Article or book title, author's surname, DOI

The radio-protective building materials

V.N. Gulbin1, N.S. Kolpakov2, Y.K. Aleksandrov3, V.V. Polivkin4

research article Pages: 17-25

  1. 1,2 Ph.D. (Eng.), JSC «EMC of «Vega» Concern»
  2. 3 Expert, JSC «EMC of «Vega» Concern»
  3. 4 Leading Engineer, JSC «EMC of «Vega» Concern»

Abstract

Increased level of electric-magnetic radiation becomes ecological problem. The "Radioprotection" Center affiliated to the OJSC - EMC of "Vega" Concern - take a great attention to protect inhabitants against electric-magnetic smoke. For this purpose, there were developed different radio-protective building materials, such as light and heavy building concretes, facing break and ceramic blocks, blocks made of radio-protective foam-glass, radio-absorbing filler / covering materials, foam-composites and polymer composite materials, which allow protect people in their surroundings. Besides that, all developed materials possess improved operational properties. For these materials development, the ecologically-safe carbon-containing radio-absorbing filler materials are used. There was developed carbon-containing radio-absorbing composition material, which gives radio-protective properties to ordinary building materials, by mean of volumetric filling or by coating. The composition has low cost price, so it could be used for serial production of radio-protective building materials. Traditionally, the Center runs the works to create new and improve former developed materials and structures, in order to equip echo-free chambers and screened rooms.

How to cite

Гульбин В.Н., Колпаков Н.С., Александров Ю.К., Поливкин В.В. Радиозащитные строительные материалы // Наукоемкие технологии. 2014. № 3. С. 17–25.

References

  1. Grigor'ev O.A. E'lektromagnitny'e polya i zdorov'e cheloveka. Sostoyanie problemy' // E'nergiya: E'konomika, texnika, e'kologiya. 1999. № 5. S. 26 - 32.
  2. Gul'bin V.N., Mixeev V.A., Kolpakov N.S. i dr. Materialy' dlya zashhity' sredy' obitaniya cheloveka ot vliyaniya e'lektromagnitny'x izluchenij // Texnologii E'MS. 2013. №2 (45). S. 18-25.

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