Editorial: Insights in human and medical genomics: 2022 von Roach, Jared C., Freidin, Maxim B.

Volltext

Cementless pressed blocks from waste products of coal-firing power station von Freidin, C.

Volltext

Alkali-activated cement based on natural SiO2-containing material. Part I. Strength, hydration, microstructure and durability von FREIDIN, C

Volltext

Influence of variability of oil shale fly ash on compressive strength of cementless building compounds von Freidin, Constantin

Volltext

Hydration and strength development of binder based on high-calcium oil shale fly ash von Freidin, C

Volltext

Time-dependent behavior of cementless concrete-like material based on oil shale fly ash binders in ambient air von FREIDIN, C

Volltext

Stability of cementless building units based on oil shale fly ash binder in various conditions von Freidin, Constantin

Volltext

Behaviour of silica-concrete based on quartz bond in sulphuric acid von Freidin, C

Volltext

Hydration and strength development of binder based on high-calcium oil shale fly ash: Part II. Influence of curing conditions on long-term stability von Freidin, C

Volltext

Alternative materials for desert buildings: a comparative life cycle energy analysis von Pearlmutter, D., Freidin, C., Huberman, N.

Volltext

Prestressed concrete containment of nuclear power station with PWR von Freidin, C, Krichevsky, A

Volltext

Stableness of new concrete on the quartz bond in water and sulphate environments von Freidin, C.

Volltext

Analysis of Byzantine mortars from the Negev Desert, Israel, and subsequent environmental and economic implications von Meir, I.A., Freidin, C., Gilead, I.

Volltext

Byzantine mortars of the Negev Desert von Freidin, C., Meir, I.A.

Volltext

Hydration and strength development of binder based on high-calcium oil shale fly ash von Freidin, C

Volltext

Effect of aggregate on shrinkage crack-resistance of steam cured concrete von FREIDIN, C

Volltext

Cementless building units based on oil shale and coal fly ash binder von Freidin, Constantin, Motzafi-Haller, Wolfgang

Volltext

Alkali-activated cement based on natural SiO2-containing material von Freidin, C

Volltext

Alkali-activated cement based on natural SiO 2-containing material : Part I. Strength, hydration, microstructure and durability von Freidin, C

Volltext

ALKALI-ACTIVATED CEMENT BASED ON NATURAL SiO2-CONTAINING MATERIAL. PT.1. STRENGTH, HYDRATION, MICROSTRUCTURE AND DURABILITY von Freidin, C

Volltext