Standard bar

The hand-held comparative Brinell tester is the most portable device. With this device a hammer blow is substituted for the static load which is transmitted first through a standard bar of known hardness and then through the indenter into the workpiece. The indentations in both the standard bar and the workpiece are measured and from the ratio of the diameters the HBN is derived. The loss in accuracy is made up for by the exceUent portabUity. 

Mr. Medabalmi said that he chose Citarella s bar because the atmosphere is clearly nicer than a standard bar, and the drinks are more interesting. (The house s most popular specialty cocktail is the Titanic, with a Champagne iceberg. Cold and crisp as sea air at night. You don t hit it—it hits you.)... 

Ms. Kim previously worked at Michael Jordan s, the steak house in Grand Central Terminal, and she seems to appreciate the standard bar and a hard night out. But she knows that she wants a Cabernet-Merlot blend for her red wine martini, because of its specific notes of spice. And she achieves it the cocktail is seasoned as surely, and subtly, as if she had pinched powders into it. 

In procedure 2, approximately 900 mL of fuel is placed into a 1-L clear glass jar and examined visually for clarity. Fuel clarity is rated by placing a standard bar chart behind the sample and comparing its visual appearance with the standard haze rating photos. The sample is then swirled and examined for visual sediment or water drops below the vortex. 

The standard method of determining the thermal conductivity in a solid is as described in the following. Two bars of the same cross-sectional area and similar lengths are used one bar made from a metal of known thermal conductivity, and the other made from the material whose thermal conductivity is to be found. In the figure, A is a standard bar of known dimensions and thermal conductivity kA. B is the bar of known dimensions, the thermal conductivity, kB, of which is to be measured. 

The heat distortion test is similar to a creep test, except that the temperature is increased at a uniform rate rather than being kept constant. At the softening or heat distortion temperature the polymer begins to deform at a rapid rate over a narrow temperature interval. In the heat distortion test ISO-HDT-A or ISO-HDT-B a standard bar is loaded... 

There is at least one standard bar of soap available for personal hygiene per person per month. 

The code can be represented in any of the following standard bar formats code 39, code 16K, code 49, and code 128. 

Heat Deflection Temperature - The temperature at which a material specimen (standard bar) is deflected by a certain degree under specified load. Also called rensi/e heat distortion temperature, heat distortion temperature, HDT, deflection temperature under load. 

These minimrun qualification standards are listed here, in Subpart B. And here is also where you begin the process of establishing and setting your hiring standards bar. 

Output FIP(I) vector (length 20) of standard-state fugacity (bars) (I = 1,N)... 

For pure organic materials, it is also possible to calculate the heating value starting from the heats of formation found in tables of thermodynamic data. The NHV is obtained using the general relation of thermochemistry applicable to standard conditions of pressure and temperature (1 bar and 25°C)) f 9j... 

Normal boiling point K Standard specific gravity Molecular weight kg/lunol Liquid viscosity at 100°F mm /s Liquid viscosity at 2iO F mm /s Critical temperature K Critical pressure bar... 

The Standard covers bar, plates, sheets, strip, structural shapes rolled stock, pipes, sheets with laminar coating and strip of carbon, alloyed and electrical steels and sets up nondestructive magnetic method of mechanical and service properties and microstructure control. 

All standard states, both for pure substances and for components in mixtures and solutions, are defined for a pressure of exactly 1 atmosphere. However the temperature must be specified. (There is some movement towards metricating this to a pressure of 1 bar = 100 kPa = 0.986 924 atm. This would make a significant difference only for gases at J= 298 K, this would decrease a p by 32.6 J moT )... 

It is the most corrosion-resistant metal known, and was used in making the standard meter bar of Paris, which is a 90 percent platinum and 10 percent iridium alloy. This meter bar was replaced in 1960 as a fundamental unit of length (see under Krypton). 

Guidelines for the Blood Transfusion Services in the United Kingdom, National Institute For Biological Standards and Control, Potters Bar, 1992. 

ASTM E23-93, "Notched Bar Impact Testing of MetaUic Materials," Annual Book of ASTM Standards, ASTM Puhhcations, Philadelphia, 1993. ASTM D256-92, "Impact Resistance of Plastics and Electrical Materials," Annual Book of ASTM Standards, ASTM Puhhcations, Philadelphia, 1993. A. N. Atiuri and T. Nishioka, Int. / fract. 27, 245 (1985). 

In addition, the following ASTM Standard Specifications are for the Nb—lOHf—ITi—IZr alloy known commercially as C103 B652-92 Niobium—Hafnium AHoy Ingots B654-92 Niobium—Hafnium AHoy Foil, Sheet, Strip, and Plate B655-92 Niobium—Hafnium AHoy Bar, Rod, and Wine. 

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