Resistance of Concrete and Cement to Chemical and Aggressive Environments

The resistance of the cement mortar to aggressive influences, when exposed to air, lime becomes denser due to gas formation in the air, the durability of the garage erected in the building. It has also been found that exposure to harmful exhaust gases increases, usually in wet conditions.

Bibliographic Details
Main Authors: Saidovich, E. M. (Egamberdiev), Hamzayevich, H. S. (Hakimov), o`g`li, O. S. (O`lmasov)
Format: Other/Unknown Material
Language:Indonesian
Published: Research Parks Publishing 2021
Subjects:
Online Access:https://www.neliti.com/publications/352538/resistance-of-concrete-and-cement-to-chemical-and-aggressive-environments
id ftneliti:oai:neliti.com:352538
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spelling ftneliti:oai:neliti.com:352538 2023-05-15T15:52:28+02:00 Resistance of Concrete and Cement to Chemical and Aggressive Environments Saidovich, E. M. (Egamberdiev) Hamzayevich, H. S. (Hakimov) o`g`li, O. S. (O`lmasov) 2021 application/pdf https://www.neliti.com/publications/352538/resistance-of-concrete-and-cement-to-chemical-and-aggressive-environments id ind Research Parks Publishing https://www.neliti.com/publications/352538/resistance-of-concrete-and-cement-to-chemical-and-aggressive-environments (c) International Journal on Orange Technologies, 2021 International Journal on Orange Technologies Cement mortar aggressive action acid carbonic acid carbonization tubular pores crystalline hydrate Indonesia Journal:eArticle 2021 ftneliti 2022-09-05T12:49:16Z The resistance of the cement mortar to aggressive influences, when exposed to air, lime becomes denser due to gas formation in the air, the durability of the garage erected in the building. It has also been found that exposure to harmful exhaust gases increases, usually in wet conditions. Other/Unknown Material Carbonic acid neliti (Indonesia's Think Tank Database)
institution Open Polar
collection neliti (Indonesia's Think Tank Database)
op_collection_id ftneliti
language Indonesian
topic Cement mortar
aggressive action
acid
carbonic acid
carbonization
tubular pores
crystalline hydrate
Indonesia
spellingShingle Cement mortar
aggressive action
acid
carbonic acid
carbonization
tubular pores
crystalline hydrate
Indonesia
Saidovich, E. M. (Egamberdiev)
Hamzayevich, H. S. (Hakimov)
o`g`li, O. S. (O`lmasov)
Resistance of Concrete and Cement to Chemical and Aggressive Environments
topic_facet Cement mortar
aggressive action
acid
carbonic acid
carbonization
tubular pores
crystalline hydrate
Indonesia
description The resistance of the cement mortar to aggressive influences, when exposed to air, lime becomes denser due to gas formation in the air, the durability of the garage erected in the building. It has also been found that exposure to harmful exhaust gases increases, usually in wet conditions.
format Other/Unknown Material
author Saidovich, E. M. (Egamberdiev)
Hamzayevich, H. S. (Hakimov)
o`g`li, O. S. (O`lmasov)
author_facet Saidovich, E. M. (Egamberdiev)
Hamzayevich, H. S. (Hakimov)
o`g`li, O. S. (O`lmasov)
author_sort Saidovich, E. M. (Egamberdiev)
title Resistance of Concrete and Cement to Chemical and Aggressive Environments
title_short Resistance of Concrete and Cement to Chemical and Aggressive Environments
title_full Resistance of Concrete and Cement to Chemical and Aggressive Environments
title_fullStr Resistance of Concrete and Cement to Chemical and Aggressive Environments
title_full_unstemmed Resistance of Concrete and Cement to Chemical and Aggressive Environments
title_sort resistance of concrete and cement to chemical and aggressive environments
publisher Research Parks Publishing
publishDate 2021
url https://www.neliti.com/publications/352538/resistance-of-concrete-and-cement-to-chemical-and-aggressive-environments
genre Carbonic acid
genre_facet Carbonic acid
op_source International Journal on Orange Technologies
op_relation https://www.neliti.com/publications/352538/resistance-of-concrete-and-cement-to-chemical-and-aggressive-environments
op_rights (c) International Journal on Orange Technologies, 2021
_version_ 1766387644692955136