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Work experience

2019 - Present

Leading Researcher

Institute for Occupational Safety and Environmental Health, Laboratory of Hygiene and Occupational Diseases

2017 - 2019

Methodist

Institute for Occupational Safety and Environmental Health, Laboratory of Hygiene and Occupational Diseases

1998 - 2018

Leading Researcher, Lecturer

Riga Technical University Faculty of Material Sciences and Applied Chemistry Institute of Silicate Materials

Education and training

2001 - 2007

Dr. sc. eng./Diploma D 0087.

Riga Technical University Faculty of Material Sciences and Applied Chemistry Institute of Silicate Materials

Hydroxyapatite nanopowder and composite ceramics production using sol-gel technology         

1998 - 2001

Masters Degree. Diploma 003346.

Riga Technical University Faculty of Material Sciences and Applied Chemistry Institute of Silicate Materials

Maģistra darba tēma: ZrO2-TiO2-SiO2 sol-gel coatings for the Na-Ca silica glass and E-type glass fiber.

Achievements

Tālākizglītība​ u.c. profesionālās pilnveides aktivitātes

2011.g. Workshop "Modern applications in electron microscopy";

2011.g. Workshop "Advanced surface mechanical properties characterization by CSM instruments";

2012.g. Lecture course "The radiation safety activities with medium-power radiation generating equipment";

2013.g. Lecture course"Scientific cooperation in the promotion of a lecture series of X-ray diffraction methods and „Rietveld method” program applications";

2016.g.  Workshop “NovaNanoSEM Training Course”;

2016.g. Workshop "Latest Advances in Electron Microscopy"; 

2016.g. Lecture course “X-ray Diffractometry and Rietveld Method Applications”;

2017.g. Lecture course “Mass Spectrometry solutions for Toxicology, Forensic and Clinical applications and sample preparation products”;

2018.g. Lecture course “Radiācijas drošība darbībām ar vidējas jaudas starojumu ģenerējošām iekārtām”;

2018.g. Lecture course "Elektromagnētiskie lauki darba vidē";

2018.g. Lecture course "Ķīmiskie darba vides riska faktori veselības nozarē";

2019.g. Conference "Environmental Jealth and Sustainable Urban Development";

2019.g. Lecture course "Ķīmisko darba vides riska faktoru novērtēšana kokapstrādes nozarē";

2019.g. Lecture course "Logical Framework Approach (LFA)".

 

Pētniecības darbības virzieni

 

  • X-ray analysis, qualitative analysis, analysis of crystalline phases;
  • sol-gel coating for stainless steel;
  • enamel coatings for steel;
  • occupational risk factors and assessment.​

Intelektuālā īpašuma tiesību objekti

Patent of LR No LV15358. G.Mežinskis. I.Pavlovska. L.-P.Bīdermanis. A.Cimmers. Masas mazatstarojošām emalijas pārklājumam. Pat appl.No P-18-07, 20.12.2018., Publ. 19.01.2018.

 

EP 2871168 A1. G.Mezinskis, L.Bidermanis, I.Pavlovska, A.Cimmers, J.Liepins, K.Malnieks, J.Gabrusenoks.  Mass of silicate enamel coating on steel. Date of publication 13.05.2015. Accepted 21.12.2016. Designated States: AL, AT, BE, BG, CH, CY, CZ, DE, DK, EE, ES, FI, FR, GB, GR, HR, HU, IE, IS, IT, LI, LT, LU, LV, MC, MK, MT, NL, NO, PL, PT, RO, RS, SE, SI, SK, SM, TR.

 

Patent of LR No 14646 B.  C03C8/00. Mass of crystalline enamel coating onto steel. L. Bīdermanis, J. Liepiņš, G. Mežinskis, I. Pavlovska, A. Cimmers, L.Lindiņa, K.Mālnieks.  Pat appl.No Nr. P-13-11, 21.01.2013., Publ. 20.05.2013.

 

Patent of LR No 14504 B.  C03C8/00, C23D1/00. Mass of glass-crystalline enamel coating onto steel.J. Liepiņš, L. Bīdermanis, G. Mežinskis, I. Pavlovska, A. Cimmers, L.Lindiņa. Pat appl.No P-12-25, 15.02.2012., Publ. 20.06.2012.

 

Patent of LR No 14401 B.  C03C8/00, C23D5/00. Mass of enamel type coating onto steel.. L. Bīdermanis, J. Liepiņš, G. Mežinskis, A. Cimmers, I.Pavlovska. Pat appl.No P-11-87, 17.06.2011., Publ. 20.12.2011.

 

Komerciālizācijas pieteikums "Fāžu sastāva noteikšanai neorganiskiem un organiskiem kristāliskiem materiāliem ar Rigaku Ultima+", 2016.g;

 

Komerciālizācijas pieteikums "Mazatstarojošs emaljas-sola-gela pārklājums leģētam tēraudam", 2016.g.

 

Izstrādātie studiju kursi

Glass Crystalline Materials

 

Studējošo pētniecisko darbu ​vadīšana un recenzēšana

leading of:

Master Thesis: 4​

Bachelor Thesis: 8

Review of:

Master Thesis: 12

Bachelor Thesis: 8

 

Projekti

Leading Researcher, Institute for Occupational Safety and Environmental Health, Laboratory of Hygiene and Occupational Diseases, "Analysis of characteristics of medical sapropel and its usage for medical purposes and elaboration of industrial extraction methods", No.1.1.1.1/16/A/165.

 

Researcher, Institute for Occupational Safety and Environmental Health, Laboratory of Hygiene and Occupational Diseases, ESF project “The development of up-to-date diagnostic and research methods for the risks caused by nanoparticles and ergonomic factors at workplaces”.

 

Researcher, Riga Technical University,Institute of Silicate Materials, European Science Programme research project EUREKA E!3033 BIONANOCOMPOSIT “Hydroxyapatite Nanocomposite Ceramics - New Implant Material For Bone Substitutes”. 

 

Researcher, Riga Technical University,Institute of Silicate Materials,  European Commission 6th framework programme NMP3-CT-2003-504937 “PERCERAMICS - Multifunctional percolated nanostructured ceramics fabricated from hydroxylapatite”.

 

Leading, Researcher, Riga Technical University,Institute of Silicate Materials, ERDF project „ Sol-Gel and Laser Technologies for Production of Nanostructures and Barrier Structures”.

 

Leading Researcher, Riga Technical University,Institute of Silicate Materials, ERDF project „ Production of Solar Thermal Energy Accumulating Materials Using Sol-Gel and Vacuum Coating Technologies”.

 

Researcher, Riga Technical University,Institute of Silicate Materials, Cooperation Project (Ministry of Education and Science-Riga Technical university)  Nr. R 7343 „Polimēru un SiO2 struktūrās ievadīto nanodaļiņu mijiedarbība ar kompozīto materiālu matricu”.

 

Researcher, Riga Technical University,Institute of Silicate Materials,  Cooperation Project (Ministry of Education and Science-Riga Technical university)  Nr. R 7349. “Ar retzemju oksīdiem un fluora savienojumiem modificētu SiO2 nanomateriālu sola-gēla sintēze, to struktūras un luminescento īpašību izpēte„.

 

Researcher, Riga Technical University,Institute of Silicate Materials, Project of Riga Technical university  FLPP-2009/31 „E-tipa stikla šķiedras ķīmiskā sastāva, tehnoloģisko parametru un izstrādājumu kvalitātes korelācija”.

 

Apbalvojumi un atzinības

The research study has appreciated for the achievements in Applied Science of 2016 - the development of new materials and technologies for solar collectors by the President of the Latvian Academy of Sciences.

Publikācijas

Raksti​​

Comparison of biological markers in aerosol-weighed workplaces / I.Pavlovska, Z.Martinsone, A.Ramata-Stunda, I.Vanadzins, I.Martinsone, A.Seile // Journal of Nanoparticle Research. - Vol.21, No.7, 2019, article No.138. - Web of Science un/vai Scopus. - DOI: 10.1007/s11051-019-4578-2

Sola-gēla pārklājums uz emaljēta leģētā tērauda. I.Pavlovska, G.Mežinskis, L.P.Bīdermanis. Materiālzinātne un Lietišķā Ķīmija. - Nr.35, 2018, 202.-215.lpp.

Solar energy absorbing materials that are capable of withstanding long-term exposure at 600 °C : research strategy. I.Pavlovska, G.Mežinskis, L.P.Bīdermanis. Key Engineering Materials. 8th International Conference on Silicate Materials (BaltSilicat 2018). Riga, Latvia, May 30 - June 1, 2018. pp.126-134.

The effect of different workplace nanoparticles on the immune systems of employees. N.Kurjane, T.Zvagule, J.Reste, Z.Martinsone, I.Pavlovska, I.Martinsone, I.Vanadzins.  Journal of Nanoparticle Research. - Vol.19, No.9, 2017, article No.320, [12 p.]. - Starptautiski citējamā izdevumā. - https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5597690/

Sol-gel coated enamel for steel: 250 days non-stop high temperature stability. G.Mezinskis, I.Pavlovska, K.Malnieks; L.Bidermanis; A.Cimmers; P.Onufrijevs. Ceramic International 43, Issue 3, 2017, Pages 2974-2980. DOI: 10.1016/j.ceramint.2016.11.060. file:///C:/Users/ilopav.RSU/Downloads/1-s2.0-S0272884216320661-main%20(1).pdf

Effect of Different Dip-Coating Techniques on TiO2 Thin Film Properties. K.Malnieks, G.Mezinskis, I.Pavlovska. Key Engineering Materials 721, 2017, 128-132.

Occupational exposure parameters for characterization of nanoparticulate matter toxicity : metal versus wood processing. I.Pavlovska, Z.Martinsone, I.Vanadzins, I.Martinsone, A.Seile, P.Sudmalis. Process Safety and Environmental Protection. - Vol.102, p.230-237. 2016

Hard TiO2-SiO2 sol-gel coatings for enamel against chemical corrosion. I.Pavlovska, K.Malnieks, G.Mezinskis, L.Bidermanis, M.Karpe. Thin Solid Films. Vol. 258, 2014, 206-210. DOI: 10.1016/j.surfcoat.2014.09.027.

Tēzes​​

Occupational health risks caused during 3D printing process. Ž.Martinsone, I.Pavlovska, I.Vanadziņš. Riga Stradins University, Institute of Occupational Safety and Environmental Health. RSU Conference. Poster N 24603, 2019.

Freshwater source of sapropel for medicine and pharmaceutical production. I.Pavlovska, I.Vanadziņš, A.Auce, B.Silamiķele, A.Kļaviņa. International Conference on Recent Advances in Medical and Health Sciences (ICRAMHS). Athens, Greece 9-10 October 2019. Conference Proceeding, Paper ID: AW-ICRMHSATHNS-09109-10046.

Sol-gel Coated Enamel for Steel. Pavlovska, I., Mežinskis, G., Bīdermanis, L. No: 8th International Conference on Silicate Materials BaltSilica 2018: Book of Abstracts, Latvija, Rīga, 30. Maijs-1. Jūn., 2018. Riga: RTU Publishing House, 2018, 67.-67.lpp. e-ISSN 2243-6057.

High Silica Containing Enamels with Sol-Gel Films for Stainless Steel. Mežinskis, G., Bīdermanis, L., Pavlovska, I., Mālnieks, K., Larionova, D., Zukuls, A. No: 7th Baltic Conference on Silicate Materials BaltSilica 2016: Book of Abstracts, Lietuva, Kaunas, 26.-27. maijs, 2016, 40.-40.lpp. ISSN 2243-6057.

The measuring approaches of nanoparticles at workplaces of wood and metal industries in Latvia. Z.Martinsone, I.Vanadzins, A.Seile, I.Martinsone, P.Sudmalis, I.Pavlovska, J.Reste, T.Zvagule, N.Kurjane. 7th International Conference on Nanotechnologies and Advanced Materials (EuroNanoForum 2015), Riga, Latvia, June 10-12, 2015. - 1 p. http://euronanoforum2015.eu/wp-content/uploads/2015/03/Abst…

Detection and analysis of nanoparticles in human cell. I.Pavlovska, I.Vanadzins, Z.Martinsone, I.Martinsone, A.Seile, P.Sudmalis. 7th International Conference on Nanotechnologies and Advanced Materials (EuroNanoForum 2015), Riga, Latvia, June 10-12, 2015, 2015. - 1 p. http://euronanoforum2015.eu/wp-content/uploads/2015/03/Abst…

Elaboration of new principles of nanoparticle health risk assessment in dusty occupational environments/workplaces. I.Vanadzins, Z.Martinsone, A.Seile, I.Martinsone, P.Sudmalis I.Pavlovska. 7th International Conference on Nanotechnologies and Advanced Materials (EuroNanoForum 2015), Riga, Latvia, June 10-12, 2015, 1 p. http://euronanoforum2015.eu/wp-content/uploads/2015/03/Abst…

Instrumentation for qualifying and quantifying nanoparticles' exposure into occupational environment. Z.Martinsone, A.Seile, I.Martinsone, P.Sudmalis, I.Pavlovska, I.Vanadzins, J.Reste, T.Zvagule, N.Kurjane // Nano 2015: Nanoscience and Nanotechnology International Conference, Porto, Portugal, February 11-13, 2015, pp.67-68.

Contacts

Colleagues

Andrejs Šķesters
Manager, Leading Researcher
Ivars Vanadziņš
Director, Academic Staff
Žanna Martinsone
Leading Researcher, Academic Staff
Pāvels Sudmalis
Academic Staff, Researcher
Edijs Šmagris
Academic Staff, Specialist, Clinical Simulations, Specialist
Inese Mārtiņsone
Academic Staff, Leading Researcher, Manager
Linda Matisāne
Leading Researcher
Alise Silova
Leading Researcher
Dagmāra Sprūdža
Leading Researcher, Leading Researcher
Tija Zvagule
Leading Researcher
Andrejs Šitovs
Researcher, Doctoral student, Academic Staff
Lāsma Akūlova
Public health specialist
Anna Bukina
Public health specialist
Aneka Kļaviņa
Specialist, Doctoral student
Zane Čerpakovska
Laboratory Assistant
Edgars Dauss
Methodologist
Svetlana Lakiša
Acting Researcher
Linda Paegle
Acting Researcher