DETERMINING THE DEGREE OF THERMAL DESTRUCTION OF CONCRETE MADE FROM CEMENT PRODUCTION "ANGARSKCEMENT" BY IR SPECTROSCOPY

Ziryanov V S; Kuznetsov K L; Shekov A A

doi:doi:

Home / Journals / Vestnik of the East Siberian institute of the Ministry of internal affairs of the Russian Federation / Issue 3 / DETERMINING THE DEGREE OF THERMAL DESTRUCTION OF CONCRETE MADE FROM CEMENT PRODUCTION "ANGARSKCEMENT" BY IR SPECTROSCOPY

DETERMINING THE DEGREE OF THERMAL DESTRUCTION OF CONCRETE MADE FROM CEMENT PRODUCTION

Submit manuscript Download PDF
Text

To cite

Citations:

DETERMINING THE DEGREE OF THERMAL DESTRUCTION OF CONCRETE MADE FROM CEMENT PRODUCTION "ANGARSKCEMENT" BY IR SPECTROSCOPY

Journal: VESTNIK OF THE EAST SIBERIAN INSTITUTE OF THE MINISTRY OF INTERNAL AFFAIRS OF THE RUSSIAN FEDERATION № 3 , 2015

Rubrics: BURNING ISSUES OF LAW ENFORCEMENT FORENSIC ACTIVITY

VAC 5.1.1 Теоретико-исторические правовые науки

Ziryanov V S ¹

Kuznetsov K L ²

Shekov A A ³

Author and publication information

Authors:

1. Vostochno-Sibirskiy institut MVD Rossii

2. FGBU FPPS SEU «Ispytatel'naya pozhar-naya laboratoriya» po Irkutskoy oblasti

3. Vostochno-Sibirskiy institut MVD Rossii

Type:

Article

Pages:

from 36 to 42

Status:

Published

Received:

15.09.2015

Accepted:

15.09.2015

Published:

25.09.2015

Subject area:

VAC 5.1.1 Теоретико-исторические правовые науки

Language:

Russian

Keywords:

concrete, cement, fire, infra-red spectroscopy

Abstract and keywords

Abstract (English):
In the article the analysis of the IR spectra of concrete based cement M400 and MD, manufacturer «Angarskcement». The concrete had a different degree of thermal damage. It is established that differentiate the concrete is exposed to temperatures over 600 °C can be at the peak of portlandite (3640 cm -1) high intensity, low intensity, or absence, of a broad peak in the region of 3450 cm -1, characteristic of the OH groups of another nature.

Keywords:
concrete, cement, fire, infra-red spectroscopy

Text

Publication text (PDF): Read Download

References

1. Andreeva E.D. Primenenie IK-spektroskopii pri issledovanii ob'ektov, iz'yatyh s mesta pozhara: metodicheskoe posobie. M.: VNIIPO, 2010. 91 s.

2. Marchenko L.A., Marchenko A.A. Vliyanie sovmestno-osazhdennyh gidroksidov na sorbciyu ionov tyazhelyh metallov // Sorbcionnye i hromatograficheskie processy. 2009. T. 9. Vyp. 6. S. 868-876.

3. Brek D. Ceolitovye molekulyarnye sita. M.: Mir, 1976. 782 s.

4. Ivanova N.D., Stadnik O.A., Psareva T.S. i dr. Novye kompozitnye materialy na osnove oksidnyh soedineniy hroma, molibdena, kobal'ta // Himiya, fizika i tehnologiya poverhnosti. 2012. T. 3. № 3. S. 307-311.

5. Estemesova A.S. Ekotehnologichnoe proizvodstvo suhih stroitel'nyh smesey s primeneniem stekol'nogo boya: avtoref. dis. … kand. teh. nauk. Almaty: CeLSIM, 2007. 26 s.

6. Koknaev N.F. Bezgipsovye vyazhuschie avtoklavnogo tverdeniya // Stroitel'nye materialy. 1993. № 2. S. 18-20.

Submit manuscript Download PDF
Text

To cite

Citations:

Confirmation

Регистрация