Sentence examples for stone surface of the from inspiring English sources

Their building is composed as a bold stack of cylindrical and horseshoe-shaped volumes, forms that have subtle echoes of the nearby Radcliffe Camera and Sheldonian theatre, while its double-skin facade of thin glass panes recalls the taut stone surface of the Bodleian Library.

The presence of fungi on the stone surface of the heritage monuments and stoneworks is often associated with the process of biodeterioration.

The stone surfaces of the Beck Building conceal load-bearing steel and concrete construction.

Salts were sampled by drilling as well as by non-destructive application of PPP on the stone surfaces of the cubes.

It's biofilm — a microbial invasion of uncertain origin that has begrimed the stone surface of one of the nation's most hallowed monuments.

The poultices have a contact area to the stone surface of approx. 13.7 cm2 while the stone powder derives from a drilling area of c. 0.79 cm2.

Outdoor bronzes are subjected to continual corrosion and dissolution processes, as well reported in literature [1 3]: associated with these processes are the coloured stains often observed on stone surfaces of outdoor monuments as the results of leaching from the attached bronze artefacts exposed to rainfall.

Environmental conditions like relative humidity, temperature, wind, light and rainfall plays a crucial role in colonization and establishment of microbial communities on the stone surfaces of monuments and artworks[1, 4, 5].

These micro-organisms through different known mechanisms of deterioration cause harm to the stone surfaces of monuments and artworks resulting in an irreversible and irreparable loss of their physical strength, aesthetic appearance, value and information[1, 6, 10 16] (Table2).

These oxides may be oxidized into their corresponding acids by the humid air or moisture present on the damp stone surfaces of monuments further worsening their physical strength and durability.

Analyses on collected samples have been carried out with the aim to verify the cohesive properties conferred to the surface by the treatments, the possible textural and structural modifications induced by the application of the nanomaterials to the stone surface, the penetration depth of the consolidating product, as well as possible interactions with the stone.