Expertise of Laboratory of Nanostructures for Photonic and Nanomedicine IWC PAN lies in synthesis and comprehensive research on nanomaterials. Synthesis of nanomaterials requires the use of state of the art, advanced reactors. For more than 10 years the Laboratory of Nanostructures for Photonic and Nanomedicine IWC PAN has been developing solvothermal technologies of nanoparticles production. The process is based on the MSS Microwave Solvothermal Synthesis. The precursors of the reaction (solutions, suspensions) are enclosed in a pressure vessel and as a result of heating with the microwave energy, the temperature increases above the boiling point. The MSS process allows to prevent contamination of synthesis, by sealing the reaction vessel, which is made of chemically inert material, so an ultra-pure product is obtained. The mixing effect occurs in a microwave reactor, so that the obtained product is homogeneous. MSS technology innovation is the possibility to control the size of crystallite nanoparticles in a narrow distribution of size. Thanks to this technology, we are able to obtain nanoparticles in the range from 9 to 100 nm in ultra-short synthesis time. We can obtain power density in liquid reaching up to 10 W/ml. We specialize in the production of: HAp, ZnO and ZrO2 nanopowders.

We have constructed innovative reactors MSS-1 and MSS-2 and our reactors were awarded a gold medal at: 
1)    MSS-2 International Fair in Poznan, Innovation Technology Machines Poland, 2011
2)    MSS-1 International Exhibition in St. Petersburg in 2009.
MMS-2 technical parameters:
-    Maximum working pressure to 10 MPa
-    Temperature up to 260°C
-    Capacity 470 cm3
-    Microwave Heating at 2450 Mhz
-    Microwave power up to 3 kW
-    Chamber material PTFE and ceramic Al2O3

Research directions of the Laboratory of Nanostructures for Photonic and Nanomedicine IWC PAN are focused on the characteristics of nanomaterials and the possibility of their application in medicine, optics, optoelectronics pharmacy and cosmetics.
The correct characterization of nanometric-materials is necessary in order to determine the properties of materials. Research in these areas requires advanced, sophisticated measuring equipment. With co-financing from the European project CePT (Centre for Preclinical Research and Technology) laboratory has purchased devices such as:
- particle size distribution and zeta potential analyzer with an automatic titrator MPT-2 model Zetasizer Nano-ZS, Malvern
- particle size distribution analyzer model NS500, NanoSight
- ultra high resolution scanning electron microscope, model ULTRA plus, Zeiss with X-ray spectroscopy analyzer model Quantax 400, Bruker
- thermal stability analyzer TGA/DSC model STA 449 E1 Jupiter, Netzsch coupled with mass spectrometry analyzer model Gas Analitycal System QMS 403C, Netzsch and FTIR spectroscope analyzer System TENSOR27, Bruker
- viscometer analyser  model DV-II+Pro, BROOKFIELD
- bubble pressure analyser model BPA-1P, Sinterface
- particle dispersion analyzer model Turbiscan Lab, Formulaction
- OptiMax™ synthesis workstation for chemical and process development, Mettler-Toledo
- multi-parameter Instrument model ProLab 2000, SI Analytics, pH and conductivity measurement
In addition, the laboratory has such a measuring devices as:
- x-ray powder diffractometer model X’Pert PRO, Panalytical, and model D8, Bruker
- gas displacement density analyzer AccuPyc II 1340 Pycnometer,  Micromeritics and AccuPyc 1330 Pycnometer, Micromeritics
- surface area analyzer, model Gemini 2360, Micromeritics
Laboratory of Nanostructures for Photonic and Nanomedicine IWC PAN deals with the characteristics of nanomaterials obtained by our team, as well as provides research services such as analysis of density, surface area, morphology, phase composition, thermogravity of nanomaterials, surface tension, viscosity, stability and the size of nanoparticles in colloidal solutions and suspensions. We cordially invite you to collaborate with us in the area of nanoparticles synthesis and functionalization, their characterization, and applications in nanomedicine.

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1. Optical oxygen sensor for safe operation in hazardous areas
2.   Optical oxygen sensor for safe operation  in hazardous areas
3. Quo Vadis nanotechnology- for various stakeholders
4. Opening of the Thursday Sessions of NanoPl 2014
5. Microwave reactors for nanoparticle's synthesis
6. Opening of Nano-Bio-Med session
7. Bioactive GoHAP nanoparticles and their applications in medical implants technology
8. Wykorzystanie metody NTA (Nanoparticle Tracking Analysis) w ocenie wielkości krążących mikrocząstek osocza i innych płynów fizjologicznych: pułapki i triki
9. Advanced characterisation of nanomaterials according to ISO 17025 Norm

10. Microwave solvothermal synthesis of resorbable nano-HAp with controlled grain size.
11. Microwave Solvothermal Synthesis of High Quality Nanoparticles
12. Microwave Solvothermal Synthesis of Nano Zinc Oxide Nanoparticles
13. Microwave Solvothermal Technology (MSS) for nanoparticle synthesis
14. Zaawansowana Charakteryzacja Nanocząstek
15. [CEPT] Solvothermal synthesis nano zinc oxide in  microwave reactor MSS2
16. Scanning Electron Microscopy Investigations and Analysis of Nanostructures
17. Polish Nanotechnology Platform - a discussion group at Linked-In
18. Novel optical oxygen sensor for life and health protection made of nano-zirconia
19. Nanometrology as a tool for nanotechnology problems solving
20. Creating a Polish Nano-Bio-Technology and  Nano-Medicine Platform?
21. MSS synthesis of highly biocompatible nano-HAP and coating of 3D poymer scaffolds
22. Nanotechnologie w gospodarce województwa podlaskiego
23. Characterization of nanomaterials according to EU recommendations, on the example of ZnO nanoparticles
24. [CEPT] Nanohydroxyapatite-polylactide composites  for regenerative implants
25. [CEPT] MSS synthesis of highly biocompatible nano-HAP with properties depending on the synthesis time.
26. [CEPT] Studies of nanoparticles size distribution
27. [CEPT] Studies of solubility of nanoparticles and stability of their suspension
28. Iinvestigation of nanoparticles by DSC-TG methods accompanied by chemical analysis of emitted gas
29. Green Technology and Pilot Unit for Manufacturing of Ultra Clean Concentrated Colloids of Nano Metals
30. Presentation of the  Laboratory of Nanostructures for Photonics and Nanomedicine, Center of Bio-Nanomaterials, CePT
31. ZnO nanoparticles effect on integrity of human endothelial cells
32. Importance and trends in nanomedicine according  European Nanomedicine Platform survey
33. Application of the Zeiss Ultra Plus scanning microscopy in bio-nanotechnology 
34. Welcome address
35. Otwarcie NanoInfoDay, Powitanie
36. Characteristic of hydroxyapatite dense nanoceramic produced by The High Pressure Consolidation  
37. Wpływ parametrów materiałowo-technicznych na właściwości optycznego czujnika tlenu na bazie nano-ZrO₂
38. Synteza nano-ZnO przy pomocy reaktora Mettler Toledo w Laboratorium Nanostruktur dla Fotoniki i Nanomedycyny CePT.
39. Infrastruktura i specjalizacje nanotechnologii w Polsce na podstawie wyników ankiety NANOFORCE
40. Solwotermalna synteza domieszkowanego nanotlenku cynku dla projektu NanoFATE. Otrzymywanie wodnych nanozawiesin domieszkowanego tlenku cynku.
41. Nanotechnologia bezpieczna dla ludzi i przyjazna środowisku
42. Badania rozkładu wielkości cząstek i potencjału zeta w Laboratorium Nanostruktur dla Fotoniki i Nanomedycyny CePT
43. Badanie stabilności i rozpuszczalności zawiesin z nano ZnO i nano ZnO:Co otrzymanych w  Laboratorium Nanostrutur dla Fotoniki i Nanomedycyny CePT
44. Badania nanoproszków przy pomocy technik DSC-TG/ QMS-FTIR w Laboratorium Nanostruktur dla Fotoniki i Nanomedycyny CePT
45. Synthesis of highly biocompatible hydroxyapatite nanopowders
46. Nanosafety - challenge of nowadays
47. Influence of heat treatment on luminescence of ZrO₂ + Eu nanopowders
48. Solvothermal synthesis of doped nano zinc oxide for the project NanoFATE.
49. Podsumowanie
50. Solwotermalna synteza domieszkowanego nano tlenku cynku dla projektu NanoFATE.
51. Hydrothermal Synthesis of Zinc Oxide Nanopowders
52. Optyczny sensor tlenu na bazie nanokrystalicznego ZrO₂
53. Solvothermal synthesis of nonstoichiometric hydroxyapatite nanoparticles
54. Solvothermal synthesis of nonstoichiometric hydroxyapatite nanoparticles
55. Procedury charakteryzacji nanoproszków
56. Oferty nanoproszków - Laboratorium Nanostruktur, Instytut Wysokich Ciśnien PAN
57. Nanofotonika dla małych i średnich przedsiębiorstw - mapy dorogowe i analizy SWOT  najważniejszych technologii.
58. Otwarcie konferencji
59. Polska  Platforma Nanotechnologii i zarys strategicznego programu "Nanotechnologia i wzrost inwestycji w B&R w Polsce"
60. Nowe mikrofalowe reaktory do syntez nanocząstek - wybrane zagadnienia badawcze i przykłady zastosowań
61. ZrO₂:Tb nanopowders obtained by coprecipitation method
62. ZnFe₂O₄/ZnO core-shell particles obtained by coprecipitation route
63. Hydrothermal Synthesis of ZnAl₂O₄ Spinel
64. Localization of rare-earth dopants in the lattice of nanocrystalline ZrO₂ - EXAFS study
65. Advanced nanoporous yttria-stabilized zirconia ceramics for luminescent oxygen sensors
66. Excitation transfer in zirconia nanocrystals and ceramics
67. Eu Luminescence in zirconia nanocrystals
68. ZnO ceramic sintering and luminescence properties
69. Influence of cycling on microstructure and hydriding/dehydriding properties of nanocrystalline magnesium hydride with nanosized niobium fluoride
70. Hydrogen absorption and desorption kinetics of magnesium hydride nanocomposite with nanosized metal oxides as catalysts
71. Oferta zaawansowanych materiałów w perspektywie 5 - 20 lat
72. Strategia rozwoju badań nanoproszków
73. Error bars in powder diffraction
74. Synthesis of doped ZnO nanopowders in microwave hydrothermal reactors
75. Characterization of nanopowders
76. Synthesis of Al doped ZnO nanopowders and their enhanced luminescence
77. Synthesis of nanopowders in supercritical water in a continuous flow reactor
78. A summary of results obtained in Working Group 002 "Synthesis and Processing of Nanopowders"
79. Summary of activities of Working Group D30/003 "Synthesis and Processing of Nanopowders"
80. Doped zirconia nanopowders made in microwave – pressure reactor
81. Combining microwave and pressure techniques for hydrothermal synthesis of ZnO and ZrO₂ nanopowders doped with a range of metal ions
82. Luminescence properties of zinc oxide nanopowders doped with Al ions obtained by the hydrothermal and vapour condensation methods.
83. Surface chemistry of Pr-doped nanocrystalline zirconia
84. Mechanical property of nano-TiO2 dispersed Al65Cu20Ti15 amorphous/nanocrystalline matrix bulk composite prepared by mechanical alloying and high pressure sintering
85. Fast luminescence in ZnO structures
86. Microwave technique applied on the hydrothermal synthesis and sintering of calcia stabilized zirconia nanoparticles
87. Luminescence properties of cerium doped Y₃Al₅O₁₂ nanopowders and nanoceramic
88. Yttrium-Aluminum Garnet Synthesized in the Medium of Supercritical Fluids
89. Advanced nanostructural zirconia ceramics for optical oxygen sensors
90. Study of undoped and doped zirconia nanocrystals luminescence
91. Catalytic growth by molecular beam epitaxy and properties of ZnTe-based semiconductor nanowires
92. Doping of ZnO nanopowders with Mn, Ni and Cr In an ultrasound and microwave driver hydrothermal reaction
93. Localization of rare-earth dopants in the lattice of nanocrystalline ZrO₂ - EXAFS study
94. Zirconia-based nanomaterials for oxygen sensor - generation, characterisation and optical properties
95. Production of doped and non doped ceramics nanoparticles for optical applications
96. Synthesis, sintering and properties of doped nanocrystalline powders of zirconia, zinc oxide and yttrium aluminum garnet (YAG)
97. Characterization of nanocrystalline ZrO₂ doped with Rare-Earth elements synthesized via High Pressure Hydrothermal Method
98. Particle Size Distribution of ZrO₂:Pr³⁺- Influences of pH, High Power Ultrasound, Surfactant and Dopant Quantity
99. Time-Resolved Luminescence Characteristics of Doped YAG and YAP Nanopowders
100. Cathodoluminescence of Al doped ZnO nanopowders
101. Morphology of Al doped Zinc Oxide Obtained using Hydrothermal and Vapour Condensation Methods
102. Luminescence and structural properties of rare-earth doped YAG nanoceramics
103. Optimization of conditions of preparation of YAG nanopowders for sintering of translucent ceramics
104. The influence of ZrO₂ containing 10% Eu ³⁺ on the polyurethane hard domain structure of nano-composites with luminescence properties
105. Growth and properties of ytterbium doped KY(WO₄)₂ nanocomposites
106. Investigations on the utilization of nano zinc oxides synthesized by hydrothermal method in rubber compounds
107. Doping of ZnO nanopowders with Mn and Cr in an ultrasound and microwave driven hydrothermal reaction
108. Investigations of phase composition and grain size distribution in Pr doped ZrO2
109. Nasze wyniki, zdania i sposoby ich realizacji
110. Morphology of Al doped zinc oxide obtained by the vapour condensation method
111. The comparison of the properties of YAG obtained by coprecipitation and SCR method
112. Synthesis of nanopowders at elevated pressure and their characterisation - summary of work of the WG-002
113. Accuracy of XRD size measurements of nanocrystals
114. Morphology of Al-Doped Zinc Oxide Obtained by the Vapour Condensation Methods
115. SWOT analysis of various reactors used for synthesis of nanopwoders in our Working Group
116. Preliminary research on zirconia based optical oxygen sensor
117. Preparation and electrical properties of the BaTiO3 nanoceramics
118. Current trends in the development of metallic nanomaterials: results of a study carried out within the EC project Nanoroad SME
119. Microstructural Evolution in Mechanical Alloying and Hot Pressing of Aluminium and 316 Stainless Steel Powder Blend
120. Time-resolved luminescence of nanostructured ZnO
121. Prediction of degree of localisation of misfit dislocation cores in intercrystalline interfaces based on interfacial adhesion
122. Kinetic and thermodynamic factors leading to dissolution of cementite in pearlitic steel subjected to severe plastic deformation under pressure
123. Yttria stabilized zirconia nanocrystals luminescence
124. Application of XRD diffraction methods for determination of grain size distribution in nanoparticles
125. Optical investigations of RE-doped YAG nanoceramics
126. Electrical properties of nanocrystalline ZrO2 at high-pressure
127. Production and sintering of diamond particles with nanometric nickel coating
128. High-pressure Induced Structural Decomposition of RE-doped YAG Nanoceramics
129. Synthesis of Al-doped ZnO nanomaterials with controlled luminescence properties
130. Combination of ECAP and Hydrostatic Extrusion for ultra-fine grain (UFG) microstructure generation in 99.98% nickel.
131. Mechanical properties and deformation behaviour of ultra-fine grained nickel.
132. Grain Size and Grain Size Distribution of Nanocrystalline Pr-doped Zirconia Powders Obtained in High Pressure Microwave Reactor
133. Influence of synthesis conditions on the particles size and the morphology of zinc oxide nanopowders
134. Measuring the Grain Size Distribution of Pr-doped Zirconia Nanopowders obtained by Microwave Driven Hydrothermal Synthesis
135. Excellent mechanical properties of UFG metals and alloys, subjected to combination of severe plastic deformation methods.
136. An FT-IR Spectroscopic Investigation of Hydroxide Groups in Nano-Crystals of ZrO2.
137. Development of microstructure and mechanical properties in nickel deformed by hydrostatic extrusion
138. Structural and luminescence properties of yttrium-aluminum garnet (YAG) nanoceramics
139. Biocompatibility of thin films based on hydrothermal synthesized HAp
140. Hybrid HAp- maleic anhydride copolymer nanocomposites obtained by in situ functionalisation
141. Fabrication and electrical properties of Eu³⁺:BaTiO₃ nanoceramics for SOFC
142. Luminescence of ZrO₂ nanocrystals
143. Molecular impurities in the luminescent ZnO nanocrystals
144. Nano SiC doped MgB₂ bulk superconductor with Tc over 42 K by high gas pressure annealing
145. Investigation of the microstructure of SiC-Zn nanocomposites by microscopic methods: SEM, AFM and TEM
146. X-Ray investigations of the natural and artificial White Etching Layer
147. Diffusion and diffusion induced defects in GaN
148. Excellent Mechanical Properties of Nickel Processed by High Pressure Techniques
149. Microwave driven hydrothermal synthesis of iron oxide - the effect of process parameter on the properties of the nanopowders
150. Relaxation processes in ZrO2 at high pressures
151. Luminescence of ZrO2 and ZnO nanocrystals
152. Zinc oxide nanopowders obtained by the microwave-hydrothermal route
153. Microwave driven hydrothermal synthesis of Pr-doped zirconia nanopowders
154. New hydroxyapatite based nanomaterials for potential use in medical fields
155. Correlation between high-pressure ZrO2 electrical properties and crystallite size
156. Precise determination of full Grain Size Distribution from diffraction peak profile as a result of kinematical theory of diffraction for polidispersive nanomaterials
157. Pressure Effect on Grain Boundary Diffusion in Al Bicrystals
158. Microstructure of Surface Layers of Raiways After Heavy Exploatation
159. Application of High Pressure to Processing of Meat
160. Normal Grain Growth in 2-d Strips of Polycrystalline Aluminium Under High Pressure
161. Reaction Diffusion in Metallic Systems under High Pressure
162. High Pressure Effect on Grain Boundary Wetting in Aluminium Bicrystals
163. Pressure Effect on Interface Energy, Diffusion and Reactions
164. Transformation of fractal microstructure of nanocrystalline SiC and diamond in high pressures - Small Angle Scattering Study
165. Microwave-Hydrothermal Synthesis of Nanostructured Pr-Doped Zirconia Powders
166. The Strain Induced Cementite Dissolution in Carbon Steels-Experimental Facts and Theoretical Approach
167. Effect of SPD Grain Refinement and Peculiarity of Structure and Mechanical Properties of UFG Ni
168. Luminescense of Nanosize ZrO2
169. Structure, Morphology and Luminescence Properties of Pr-doped Nanocrystalline ZrO2 Obtained by Hydrothermal Method
170. Nanostructure Formation on the Surface of Railway Tracks and Wheelsets
171. Hydrothermal Synthesis of Zinc Oxide Nanopowders with Microwaves Applications
172. Microwave Driven Hydrothermal Synthesis of Iron Oxide Nanopowders
173. Indentation Technique for Determination if Mechanical Behavior of Nanomaterials (Bulk and Coatings)