of P(O2C12H8)N3 and the Formation of Soluble and Insoluble Poly-2,2’-dioxy-1,1’biphenoxyphosphazene
The Polymerisation of P(O2C12H8)N3 and the Formation of Soluble and Insoluble Poly-2,2’-dioxy-1,1’biphenoxyphosphazene
A cyclic and polymeric phosphazene as solid state template for the formation of RuO 2 nanoparticles
Erratum: Photoluminiscent manganese nanoparticles from solid state polyphosphazenes organometallic derivatives (Journal of Inorganic and Organometallic Polymers and Materials DOI: 10.1007/s10904-006-9035-x)
Polyphosphazenes as solid templates for the formation of monometallic and bimetallic nanostructures
Microsize and nanosize BPO 4 from pyrolysis of a carborane-substituted polyphosphazene
Microsize and nanosize BPO4 from pyrolysis of a carborane-substituted polyphosphazene
Organometallic derivatives of polyphosphazenes as precursors for metallic nanostructured materials
Photoluminiscent manganese nanoparticles from solid state polyphosphazenes organometallic derivatives
Small-Molecule and High-Polymeric Phosphazenes containing oxypyridine side groups and their organometallic derivatives; Useful precursors for metal nanostructured materials
Dioxybiphenyl and chiral dioxybinaphthyl polyphosphazene random copolymers carrying carboxylic acids and their reactions with ?-caprolactam to form nylon-6-branched phosphazene materials
Dioxybiphenyl and chiral dioxybinaphthyl Polyphosphazene random copolymers carrying carboxylic acids and their reactions with - caprolactam to form nylon-6-branched phosphazene materials
Synthesis and thermal decarbonylation of W(CO)5 complexes supported by nitrile, pyridine and phosphine ligands to polyspirophosphazene random copolymers carryng OC6H4CO2Pr groups
Synthesis of nanostructured materials by a new solid state Pirólisis organometallic polymer method.
SYNTHESIS OF NANOSTRUCTURED MATERIALS BY A NEW SOLID STATE PYROLYSIS ORGANOMETALLIC POLYMER METHOD
Thermolytic transformation of organometallic polymers containing the Cr(CO)(5) precursor into nanostructured chromium oxide
A FACILE ORGANOMETALLIC-INDUCED CROSS-LINKING OF COPOLYMERS OF PHOSPHAZENE
Properties of dioxybiphenyl- and chiral dioxybinaphthyl phosphazene copolymers with propyl-carboxylate-phenoxy units and the randomization of the substitution reactions of poly(dichlorophosphazene)
Iron-Iron Interaction through an Ethanedithiolate Ligand: A Magnetic and Theoretical Study
Transition metal containing dendrimers based on cyclophosphazene units
Metal-metal interaction through CH2-CN bridge: synthesis and characterization of [CpM(L-2) NCCH(2)Fc]PF6 complexes (Fc = ferrocenyl; L=1/2 dppe, PPh3; M = Fe,Ru)
Metal-Metal Interaction Through CH2CN Bridge: Synthesis and Characteritation of [CpM(L2)NCCH2Fc]PF6 complexes
Dendrimers based on cyclophosphazene unit and containing iron (III)
NEUTRAL AUCL COMPLEXES SUPPORTED IN LINEAR HIGH MOLECULAR WEIGHT, POLY-SPIROPHOSPHAZENE-PHOSPHINE COPOLYMERS AND ITS CONVERSION TO NANOSTRUCTURED GOLD MATERIALS

BookSection (5)

Coordination of Organometallic Fragments to Polyphosphazenes Containing Side Groups with Donor Atoms
Metallic Nanostructures using Oligo and Polyphosphazenes as Template /stabilizer in solid state.
Nanostructured Materials from Solid State Pyrolysis of Organometallic Derivatives of Phosphazenes
Synthesis And Characterization of Organometallic Polyphosphazenes and Their Applications in Nanoscience
“Solution and Solid-State Methods to Prepare Au Nanoparticles: A Comparison

BookWhole (2)

Organometallic-metallic-cyclotriphosphazene mixtures: Solid state method for metallic nanoparticle growth
Nanostructured materials from solid-State pyrolysis of organometallic derivatives of phospazenes

Proyecto (14)

Alimentos funcionales en base a lupino dulce (Lupinusangustifolius) y alforfón (Fagopyrum esculentum) cultivados en la Región de La Araucanía”
Síntesis y Caracterización de macrociclos de metales de transición para usos fotoquímicos y electrocatalíticos en la conversión de energía y remediación
Valoración de desechos electrónicos (baterías de litio) para la competitividad de la industria del reciclaje electrónico de la Región Metropolitana
Electrodos Modificados con Polifenoles para determinación de Metales en Solución
ESTUDIO DE POLIFOSFACENOS MODIFICADOS PARA EL DESARROLLO DE METODOLOGIAS ANALITICAS DE EXTRACCION SOLIDA-LIQUIDA PARA PESTICIDAS EN MATRICES LIQUIDAS
New Materials based in polyspirophosphazene functionalized
PHOSPHAZENE COPOLYMERS CARRING CARBOXYLIC ACID SUBSTITUENT AND DONOR GROUPS AND THEIR TRANSITION METAL COMPLEXES
Preparation of metallic nanostructured materials from organometallic derivatives of cyclotriphosphazenes and its inclusion inside solid matrix
Fabrication of metallic nanoparticles by a new solid-state method using macromolecular metal complexes as precursors
INFLUENCE OF SOURCE/SINK ACTIVITY AND CARBON PARTITIONING IN PEACH FRUIT GROWING AND THEIR RELATIONSHIP WITH THE SUSCEPTIBILITY TO POSTHARVEST DISORDERS
Metal and metal oxides nanostructured materials inside solid matrices by a new solid state method: Matrix effect.
SINTESIS Y CARACTERIZACION DE POLIMEROS ORGANOMETALICOS COMO POSIBLES PRECURSORES DE MATERIALES PRECERAMICOS
Through a rational design of bioleaching consortia: Plattform for biofilm-metal sulfide surface interactions, and high troughput selective imaging of mixed species biofilms
USING TRACER TECHNIQUES TO PROGRAM NEW GLOBAL SOLUTIONS FOR FUTURE GROUNDWATER RECHARGE AND CHEMICAL BASELINE SCENARIOS
113
Maria Valenzuela

Directora e Investigadora

Instituto de Ciencias Quimicas Aplicadas

Universidad Autonoma de Chile

Temuco, Chile

48
Carlos Diaz

Profesor Titular

Quimica

Universidad de Chile

Santiago, Chile

4
Svetlana Ushak

academico

Dpto de Ingeniería Química y Procesos de Minerales

UNIVERSIDAD DE ANTOFAGASTA

Antofagasta, Chile

2
Patricio Allende

docente

Química

Universidad Católica del Norte

antofagasta, Chile

2
Daniel Carrillo

Servicios Profesionales

Particular

Santiago, Chile

1
Claudia Fuentealba

Assistant Professor

Faculty of Agronomical and Food Sciences

Pontificia Universidad Católica de Valparaíso

Valparaíso, Chile

1
Pedro Aguirre

Profesor asociado

Inorgánica y Analítica

Universidad de Chile, Facultad de Ciencias Químicas y Farmacéuticas

Santiago, Chile

1
Evgenia Spodine

Full Professor

Química Inorgánica y Analítica

UNIVERSIDAD DE CHILE

Santiago, Chile

1
Andrea Miyasaka

Profesor Asociado

Facultad de Ciencias

Universidad Mayor

Huechuraba, Chile