light affected area - translation to russian
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light affected area - translation to russian

REGION OF BASE MATERIAL WHICH IS ALTERED (BUT NOT MELTED) DURING A HEAT-INTENSIVE WELDING PROCESS
Heat affected zone
  • Heat-affected zone around a weld

light affected area      
экспонированный участок
area         
  • cylinder]] of the same height and radius.
  • Although there are 10 mm in 1 cm, there are 100 mm<sup>2</sup> in 1 cm<sup>2</sup>.
  • The area between two graphs can be evaluated by calculating the difference between the integrals of the two functions
  • sectors]] which rearrange to form an approximate [[parallelogram]].
  • 120px
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  • 80px
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  • Integration can be thought of as measuring the area under a curve, defined by ''f''(''x''), between two points (here ''a'' and ''b'').
  • 120px
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  • left
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  • A diagram showing how a parallelogram can be re-arranged into the shape of a rectangle.
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  • lw}}.
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  • A square metre [[quadrat]] made of PVC pipe.
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  • A parallelogram split into two equal triangles.
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  • hochkant=0.2
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QUANTITY THAT EXPRESSES THE EXTENT OF A TWO-DIMENSIONAL SURFACE OR SHAPE, OR PLANAR LAMINA, IN THE PLANE
Area measure; Area (geometry); Area (mathematics); Area of an ellipse; Area of plane region; Area formula; Areas of Basic Shapes; Area of figure; Areas; Square length; List of area formulas; List of formulas for area; Unit of area
red-light district         
  • Judge]]'' cover
  • Legality varies with local laws}}
  • A statue in honor of [[sex worker]]s in [[Amsterdam, Netherlands]]
AN URBAN AREA WITH A HIGH CONCENTRATION OF SEX-RELATED BUSINESSES
Red light district; Red-light area; Red-light districts; Red-Light district; Red light districts; Zona de tolerancia; Redlight district; Vice district; Red district; Red Light Districts; Red light area; Red Light District; Red Light district
квартал публичных домов.

Definition

АР
а, м.
Единица площади, равна 100 м2, или 0,01 га.||Ср. ГЕКТАР.

Wikipedia

Heat-affected zone

In fusion welding, the heat-affected zone (HAZ) is the area of base material, either a metal or a thermoplastic, which is not melted but has had its microstructure and properties altered by welding or heat intensive cutting operations. The heat from the welding process and subsequent re-cooling causes this change from the weld interface to the termination of the sensitizing temperature in the base metal. The extent and magnitude of property change depends primarily on the base material, the weld filler metal, and the amount and concentration of heat input by the welding process.

The thermal diffusivity of the base material plays a large role—if the diffusivity is high, the material cooling rate is high and the HAZ is relatively small. Alternatively, a low diffusivity leads to slower cooling and a larger HAZ. The amount of heat input during the welding process also plays an important role as well, as processes like oxyfuel welding use high heat input and increase the size of the HAZ. Processes like laser beam welding and electron beam welding give a highly concentrated, limited amount of heat, resulting in a small HAZ. Arc welding falls between these two extremes, with the individual processes varying somewhat in heat input. To calculate the heat input for arc welding procedures, the following formula is used:

Q = ( V × I × 60 S × 1000 ) × E f f i c i e n c y {\displaystyle Q=\left({\frac {V\times I\times 60}{S\times 1000}}\right)\times \mathrm {Efficiency} }

where Q = heat input (kJ/mm), V = voltage (V), I = current (A), and S = welding speed (mm/min). The efficiency is dependent on the welding process used, with gas tungsten arc welding having a value of 0.6, shielded metal arc welding and gas metal arc welding having a value of 0.8, and submerged arc welding 1.0.

What is the Russian for light affected area? Translation of &#39light affected area&#39 to Russian