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Liquids water

Geraniol [106-24-1] M 154.3, b 230 , d 0.879, n 1.4766. Purified by ascending chromatography or by thin layer chromatography on plates of kieselguhr G with acetone/water/liquid paraffin (130 70 1) as solvent system. Hexane/ethyl acetate (1 4) is also suitable. Also purified by GLC on a silicone-treated column of Carbowax 20M (10%) on Chromosorb W (60-80 mesh). [Porter Pure Appl Chem 20 499 7969.] Stored in full, tightly sealed containers in the cool, protected from light. [Pg.250]

Highly irritating and poisonous Very soluble in water. Liquid liberates heat as it dissolves in water. The entrapment of water in an anhydrous hydrogen fluoride cylinder can cause rapid generation of heat and pressure which can lead to an explosion. Containers should never be heated to >52°C. A liquid hydrogen fluoride spill area should not be entered unless protective clothing (impervious to the compound) and a self-contained gas mask are worn Fumes in air... [Pg.134]

Fatal accident rate Lost-time injury rate Capital cost of accidents Number of plant/community evacuations Cost of business interruption Cost of workers compensation claims Number of hazardous material spills (in excess of a threshold) Tonnage of hazardous material spilled Tonnage of air, water, liquid and solid effluent Tonnage of polluting materials released into the environment Employee exposure monitoring Number of work related sickness claims Number of regulatory citations and fines Ecological impact of operations (loss or restoration of biodiversity, species, habitats)... [Pg.124]

DUngesalz, n. saline manure, fertilizer salt. Dung-fabrik, /. fertilizer factory, -jauche, /, dung water, liquid manure, -mittsl, n. manure, fertilizer, -pulver, n. powdered manure, poudrette. salz, n. saline manure, fertilizer salt. [Pg.110]

Jauche, /. dung water, liquid manure (Med.) ichor. [Pg.229]

Drilling muds are a special class of drilling fluid used to drill most deep wells. The term mud refers to the thick consistency of the fluid after the appropriate materials have been added to the water-liquid or oil-liquid base. [Pg.650]

Chemical (and Water) Tank and Pump. The pump injects water, liquid foamers and chemical corrosion inhibitors into the high-pressure air (or gas) line after compression of the air and prior to the standpipe. [Pg.845]

Mixtures of triglycerides, triglycerides plus free fatty adds or triglycerides plus fatty acid alkyl esters are used as reactants in fat modification processes. These mixtures are exposed to lipases supported on macroporous particles in the presence of a small amount of water. Liquid substrates (oils) can be reacted without use of a solvent, but with solid reactants (fats) it is necessary to add a solvent to ensure that the reactants and products are completely dissolved in the organic phase. Various water immisdble solvents can be used, but hexane is preferred for commercial operation because this solvent is already used industrially for the processing of oils and fats. [Pg.332]

Flashing liquids, 134-146 Flow coefficients, Gv, for valves, 81 Friction loss, 68 Incompressible fluid, 71 Laminar flow, 77, 78, 86 Liquid lines, chart, 92 Long natural gas pipe lines, 120 Non-water liquids, 99 Pipe, 71... [Pg.629]

The term vapor denotes the gaseous form of a substance that is normally a solid or liquid. Thus, we speak of ice (the solid form of water), liquid water, and water... [Pg.30]

Ionic polysulfides dissolve only in media of high polarity hke water, liquid ammonia, alcohols, nitriles, amines, and similar solvents. In all of these solvents 8 can be reduced electrochemically to polysulfide anions. On the other hand, the electrochemical oxidation of polysulfide anions produces elemental sulfur ... [Pg.141]

B. Kvamme. Mechanisms for initiation of hydrate from liquid water Liquid phase clustering, surface adsorbtion, or what In Proceedings Volume, pages 306-310. New York Acad Sci et al Natur Gas Hydrates Int Conf (New Paltz, NY, 6/20-6/24), 1993. [Pg.419]

Electrical Potential Oscillation Across a Water-Oil-Water Liquid Membrane in the Presence of Drugs... [Pg.13]

Fig. 4.25. The results of verification of the equation (3.29) in the case of ZnO film immersed in various solvents in a hydrogen atmosphere at room temperature ( / - 4) or in vacuum at 250 C (5) 1 water (liquid is= 78) and saturated vapour) 2 - methanol ( = 36) 3 ethanol (liquid ie= 26) and saturated vapour) 4 - butanol (f = 17). Fig. 4.25. The results of verification of the equation (3.29) in the case of ZnO film immersed in various solvents in a hydrogen atmosphere at room temperature ( / - 4) or in vacuum at 250 C (5) 1 water (liquid is= 78) and saturated vapour) 2 - methanol ( = 36) 3 ethanol (liquid ie= 26) and saturated vapour) 4 - butanol (f = 17).
The usefulness of NMR in such analysis is because the proton spin-relaxation time constants are different for different components, such as water, liquid fat and solid fat. For example, the signal from solid fat is found to decay rapidly while the liquid signals decay much slower. This phenomenon is the basis for an NMR technique to determine the solid fat content [20], However, as the relaxation time constant of water, for example, could depend on its local environment, such as protein concentration, it may overlap with that of oil and other components. As a result, it could be difficult to formulate a robust and universal relaxation analysis. It... [Pg.163]

Tiddy, G. J. T. Surfactant-Water Liquid Crystal Phases, Physics Reports (Review Section of Physics Letters) 1980, 57(1), 1. [Pg.408]

Pohorille, A. Benjamin, I., Structure and energetics of model amphiphilic molecules at the water liquid-vapor interface. A molecular dynamic study, J. Phys. Chem. 1993, 97, 2664-2670... [Pg.73]

Rhodium-catalyzed enantioselective hydrogenation of acctamido -cinnamic in water was also achieved using pyrphos bound to poly-acrylic acid as ligand.337 Roucoux described some Rh° nanoparticles which function as reusable hydrogenation catalyst for arene derivatives in a biphasic water-liquid system.338... [Pg.120]

Sometimes we feel hot even when sweating, particularly in a humid environment like a beach by the sea on a hot day. Two processes occur in tandem on the skin evaporation (liquid water - gaseous water) and condensation (gaseous water liquid water). It is quite possible that the same water condenses on our face as evaporated earlier. In effect, then, a cycle of liquid gas -> liquid occurs. The two halves of this cycle operate in opposite senses, since both exo- and endo-thermic processes occur simultaneously. The net change in energy is, therefore, negligible, and we feel no cooler. [Pg.83]

WATER (LIQUID OR SUPERCOOLED) AND ICE VAPOR PRESSURES AND THEIR RATIO (WATER ACTIVITY BELOW FREEZING) AT 0°C AND SEVERAL SUBFREEZING TEMPERATURES... [Pg.24]

Prepare 0.01 M solutions of leucine, methionine, valine, and lysine using a solvent that is 70% isopropyl alcohol and 30% water. Liquid food samples, such as fruit juice samples, can be used directly. Solid food samples must be soluble in the isopropyl alcohol-water solvent. Prepare solutions of solid samples as concentrated as possible. [Pg.482]

Blanks, left to right, starting upper left water, liquids or dissolved solids, size exclusion, porous polymer beads, any liquid type, polymer beads with ionic sites ions, gas, thin liquid film, thin layer, liquids or dissolved solids. [Pg.532]


See other pages where Liquids water is mentioned: [Pg.12]    [Pg.297]    [Pg.42]    [Pg.54]    [Pg.110]    [Pg.149]    [Pg.149]    [Pg.149]    [Pg.299]    [Pg.61]    [Pg.127]    [Pg.240]    [Pg.130]    [Pg.119]    [Pg.697]    [Pg.193]    [Pg.73]    [Pg.704]    [Pg.285]    [Pg.143]    [Pg.107]    [Pg.96]    [Pg.20]   
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Aerosol Liquid Water Content

Air-and Water-stable Ionic Liquids

Ammonium bromide-ethanol-water isobaric vapor-liquid equilibrium

Approaching Liquid Water

Arthur H. Thomas Hydrometer for Liquids Lighter than Water

Boiling liquid expanding vapor explosion water

Bulk liquid water

Catalysts ionic liquid-water

Cloud chemistry, liquid water content

Cloud liquid water content

Cluster liquid water model

Composite models, liquid water

Corrosion process liquid water

Critical liquid water formation

Debye relaxation liquid water

Dielectric constant of liquid water

Drug water based human liquids

Dry Polymer in Liquid Water

Effect of Liquid Water on Performance

Electrodeposition of Metals in Air- and Water-stable Ionic Liquids

Electron Energy Bands of Liquid Water

Electron liquid water

Electronic absorption of liquid water

Enthalpy, liquid water

Ethanol-water vapour-liquid equilibria

Example 3-10 Corrections to NPSHr for Hot Liquid Hydrocarbons and Water

Explosion Effect of Liquid Explosives Under Water

Flickering cluster model of liquid water

Flow Patterns and Pressure Drop of Ionic Liquid-Water Two-Phase Flows

Force Field Models for the Simulation of Liquid Water

H-Bonds in Liquid Water

HYDROGEN BONDING IN LIQUID AND SUPERCRITICAL WATER

Harmonic oscillator model liquid water

High-performance liquid alcohol-water mixtures

High-performance liquid chromatography water

Homogeneous oxidation in liquid water

Hydrocarbon liquid, water solute

Hydrocarbons, liquid solution into water, temperature

Hydrogen bond in liquid water

Hydrogen bonding liquid water

Hydrophilic polymers liquid water immersion

Interface water-liquid carbon dioxide

Interfacial tension water-various liquids

Ionic Liquids and Water

Ionic liquid-water interactions

Ionic liquid-water-tert-butanol solvent

Ionic liquid/water interfaces

Isobaric vapor-liquid equilibrium potassium acetate-ethanol-water

Lipid-water interaction and liquid-crystalline phases

Liquid , generally water studies

Liquid Water and Ice

Liquid Water and the Hydration of Ions

Liquid Water and the Ices

Liquid Water in the Atmosphere

Liquid chemical feed water treatment

Liquid crystal materials water

Liquid decomposition products with water

Liquid filtration bulk water filters

Liquid filtration process water treatment

Liquid interfaces benzene-water

Liquid membrane extraction water transfer

Liquid modeling liquids other than water

Liquid modeling water model

Liquid phase preparation, amorphous solid water

Liquid water Subject

Liquid water accumulation

Liquid water approximation

Liquid water as a solvent

Liquid water calculations

Liquid water clouds

Liquid water content

Liquid water decaying terms

Liquid water density

Liquid water dependence

Liquid water dielectric relaxation mechanisms

Liquid water dynamic structure

Liquid water flux

Liquid water frequency dependences

Liquid water harmonic changes

Liquid water medium

Liquid water medium aqueous wastes

Liquid water medium catalysis

Liquid water medium glucose

Liquid water models Hamiltonian systems

Liquid water models molecular systems

Liquid water models regularity

Liquid water molecular motion

Liquid water optical constants

Liquid water particles

Liquid water potential well profile

Liquid water refractive index

Liquid water relative energy level

Liquid water reorientation

Liquid water saturation

Liquid water specific heat

Liquid water specific interactions

Liquid water spectral calculations

Liquid water temperature dependence

Liquid water test

Liquid water transmission

Liquid water transport

Liquid water unspecific interactions

Liquid water vibration process

Liquid water, first appearance

Liquid water, first appearance Earth

Liquid water, inorganic materials

Liquid-phase applications water contaminants, removal

Liquid-water requirement

Liquid/vapor surface tension, methanol/water

Liquid/vapor surface tension, methanol/water mixture

Liquids liquid water

Liquids liquid water

Liquids water physical state

Liquids water purification

Liquids water, special properties

Liquids, water solubility

Metal water-stable ionic liquid

Molecular dynamics liquid water

Molecular dynamics simulation liquid water

Molecular model liquid water

Nanocrystalline Metals from Air- and Water-stable Ionic Liquids

Optical Properties of a Liquid Water

Organic Liquid-Water Partitioning

Organic liquid/water distribution coefficients

Organic liquids water content

Organic liquids, water

Our Understanding of Liquid Water

Phase Behaviour of (Ionic Liquid Water Alcohol)

Phase Behaviour of (Ionic Liquid Water)

Phases of supercooled liquid water

Potential energy surfaces liquid water

Pressurized water reactors liquid waste processing

Properties of Water in the Liquid Phase

Pure liquid compound-water equilibrium

Relaxation in Liquid Water

Sewage, Liquid Effluent and Water Treatment

Simulating liquid water near

Solubility of liquids in water

Steam from liquid water

Structural model of liquid water

Structure and dynamics of liquid water

Subcooled Liquid Water

Supercooled liquid, water

Supercooled liquid, water solubility

Supercooling process liquid water

Superheated water liquid chromatograph

Superheated-liquid theory smelt-water explosions

Surface Between Water and Another Liquid

Tension Between Polymer Surface and Liquid Water

The Density of Solid and Liquid Water

The Exceptional Properties of Liquid Water

The H2O Molecule in Liquid Water

The Mixture-Model Approach to Liquid Water

The Structure of Liquid Water

The Surface of Liquid Water Behaves Like an Elastic Film

The Unique Properties of Liquid Water and Aqueous Solutions

Uptake into and Reaction with Liquid Water

Vapor Pressure (MPa) of Liquid Water from 0 to

Vapor Pressure of Liquid Water from -16 to

Vapor Pressure of Supercooled Liquid Water from 0 to

Vapor pressure water, liquid from

Vapor pressure water, supercooled liquid from

Vapor-liquid equilibrium curve for the ethanol-water system

Vapor-liquid equilibrium data acetone/water

Vapor-liquid equilibrium data butanol/water

Vapor-liquid equilibrium data ethanol/water

Vapor-liquid equilibrium data methylethylketone/water

Vapor-liquid equilibrium ethanol-water

Vapor-liquid equilibrium water-benzene

Vapor/liquid composition diagrams over ammonia-sulfur dioxide-water

WATER MOLECULES MOVE FREELY BETWEEN THE LIQUID AND GASEOUS PHASES

Water Content of Liquid Hydrocarbon in Equilibrium with Hydrates

Water The Extravagant Liquid

Water and Body Liquids

Water as the Liquid Phase

Water associated liquid

Water by liquid scintillation counting

Water compared with liquid ammonia

Water liquid ammonia

Water liquid phase preparation

Water liquid phase viscosity

Water liquid range

Water liquid versus solid

Water liquid, models

Water liquid-like

Water solubility in liquids

Water sorption liquid pressure

Water structure of liquid

Water thermal conductivity, liquid

Water transport, liquid-solid systems

Water transport, liquid-solid systems drying

Water vapor-liquid equilibrium runs

Water viscosity, liquid

Water, a Unique Liquid

Water, liquid radial distribution function

Water, liquid structure

Water-hydrogen sulfide system, liquid-vapor

Water-hydrogen sulfide system, liquid-vapor equilibria

Water-ionic liquid system

Water-miscible ionic liquids

Water-miscible liquids

Water-miscible liquids propylene glycol

Water-miscible liquids substrate

Water-poor system liquid crystalline phase

Water-reactive liquid

Water-soluble ionic liquid

Water-soluble vitamins high-performance liquid chromatography

Waters Assoc liquid chromatograph

Why is burning hydrogen gas in air (to form liquid water) a spontaneous reaction

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