a | b | c | d | e | f | g | h | i | j | k | l | m | n | o | p | q | r | s | t | u | v | w | x | y | z

   |<      <<      >>     > |    

Volume fraction polymer in equilibrium phases for chains of different length, Experimental curves for the molecular weights indicated, with temperature as the ordinate. Reprinted with permission from A. R. Shultz and P. J. Flory, J. Am. Chem. Soc. 74

Volume fraction profile of 280,000-molecular-weight poly adsorbed onto deuterated polystyrene latex at a surface density of 1.21 mg m and suspended in D2O, from Ref. 70.

Volume hologram recording where the reflection.

Volume of blowing air v. dewatering time.

Volume of low level radioactive waste per U.S. nuclear power reactor . The decrease over the period 1980—1994 was

Volume of nitrogen evolved from the decomposition of AIBN at 77 C plotted according to the first-order rate law as discussed in Example 6.1. Reprinted with permission from L. M. Arnett, . Am. Chem. Soc. 14

Volumetric efficiency

Volumetric efficiency .

Volumetric efficiency for reciprocating piston compressors .

Volume—temperature relationships for glasses, liquids, supercooled liquids, and crystals.

Vulnerable zones for atmospheric releases of chemicals X and Y from plant Z.

Vulnerable zones for transportation route Z witli atmospheric releases of chemicals X and Y.

W wind system. Source Photo courtesy of R. M. Young Co.

Wachtel, et al, 1972 shows the ARCO reactor that tried to simulate the real reaction conditions in a fluid cracking unit. This was a formal scale-down where many important similarities had to be sacrificed to get a workable unit. This unit was still too large for a laboratory study or test unit, but instead was pilot-plant equipment that could still give useful empirical results Since this serves a very large industry, it may pay off to try it, even if it costs a lot to operate.

Waier trap in steel girder assembly of a bridge. Salt aerosol, bird excrement, etc., may also find their way into this stagnant water, producing an extremely corrosive fluid

Wall friction test

Wall of steel tank, originally V2 in. .

Wall-mounted automatic changeover device.

Wall-wiping centrifugal type separator. Courtesy of Wright-Austin Co.

Walsh molecular orbital diagram for AH2 molecules

Warrington seale with independent wire-rope core ,

Warrington seale with independent wire-rope core ,

Warrington seale with independent wire-rope core ,

Warrington seale with independent wire-rope core .

Warrington seale with independent wire-rope core .

Wash water outlets on a filter press.

Washing performance on different soilings of a U.S. liquid detergent .

Wastage in a circumferential region where a 90

Wastage on the thick side of an

Waste nitrogen conversion to NO as a function of the nitrogen content of the synthetic soHd waste where

Wasted threads on small-diameter mild steel pipe.

Water adsorption isotherms at 25 C . 4A and 5A designate molecular sieves.

Water Alternating gas injection

Water and salt fluxes through a high performance reverse osmosis membrane, when tested with a 3.5 NaCl feed solution. The water flux increases, whereas the salt flux is essentially independent of appHed pressure . To convert MPa to psig, multiply by 145.

Water capacity for standard cyclones, after Afterbum.

Water collected in a dead end.

Water collected in the instrument support and corroded the process line.

Water consumption during extended pressurization of an HDR reservoir. The amount of water required to maintain a constant pressure declines with the logarithm of time as the microcracks in the reservoir rock are slowly filled with the pressurized fluid.

Water content of lean, sweet natural gas.

Water disengaging drum.

Water droplet with attractive forces

Water flux and NaCl rejection of several membrane types represents seawater membranes, which operate at 5.5 MPa and 25 C

Water flux as a function of pfC for various phenols using FT30-BW membranes at T 24 C, AP 1.38 MPa , -- 0.2 mM. AP 2-aminophenol FP 2-fluorophenol for other abbreviations, see

Water flux versus pressure. Equation 1 predicts the line having flux at P. Actual initial water flux follows curve C to flux at P.

Water in this dead-end was vaporized by oil.

Water injection—a poor arrangement.

Water isobars for various adsorbents

Water isotherms for various adsorbents . Activation conditions

Water jacketed stuffing box.

Water left in the heat exchanger was vaporized by hot oil.

   |<      <<      >>     > |