| S. Salvini, V. Cinieri |
Evaluation of sustainabilty of restoration practices and of techniques of historical know-how |
| M. Coladonato, B. Di Odoardo, Y. Shen. |
An Experience on Italian-Chinese Collaborative Training: the Teaching Program “Precaution of Chemical Risk in Conservation and Restoration-Selection of Non-toxic and Sustainable Cleaning Systems” |
| M. Barberio, S. Veltri, Sirianni F., Antici P. |
Ageing processes of yellow pictorial layers under UV- white lighting and biological attack |
| Karadag R. and E.Torgan |
Advantages and Important of Natural Dyes in the Restoration of Textile Cultural Heritage |
| F. Marini, M. Tomassetti, M. Piacentini, L. Campanella, P. Flamini |
Roman marmora Differentiation using NIR, XRF and Chemometrics |
| M. Yoshida, Dr. habil. Z. Giertlová, S. Kirnberger |
Trend Colour ’Green’ in Cultural Heritage: Simulation Games for Introducing and Living the Green Change in Museums |
| M . Clausi, L.L. Magnani, C. Tedeschi, M.P. Riccardi, M. Zema, S.C. Tarantino |
Interaction of natural and artificial stones with geopolymers: investigation of adhesion properties and microstructural features |
| M. Barberio, A. Imbrogno, F. Stranges, F. Xu |
TiO2 and SiO2 nanoparticles film for cultural heritage: conservation and consolidation of ceramic artifacts |
| M. Barberio, S. Veltri, M. Scisciò, P. Antici |
AFM and Pulsed Laser Ablation Methods for Cultural Heritage: Application to Archeometric Analysis of Stone Artifacts |
| Marianna Barberio, Massimiliano Scisciò, Patrizio Antici |
Laser-Accelerated Proton Beams as diagnostic for Cultural Heritage |
| D. Renzelli, F. Sirianni, F. Stranges, A. Bonanno |
Effects of cleaning methods on Thermoluminescence Dating Technique |
| G. Antoniella, M. Humar, D. Krzisnik, C. Pelosi, A. R. Taddei A, M. Romagnoli |
Charred wood along the ring caves of Orvieto town |
| M. Marinescu, D. Apreutesei, L. Ionescu and A.. Emandi |
Green Conservation of Imperial Doors from Ascension Church, Grindu Commune, Romania |
| L.L. Magnani, M. Clausi, S.C. Tarantino, M.P. Riccardi |
Studies on geopolymer-based mortars for Cultural Heritage |
| M. Sgobbi, L. Falchi, F.C. Izzo, M. Zuena, E. Zendri |
Evaluation of Eco-compatible methodologies to clean stone surfaces polluted by oil spill |
| L. Comensoli, J. Maillard, P. Junier, E. Joseph |
Can Bacteria And Fungi Be Used To Preserve Archaeological Iron Objects? |
| M. Albini, L. Comensoli, W. Kooli, L. Mathys, C. Jacquet, M. Rebord, Y. Braendle, P. Junier, and E. Joseph |
Microorganisms For Safeguarding Cultural Heritage |
| Wafa M. Kooli, P. Junier and E. Joseph |
Evaluation of biomineralization properties of bacteria for the removal of chloride species and stabilization of iron artefacts |
| M. Albini, P. Letardi, L. Mathys, P. Junier, E. Joseph |
Biopatina Treatment For The Stabilization Of Contemporary Bronze Artworks |
| E. Cervelli , G. Petrella , C. Mazzuca , L. Micheli, C. Cristini, D. De Fazio , S. Iannuccelli , S. Sotgiu, A. Palleschi , G. Palleschi |
A new sustainable and innovative work for paper artworks cleaning process: Gellan hydrogel combined with hydrolytic enzymes |
| Assunta Bonanno, Antonino Oliva, Diana Renzelli, Peppino Sapia, Federica Sirianni |
Infrared Reflectography imaging for archaeological pottery investigation |
| M. Fagiolo, V. Giunta, C. Mazzuca and S. Orlanducci |
Removal of adhesives and cleaning media library: new treatments with gels on paper and parchment |
| E. Marin, M. Leis and C.Vaccaro |
Commercial biological products may be used for cultural heritage cleaning? |
| E. Balliana, G. Ricci, C. Pesce, and E. Zendri |
Assessing the value of Green Conservation for Cultural Heritage: positive and critical aspects of already available methodologies |
| C. Frasconi, M. Fontanelli, L.Martelloni, M. Pirchio, M. Raffaelli, A. Peruzzi |
Thermal weed control in archeological sites as an alternative to herbicides application |
| L. Campanella, C. Gattuso, P. Gattuso,V. Roviello |
A Green material: the Funori alga. Studies and deepening research |
| A. Zacharopoulou, G. Batis, V. Argyropoulou, E.Guilminot |
The testing of natural corrosion inhibitors Cysteine and Mature Tobacco for treating marine composite objects in PEG400 solutions |
| L. Pujia |
Cultural Heritage and territory.
Architectural tools for a sustainable conservation of cultural landscape |
| C. Alisi, F. Tasso, P. Marconi, G. Migliore and A.R.Sprocati |
Bio-products and Bio-processes in the game towards a sustainable restoration solution |
| S. Pappalardo, F. Valentini, A. Boaretto, G. Rizzitelli and E. Granata |
Application of Engineered Graphene Oxide for restoration and preservation of damaged wall paintings |
| F. Valentini, and E. Granata |
Nanomaterials and Cultural Heritage: a recent overview of applications |
| N. Wilke, B. Schachenhofer, K. Roux, G. Tavlaridis |
The Thermolignum Ecological Insect Pest Eradication Process: The Effects on Gilded and Painted Wooden Objects |
| G. Borsoi , B. Lubelli, R. van Hees, R. Veiga, A. Santos Silva |
Deposition of modified nanolimes within calcareous substrates |
| F. Stranges and M. Barberio |
Laser Ablation methods for Cultural Heritage: restoration, conservation, consolidation |
| Renda V., Saladino M.L., Borgioli L., Caramanna S., Caponetti E. |
Cleaning treatment effects evaluated by in situ external reflectance FT-IR spectroscopy |
| I . Camerini, F. Valentini, A. Boaretto, G. Rizzitelli, and E. Granata |
Nano-Collagen for Restoration and Conservation of Ancient Leather |
| C.Coletti, F. Valentini, A. Boaretto, G. Rizzitelli and E. Granata |
Engineered Graphene Oxide for paper restoration and preservation |
| M . Munteanu, I. Sandu and V. Vasilache |
Disadvantages of using polymers in restoration of old icons on wood panels |
| D. Maxim, L. Bucşa, M. I. Moza, O. M. Chachula |
Antifungal activity of ten biocides against moulds from different church frescoes from Romania |
| M. Silva, C. Salvador, M.F. Candeias, D. Teixeira, A. Candeiras and A.T. Caldeira |
Novel green biocides for Cultural Heritage: Toxicological studies |
| F. Fratini and D. Pittaluga |
Sustainability of architectonic conservation yards in environmental protected areas: the case of the Zénobito Tower in Capraia island |
| M. P. Casaletto, C. Cirrincione, A. Privitera, M. Chellouli, D. Chebabe, N. Bettach, N. Hajjaji, A. Srhiri |
Sustainable conservation of iron artifacts by a green formulation derived from the seeds of Nigella Sativa |
| Scrano L., Sasso S., Bonomo M.G, Soglianiì, S. A. Bufo |
Natural innovative tools for the recovery of mural paintings in matera rupestrian churches |
| F.Palla |
Sustainable methods for cleaning of historic-artistic manufacts |
| G. Germinario, I. D. van der Werf, R. M. Montes-Estelles, J. L. Regidor-Ros and L. Sabbatini |
A new biocleaning approach for the removal of graffiti materials |
| Nour Allah Munawar |
Preserving Cultural Heritage in Conflict Areas Syria |
| V. Wiktor and H.M. Jonkers |
Bacteria-based protective system for the conservation of cement-based materials |
| R. Caminiti, L. Campanella, S. N. Cesaro, S. H. Plattner, E. Scarpellini |
Effects of innovative green chemical treatments on paper – can they help in preservation? |
| M. F. La Russa, S. A. Ruffolo, A. Macchia and C. Urzì |
Nanoparticles for mitigation of biodeterioration on stone materials |
| E. Gioventù, L. Luvidi, A. M. Mecchi, V. Di Tullio, A. Balloi |
Biocleaning method on painting layer: preliminary tests for monitoring the effect of sulfate-reducing bacteria on pigments |
| Riminesi, R. Olmi, E. Cantisani, O.A. Cuzman, C. Faraloni, B. Sacchi |
Eco-friendly control method of biodeteriogens growing on stone surfaces by microwave heating |
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