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In cleaning

M. L. White, in Clean Surfaces, Their Preparation and Characterization for Interfacial Studies, G. Goldfinger, ed., Marcel Dekker, New York, 1970. [Pg.288]

W. J. Hunter and R. E. Eolett, in Clean Water—Clean Environment—21st Century, Vol. 11 Mutrients. American Society of Agricultural Engineers, St Joseph, Mich, 1995, pp. 79—82. [Pg.40]

In a world increasingly conscious of the dangers of contact with chemicals, a process that is conducted within the walls of a vacuum chamber, such as the VDP process for parylene coatings, offers great advantages. Provided the vacuum pump exhaust is appropriately vented and suitable caution is observed in cleaning out the cold trap (trace products of the pyrolysis, which may possibly be dangerous, would collect here), the VDP parylene process has an inherently low potential for operator contact with hazardous chemicals. [Pg.443]

Dissolved matter lowers oxygen solubihty. At 20°C and 101.3 kPa (1 atm), the equihbrium concentration of dissolved oxygen in seawater is 7.42 mg/L. It is 9.09 mg/L in chloride-free water and 9.17 mg/L in clean water. This lessening of oxygen solubihty is of importance to wastewater treatment. The solubihty of atmospheric oxygen in a domestic sewage is much less than in distilled water (12). [Pg.339]

Other appHcations of firefly hioluminescence include measurement of the activity of bacteria in secondary sewage treatment activated sludge (296,297), detection of bacteria in clean rooms and operating rooms, measurement of bacteria in bottled foods, beverages (298), and pharmaceuticals (299), determination of the antimicrobial activity of potential dmgs (300), determination of the viabiHty of seeds (301), and measuring marine biomass concentrations as a function of ocean depth or geographical location (302). [Pg.275]

Milk may be a carrier of diseases from animals or from other sources to humans. To avoid contamination before pasteurization, healthy animals should be separated from sick animals or those with infected udders. The animals should be clean, kept in clean housing with clean air, and handled by workers and equipment under strictly sanitary conditions. Post-pasteurization contamination can occur as a result of improper handling, due to exposure to contaminated air, improperly sanitized equipment, or an infected worker. [Pg.364]

Gleaners. Properties, such as foaming and detergency (qv), make alkanolamines useflil in cleaning formulations. Monoetbanolamine is particularly effective in wax removal formulations because of its ability to penetrate films. Cleanets that involve skin contact use triethanolamine because of its mildness. Derivatives of the amines (49,50) as well as the free alkan olamines (51—53), may be formulated into cleaning products. [Pg.10]

Electrical Hazards. Because carbon fibers are conductive, the airborne filaments can create serious problems shorting out electrical equipment. The best option is to locate sensitive equipment in clean rooms outside of areas where carbon fiber is being processed. If this is not possible, electrical cabinets must be effectively sealed to prevent contact with carbon fibers. A filtered air-positive purge provides additional protection for sensitive equipment. [Pg.7]

J. C. Hoogendoom, in Clean Fuelsfrom Coal, Institute of Gas Technology Symposium Series, IGT, Chicago, lU., 1973, p. 353. [Pg.294]

Below 100 °C tri-t-butyldiaziridinimine (176) only undergoes inversion at the exocyclic nitrogen, as evidenced by coalescence of NMR signals at about 50 °C. Heating for 1 h to 150 °C, however, results in clean formation of ( )-azoisobutane and t-butyl isocyanide. [Pg.219]

Heat-transfer coefficients in clean coiled-tube evaporators for seawater are shown in Fig. 11-24 [Hillier, Proc. Jn.st. Mech. Eng. (London ), 1B(7), 295 (1953)]. The tubes were of copper. [Pg.1046]

These pohcy statements are founded on the existing language and authorities in Clean Water Act Sections 303 (c) (2) (A) and (Bf EPA defined biological criteria as numerical values or narrative expressions used to describe the expected structure and function of the aquatic community. ... [Pg.2161]


See other pages where In cleaning is mentioned: [Pg.143]    [Pg.472]    [Pg.10]    [Pg.975]    [Pg.355]    [Pg.441]    [Pg.322]    [Pg.366]    [Pg.369]    [Pg.67]    [Pg.432]    [Pg.361]    [Pg.72]    [Pg.374]    [Pg.226]    [Pg.361]    [Pg.337]    [Pg.344]    [Pg.79]    [Pg.179]    [Pg.261]    [Pg.169]    [Pg.391]    [Pg.392]    [Pg.394]    [Pg.509]    [Pg.281]    [Pg.527]    [Pg.152]    [Pg.148]    [Pg.148]    [Pg.1606]    [Pg.2290]    [Pg.414]    [Pg.36]    [Pg.229]   
See also in sourсe #XX -- [ Pg.10 ]

See also in sourсe #XX -- [ Pg.10 ]




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ARTIN HANEK, NORBERT LOW, ANDREAS MUHLBAUER 1 Cleaning requirements in the electronic industry

Activity of detergents in dry cleaning

CLEANING PROCESSES IN POWER STATIONS

Carbon Monoxide Fine Clean-Up in Fixed-Bed Reactors

Carbon Monoxide Fine Clean-Up in Membrane Reactors

Carbon Monoxide Fine Clean-Up in Monolithic Reactors

Carbon Monoxide Fine Clean-Up in Plate Heat-Exchanger Reactors

Clean in place

Clean-in-place cleaners

Clean-in-place pump

Clean-in-place systems

Cleaning in-place systems

Cleaning, gas settles in waste heat boiler

Cleaning-in-place

Cleaning-in-place procedures

Cleaning-in-place process

Formation and Loss of O3 in the Clean Atmosphere

Hydrogen in Aerospace Clean Contrails and the Orient Express

Hydrogen peroxide in clean processes

In Situ Characterization of Membrane Fouling and Cleaning Using a Multiphoton Microscope

In situ cleaning

In-line cleaning

Just-in-time cleaning

Microemulsions in textile cleaning

New Developments in the Context of Clean Synthesis

Perceptions in Cleaning Hair and the Subjective Testing of Shampoos

Photochemical self-cleaning in the environment

Plasma Cleaning and In Situ Deposition of TMS Polymer on Cold-Rolled Steel

Recycling of solvents in dry cleaning

Removal of soiling in dry cleaning

Sample Clean-Up Ways to Overcome the Bottleneck in Proteome Analysis

Situ Plasma Cleaning in Micro-Electronics and Related Environmental Issues

Solubility in Supercritical Fluid Cleaning

Solvents in dry cleaning

Spotting in dry cleaning

Stencil cleaning in screen printing machines

Use of clean fuels in burner-heated heat treatment furnaces

Utilisation in Semiconductor Processing and Cleaning

WASTE MANAGEMENT IN METAL CLEANING AND STRIPPING

Water-free cleaning processes in closed, one-chamber vapor defluxing systems

Water-free cleaning processes using HFE (hydrofluoroethers) in combination with a cosolvent

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