VLIYANIE TEHNOLOGICHESKIH USLOVIY POLUCHENIYA I DOBAVOK NA SVOYSTVA KOMPOZICIONNOGO KARBONATNO-GLINISTOGO VYAZHUSCHEGO
Authors:
1.
KGASU
2.
KGASU
3.
KGASU
4.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 691.541
Language:
Russian
Keywords:
романцемент, композиционное бесклинкерное вяжущее, пластификаторы, ускорители твердения, romantsement, composite binder no clinker, plasticizers, curing accelerators
Abstract (English):
The composition of the composite no clinker hydraulic binder based on carbonate-clay materials. Improving the strength of physical and mechanical properties is achieved by introducing the complex additive consisting of a plasticizer and a hardening accelerator. The mathematical model of strength romantsementa depending on the mode of firing, holding time. The mathematical dependence of the strength and composition of normal density besklinkernogo binder depending on the type and amount of additives and plasticizers, curing accelerators.
The composition of the composite no clinker hydraulic binder based on carbonate-clay materials. Improving the strength of physical and mechanical properties is achieved by introducing the complex additive consisting of a plasticizer and a hardening accelerator. The mathematical model of strength romantsementa depending on the mode of firing, holding time. The mathematical dependence of the strength and composition of normal density besklinkernogo binder depending on the type and amount of additives and plasticizers, curing accelerators.
Keywords:
романцемент, композиционное бесклинкерное вяжущее, пластификаторы, ускорители твердения, romantsement, composite binder no clinker, plasticizers, curing accelerators
романцемент, композиционное бесклинкерное вяжущее, пластификаторы, ускорители твердения, romantsement, composite binder no clinker, plasticizers, curing accelerators
1. Kolyada S.V. Perspektiva razvitiya proizvodstva stroitel'nyh materialov v Rossii do 2020 g. Materialy IV Vseros. seminara s mezhd. uchastiem «Povyshenie effektivnosti proizvodstva i primeneniya gipsovyh materialov i izdeliy». M.: Alvian, 2008, s. 7-15.
2. Hughesa D.C., Sugdena D.B., Jaglina D., Muchab D. «Calcination of Roman cement: A pilot study using cement-stones from Whitby». Construction and Building Materials, 22 (2008), 1446 - 1455.
3. Hughesa D.C., Jaglina D., Kozłowskib R., Muchab D.«Roman cements - belite cements calcined at low temperature». Cement and Concrete Research, 39 (2009), 77-89.
4. Volzhenskiy A.V., Burov Yu.S. i dr. Mineral'nye vyazhuschie veschestva. M.: Stroyizdat, 1979,476 s.
