RTU Research Outputs and Resources: Reasearch Staff

Information about Author

Name, Surname:

Pēteris Augustovs

Department:

(32500) Tehniskās fizikas institūts

Scientific Degree:

Doktors

E-mail:

Peteris.Augustovs(at)rtu.lv

ORCID: orcid-logo

0000-0002-1905-0134

Publications

60 items found, displaying 11 to 20.

Electric and Magnetic Field Effect Studies on the Holographic Recording in Organic Films
(2017)

Andris Ozols, Pēteris Augustovs, Elmārs Zariņš, Valdis Kokars
Conference paper

Peculiarities of the Holographic Vector Recording by Circularly Polarized Beams in Molecular Glassy Films of Different Type
(2017)

Pēteris Augustovs, Andris Ozols, Valdis Kokars, Elmārs Zariņš, Kaspars Traskovskis, Valdis Kampars, Lauma Laipniece
Conference paper

Triphenyl Group Containing Molecular Glasses of Azobenzene for Photonic Applications
(2016)

Elmārs Zariņš, Andrejs Tokmakovs, Valdis Kokars, Andris Ozols, Pēteris Augustovs, Mārtiņš Rutkis
Scientific article indexed in SCOPUS or WOS database

Electric and Magnetic Field Effect Studies on the Holographic Recording in Azocompound Molecular Films
(2016)

Andris Ozols, Pēteris Augustovs, Elmārs Zariņš, Valdis Kokars
Conference paper

Synthesis of Dendronized Chromophores and Holographic Recording in the Chromophores Containing Samples
(2016)

Lauma Laipniece, Valdis Kampars, Andris Ozols, Pēteris Augustovs
Conference paper

Effect of Light Polarization on the Hologram Readout in an a-As-S-Se Film
(2016)

Andris Ozols, Pēteris Augustovs, Sabīne Goldberga
Full-text conference paper published in other conference proceedings

Tryphenyl Group Containing Molecular Glasses of Azobenezene for Photonic Applications
(2016)

Elmārs Zariņš, Andrejs Tokmakovs, Valdis Kokars, Andris Ozols, Pēteris Augustovs, Mārtiņš Rutkis
Scientific article indexed in SCOPUS or WOS database

Synthesis and Holographic Properties of Alkyl 2-Cyanoacetate Acceptor Fragment Containing Push – Pull Type Organic Glasses
(2015)

Valdis Kokars, Karīna Siltāne, Elmārs Zariņš, Andris Ozols, Pēteris Augustovs, Aivars Vembris
Conference paper

Dark Relaxation of Holographic Gratings in Azobenzene and Chalcogenide Films
(2015)

Andris Ozols, Pēteris Augustovs, Kristers Ķēniņš, Valdis Kokars, Elmārs Zariņš, Kaspars Traskovskis, Dmitrijs Saharovs
Scientific article indexed in SCOPUS or WOS database

Holographic Photosensitivity Intensity Dependence of Azobenzene Molecular and Chalcogenide Glassy Films
(2015)

Pēteris Augustovs, Andris Ozols, Elmārs Zariņš, Valdis Kokars
Publication (anonimusly reviewed) in a journal with an international editorial board indexed in other databases

Projects

4 items found, displaying 1 to 4.

Fotonika un materiāli fotonikai (IMIS2)
Organiskā ķīmija

Valdis Kampars

Jaunas starpdisciplināras grupas izveide nanostrukturētu daudzslāņu materiālu pielietojumu attīstīšanai
Nanotehnoloģijas un nanomateriāli

Māris Knite

Jaunu organisko stiklveida molekulāro azobenzola materiālu izstrāde un to novērtējums lietojumam dinamiskajā hologrāfijā, kā arī difraktīvo un refraktīvo optisko elementu izgatavošanai
Materiālu tehnoloģija

Valdis Kokars

Tehniskās fizikas institūts (34-14500-N7049.5)
Citi

Māris Knite

Information about Author

Publications

Electric and Magnetic Field Effect Studies on the Holographic Recording in Organic Films (2017)

Peculiarities of the Holographic Vector Recording by Circularly Polarized Beams in Molecular Glassy Films of Different Type (2017)

Triphenyl Group Containing Molecular Glasses of Azobenzene for Photonic Applications (2016)

Electric and Magnetic Field Effect Studies on the Holographic Recording in Azocompound Molecular Films (2016)

Synthesis of Dendronized Chromophores and Holographic Recording in the Chromophores Containing Samples (2016)

Effect of Light Polarization on the Hologram Readout in an a-As-S-Se Film (2016)

Tryphenyl Group Containing Molecular Glasses of Azobenezene for Photonic Applications (2016)

Synthesis and Holographic Properties of Alkyl 2-Cyanoacetate Acceptor Fragment Containing Push – Pull Type Organic Glasses (2015)

Dark Relaxation of Holographic Gratings in Azobenzene and Chalcogenide Films (2015)

Holographic Photosensitivity Intensity Dependence of Azobenzene Molecular and Chalcogenide Glassy Films (2015)

Projects

Fotonika un materiāli fotonikai (IMIS2) Organiskā ķīmija

Jaunas starpdisciplināras grupas izveide nanostrukturētu daudzslāņu materiālu pielietojumu attīstīšanai Nanotehnoloģijas un nanomateriāli

Jaunu organisko stiklveida molekulāro azobenzola materiālu izstrāde un to novērtējums lietojumam dinamiskajā hologrāfijā, kā arī difraktīvo un refraktīvo optisko elementu izgatavošanai Materiālu tehnoloģija

Tehniskās fizikas institūts (34-14500-N7049.5) Citi

Electric and Magnetic Field Effect Studies on the Holographic Recording in Organic Films
(2017)

Peculiarities of the Holographic Vector Recording by Circularly Polarized Beams in Molecular Glassy Films of Different Type
(2017)

Triphenyl Group Containing Molecular Glasses of Azobenzene for Photonic Applications
(2016)

Electric and Magnetic Field Effect Studies on the Holographic Recording in Azocompound Molecular Films
(2016)

Synthesis of Dendronized Chromophores and Holographic Recording in the Chromophores Containing Samples
(2016)

Effect of Light Polarization on the Hologram Readout in an a-As-S-Se Film
(2016)

Tryphenyl Group Containing Molecular Glasses of Azobenezene for Photonic Applications
(2016)

Synthesis and Holographic Properties of Alkyl 2-Cyanoacetate Acceptor Fragment Containing Push – Pull Type Organic Glasses
(2015)

Dark Relaxation of Holographic Gratings in Azobenzene and Chalcogenide Films
(2015)

Holographic Photosensitivity Intensity Dependence of Azobenzene Molecular and Chalcogenide Glassy Films
(2015)

Fotonika un materiāli fotonikai (IMIS2)
Organiskā ķīmija

Jaunas starpdisciplināras grupas izveide nanostrukturētu daudzslāņu materiālu pielietojumu attīstīšanai
Nanotehnoloģijas un nanomateriāli

Jaunu organisko stiklveida molekulāro azobenzola materiālu izstrāde un to novērtējums lietojumam dinamiskajā hologrāfijā, kā arī difraktīvo un refraktīvo optisko elementu izgatavošanai
Materiālu tehnoloģija

Tehniskās fizikas institūts (34-14500-N7049.5)
Citi