Submit an Article
Become a reviewer
Vol 158
Pages:
132-135
Download volume:
RUS
Article

Comprehensive monitoring of stone monuments in the urban environment

Authors:
O. V. Frank-Kamenetskaya1
D. Yu. Vlasov2
V. M. Marugin3
A. A. Knizel4
N. F. Lepeshkina5
About authors
  • 1 — St. Petersburg State University
  • 2 — St. Petersburg State University
  • 3 — St. Petersburg State University
  • 4 — St. Petersburg State University
  • 5 — St. Petersburg State University
Date submitted:
2003-08-03
Date accepted:
2003-09-07
Date published:
2004-12-15

Abstract

The methodology of monitoring of natural stone monuments in the urban environment has been developed. The field inspection of 100 marble monuments was carried out and the typical description of visible forms of their destruction was offered. The methodology of mapping the forms of destruction of natural stone in the urban environment is worked out. Qualimetric expertise is applied for the first time for the assessment of the integral condition of the sculptural monuments made of stone. An electronic cadastre on the condition of the marble monuments of the museum necropolises of the Alexander Nevsky Lavra was created.

Область исследования:
(Archived) Environmental monitoring
Go to volume 158

Similar articles

Research and development of methods and technologies for safe dismantling and dismantling of decommissioned process equipment at nuclear power facilities
2004 A. A. Dyakov
Hydrotransport environmental technology in the re-development of mineral deposits as a means of improving the quality of mined raw materials and the efficiency of field development
2004 O. S. Bryukhovetskii, Z. D. Zakirov
Microbathometer
2004 V. M. Akhutin
Managing the risks of natural and man-made disasters through improved environmental monitoring, forecasting and management theory
2004 L. N. Karlin
On the possibility of complex processing of titanium-magnesium production intermediate products to produce vanadium
2004 V. M. Sizyakov, S. V. Aleksandrovskii
Development of recycling technology for rubber products with sulfuric acid regeneration
2004 I. V. Fedoseev, M. M. Emelyanov, A. Yu. Loginova, N. V. Solovev, N. S. Gerasimova