| |
Grzędziński J., Limitation of application of the center manifold reduction in aeroelasticity,
JOURNAL OF FLUIDS AND STRUCTURES, 21, 187-209, 2005 |  |
| |
Grzędziński J., Mróz A., Gust load reduction concept in wind turbines,
WIND ENERGY, 13, 267-274, 2010 | |
| |
Grzybowska E., Szostakowska-Rodzoś M., Zacharska W., Kurzyk A., Chmielarczyk M., Myśliwy I., Fabisiewicz A., Gruba Z., Postek E., Comparative analysis of expression of stem cell and EMT markers from the 2D culture and different 3D models of mammospheres; applying a mathematical model,
CELLME BERLIN 2024, CELLME BERLIN - INTERNATIONAL FORUM ON CELL MANUFACTURING AND BIOENGINEERING, 2024-11-05/11-06, BERLIN (DE), 1-1, 2024 |  |
| |
Grzywacz H., Jenczyk P., Milczarek M., Michałowski M., Jarząbek D.M., Burger model as the best option for modeling of viscoelastic behavior of resists for nanoimprint lithography,
MATERIALS, 14, 21, 6639-1-12, 2021 | |
| |
Grzywacz H., Milczarek M., Jenczyk P., Dera W., Michałowski M., Jarząbek D.M., Quantitative measurement of nanofriction between PMMA thin films and various AFM probes,
MEASUREMENT, 168, 108267-1-13, 2020 | |
| |
Grzywna P., Gutkiewicz P., Mackiewicz S., Szelążek J., Ultradźwiękowa metoda pomiaru zmian średnicy rury grubościennej,
XVII SEMINARIUM NIENISZCZĄCE BADANIA MATERIAŁÓW, 2011-03-08/03-11, ZAKOPANE (PL), 1, 113-124, 2011 | |
| |
Grzywna P., Kukla D., Evaluation of strain distribution for the P91 steel under static load using ESPI system,
ADVANCES IN MATERIALS SCIENCE, 42, 4, 28-39, 2014 | |
| |
Grzywna P., Kukla D., Wpływ eksploatacji na wybrane właściwości mechaniczne stali X10CrMoVnB9-1 (P91),
PRZEGLĄD SPAWALNICTWA, 12, 75-77, 2013 | |
| |
Grzywna P., Kukla D., Kowalewski Z., Kopeć M., Wyszkowski M., Assessment of fatigue damage development using the espi system,
27EMS, EXPERIMENTAL MECHANICS OF SOLIDS - 27TH SYMPOSIUM, 2016-10-19/10-22, JACHRANKA (PL), 27-, 2016 | |
| |
Grzywna P., Kukla D., Kowalewski Z.L., Kopeć M., Wyszkowski M., Zastosowanie elektronicznej interferometrii plamkowej do lokalizacji uszkodzeń zmęczeniowych,
XXIII SEMINARIUM NIENISZCZĄCE BADANIA MATERIAŁÓW, 2017-03-15/03-17, ZAKOPANE (PL), 171-188, 2017 | |
| |
Guglielmelli A., Pierini F., Tabiryan N., Umeton C., Bunning T.J., De Sio L., Thermoplasmonics with gold nanoparticles: a new weapon in modern optics and biomedicine,
ADVANCED PHOTONICS RESEARCH, 2, 8, 2000198-1-17, 2021 | |
| |
Gumowska M., Szlenk Axana M., Roszkowska-Purska K., Piotrzkowska-Wróblewska H., Secomski W., Dobruch-Sobczak K., Granular Cell Tumor of the Breast Imitating a Malignant Tumor: A Case Report and Review of Literature,
ARCHIVES OF CLINICAL AND MEDICAL CASE REPORTS, 6, 5, 643-646, 2022 | |
| |
Guo T., Ma Y-J., High R.A., Tang O., Wong J.H., Byra M., Searleman A.C., To S.C., Wan L., Le N., Du I., Chang E., Assessment of an in vitro model of rotator cuff degeneration using quantitative magnetic resonance and ultrasound imaging with biochemical and histological correlation,
EUROPEAN JOURNAL OF RADIOLOGY, 121, 108706-1-10, 2019 | |
| |
Gupta A., Jain A., Kumari M., Tripathi S.K., Electrical, electrochemical and structural studies of a chlorine-derived ionic liquid-based polymer gel electrolyte,
BEILSTEIN JOURNAL OF NANOTECHNOLOGY, 12, 1252-1261, 2021 | |
| |
Gupta A., Jain A., Kumari M., Tripathi S.K., Structural, electrical and electrochemical studies of sodium ion conducting blend polymer electrolytes,
MATERIALS TODAY: PROCEEDINGS, 34, 780-786, 2021 | |
