Structure for Thermal blanket

For the purpose of increase of moisture resistance and атмосферостойкости the external layer polyethylene 40 - 80 microns is put in the thickness.

By presence as a part of liquid glasses it is reached a layer of a material from thermal influence and technical result of the invention at the expense of the ecologically basic component of structure. Presence in structure reaches the big thermal blankets bcapacity and low thermal conduct a material layer. Kremneftoristyj sodium serves as a structure hardener. The pigment gives various colors to structure. Aeroforces raises properties and reduces heat conductivity of structure. Presence as a part of glass threads reaches additional increase of firmness of a layer of a material to vibrations and static loadings. Presence in structure, for example тригидрата ацитата sodium, alum, is reached by factor reduction thermal structure at the expense of additional absorption of warmth during phase transformations, for example fusion. Presence as a part of an external layer from polyethylene reaches increase coverings.

Test of heat-shielding properties of a covering was carried out by the following technique on installation СИН-1 (the stand of impulsive heating). The prepared structure was put on steel 2 mm by samples a brush. In experiences put a coat layer in the thickness of 4 mm. Edges of samples protected by means of three cascades of tubular gas-discharge water cooled sources of radiation with the xenon filler of type of road accident 10/200. The distance to the examinee of the sample stole up thus that the total density of a thermal stream on its surface reached 200 kw/m. Temperature of a return surface of the sample was measured by means of the thermocouple.

Vibration strength estimated on time of occurrence of the first cracks for the samples placed on stand at frequencies from 10 to 4000 Hz and acceleration from 1,25 to 40 g.

Ecological cleanliness defined on total gas evolution of an oxide of carbon and organic substances in vacuum from an equal hinge plate of substance (0,5) at its heating to 500oC within 20 minutes.

Results of test are resulted in the table in comparison to a prototype composition. From the table increase of heat-shielding properties, vibration strength and ecological cleanliness is visible at transition from structure-prototype to declared structure. By results of tests (table) optimum boundary conditions of a parity of components are chosen. Besides substantial increase of the maintenance of a filler conducted to increase of viscosity of structure and impossibility to use a brush for its drawing, and decrease in the maintenance aeroforce led to running off of structure with a vertical wall.