gas phase

and gas phase oxidation treatment of a stainless steel filament is carried out to generate a film on the surface of the filament.

And the liquid is going to be a little lower because some of it has evaporated, formed the gas phase.

So more, relatively more, of A, A is going to be higher up in the gas phase.

I'm on this point here, I keep my solution, my mixture. I make a gas, I read off the composition of the gas phase here.

A And now we have the total pressure in terms of constants like these pure vapor pressures and the composition of A in the gas phase.

A formula for the calculation of the heat conductivity of a sintering system containing solid phase, liquid phase, and gas phase is given.

Pertaining to the preference of a solid to be in contact with an oil phase rather than a water or gas phase.

In turn, the gas phase dissipates energy by trying to impart momentum to the liquid, i. e. , drag it along.

and a distillation column (29) for condensing lactide which has been produced in the depolymerization unit in the form of a gas phase.

So let's look at the prototypical gas phase reaction that everybody writes down when they first do this sort of problems.

MethodsBorneol and of menthol as the evaluation indexes, the gas phase chromatography was adopted to determine the contents.

So I'm going to find the total pressure as a function of the composition in the gas phase.

And on the gas phase side, mu A, it's going to be the same thing as the chemical potential of the pure A.

The gas phase, however, has a high concentration of finely dispersed ash, and to still greater extent that of soot.

If I'm sitting below the line here somewhere, so I'm sitting here. Some composition in the gas phase, a certain pressure.

So, the Advanced Control applied in an actual gas-phase pilot production is the main content of this paper.

Chemical potentials of A, in the gas phase has to be the same as the chemical potential of A in the liquid phase.

Gas-phase field and discrete particle field are treated respectively by a Eulerian method and a Lagrangian one.

the number of ways of arranging the molecules on the lattice. And let's say that we have N molecules that are in the gas phase.

So I can draw a diagram that looks just like this except now with the x-axis being the gas phase composition.

In other words, the less volatile component is enriched up in the gas phase.

What's that mean for the pressure up in the gas phase, in the solution?

yB We're going to call it yA and yB, that's the molar fraction in the gas phase.

In other words, they were there in the entropy contribution in the gas phase as well, in the pure gas.

Raoult's law is the partial pressure in the gas phase, if you know what's happening in the liquid phase.

Because really what we want is the total pressure as a function of the composition in the gas phase.

Or the total pressure as a function of the composition in the gas phase.

Simultaneously the system simulates the inventory by treating the gas phase and liquid phase separately.

C and above the dewpoint of the residual ferrous chloride which ferrous chloride may be oxidized directly in the gas phase.

Upon the numerical results of the gas phase and the dispersed liquid flow, the mass transfer coefficient of the liquid phase is obtained.

The phase interactions between the gas phase, drops and particles, and energy transfer and dissipation are considered in the model.

Disclosed is a fluidized bed reactor for carrying out a gas phase reaction.

the survey and determine of gold in biogas prospecting indicate that gold could be existed as a gas phase in nature.

Turbulent flow of the gas phase was modeled by the large eddy simulation.

Based on the different conductivities of liquid phase and gas phase, the length of liquid slug and(elongated bubble) were obtained.

Basically, it's looking at decomposition of a gas phase molecule.

Again, the same thing derived now in a way that's a bit different from what we did in the gas phase.

The numerical simulation on gas-phase and solid-phase flow field in vent duct is to analyze the movement locus of solids in vent duct.

We've found composition in the gas phase in terms of composition in the liquid phase.

expounds comprehensively on research and development of cyclohexanone-oxime gas phase Beckmann rearrangement reaction process and catalyst.

So if you take them all from the liquid and put them all up into the gas phase, it must be the same.

Eulerian method was employed to deal with the gas phase and Lagrangian method was employed to deal with the solid phase.

A reservoir that contains fluid only as a gas phase under initial reservoir temperature and pressure.

Installations for liquefied hydrocarbons in containers . Flexible couplings for gas phase .

It means that this in the gas phase now.

This computation is iterated until the gas phase field and particle field converge respectively.

The gas phase heat carrier system used in esterification process was modified.

If I'm sitting where there's only one phase, say, the liquid phase or the gas phase, 1 then p equals one.

The solid spray tower plate is suitable for various mass transfer plate towers, particularly plate towers with higher gas phase load.

Positive deviation, if the molecules of B would rather be in the gas phase, than be in the mixture in the liquid phase.

So we're going to have water and ethanol in the gas phase.

The resistance of gas phase is the major resistance in a membrane based gas absorption process.

A theoretical study on the stability of the salt bridges in the gas phase, in solution, and in the interior of proteins is presented.

This relatively simple type of spray combustion model is amenable to improvement by taking account the effect of the spray on the gas phase.

Gas phase filters: These remove odors and non-particulate pollution like gasses given off by paint or building materials.

HORIZONTAL ROAD MARKING. MARKINGS APPLIED ON THE ROADS. ANALYSIS OF ALKYD RESINS BY GAS PHASE CHROMATOGRAPHY.

Interaction between molecular iodine in a gas phase and paints aged in a nuclear power plant.

This technique can improve the detection limits markedly and eliminate the interference in liquid and gas phase.

PROPYLENE. DETERMINATION OF THE PROPENE AND PROPADINE. GAS PHASE CHROMATOGRAPHIC METHOD.

The parallel-type poly-generation system of gas phase methanol synthesis and electric power generation was designed and simulated.

We developed a new and simple method of multi-stage gas-phase reaction by heating zinc powder to fabricate semiconductor materials.

And I can find out the composition in the gas phase now.

Thermal degree of the upper Paleozoic source rocks is dry gas phase.

What's the composition of liquid, compared to the composition of the gas phase?

A new gas-phase chromatographic analysis method for determinating the organic contents in oxidation off-gas in PTA plant were introduced.

Although gas phase equilibrium was where everything started.

In gas-liquid flow , inertial effects cause the liquid to tend to lag behind the gas phase.

You decrease the mole fraction of the less volatile material in the gas phase.

B A gas phase on top, and two components, A and B, where compositions xA and xB are in the liquid phase.

Well, in that case, mu A naught or sorry, A mu A in the liquid phase, mu A star is mu A naught in the gas phase.

So I decrease the pressure, I get the pure gas phase of my new solution here.

Here we talked about a mixture in the gas phase, changing some property.

So the only thing in the gas phase is A.

However, in gas phase, it is very inadequate to analyse them only using above theories, not getting accordant with experiments.

There are two methods to product furfuryl alcohol: liquid phase and gas phase hydrogenation of furfural.

The evaluation test of QCP - 01 novel PE catalyst was performed in the gas phase polyethylene pilot plant in this paper.

May compare favorably with with the liquefied gas phase.

Let's consider a mole of atoms, roaming around in the gas phase at room temperature.

Stuff in the gas phase now wants to condense down into the liquid.

Namely, I could do this and now I could take the gas phase.

Instead of a solution, let's do a gas phase reaction.

Because more stuff wants to get up into the gas phase.

We have an equilibrium between the liquid state and the gas phase.

You've still got almost everything in the gas phase when you first reach here.

You take that gas phase mixture, and you condense it in your condenser.

At our temperature and pressure, it's given by mu naught in the gas phase.

PROFESSOR: No. Because, so it's the mole fraction in the gas phase.

It might be a mole of atoms or molecules in the gas phase, or what have you.

If you look at molecules moving around in the gas phase or in a liquid.

So here we have two phases, the gas phase and the water phase, plus two.

yB And yA and yB in the gas phase, the mole fractions in the gas phase.

So we're down somewhere in the gas phase with some composition.

OK. So ah the first question is, what's the composition in the gas phase.

And this is just the Gibbs free energy per mole of A in the gas phase.

Those that are in the gas phase or in solution.

The composition in the gas phase changes.

So I know the translationa l energy of a mole of molecules in the gas phase at room temperature without doing anything all.

pA There's the composition in the gas phase. There's pA.

Or reactants like B, which are in the gas phase.

There's the gas phase. There's the liquid phase.

And as far as the gas phase is concerned, that solid phase is pure water.

We know a lot about the chemical potential of something in the gas phase.

And then over here, we look at the gas phase coexistence curve.

And yA for phase A. For component A in the gas phase.

So what's the mole fraction of B in the gas phase?

This nonlinear one in the gas phase.

It's partial pressure in the gas phase.

Dalton's law applies in the gas phase.

And we squeeze, and now we've got more water in the liquid phase than in the gas phase.

And now we know how to calculate the chemical potential in the gas phase.

In the gas phase and the liquid phase.

And then I have a non-linear relationship between the pressure and the mole fraction in the gas phase.

Hump Supporting is used to support random packing. It can increase the pass area of gas phase.

There's no sugar in the gas phase.

So that means that the molecules of CS2 would rather go in the gas phase.

A new method is proposed in this paper, which is photoacoustic laser magnetic resonance (PALMR)in gas phase.

I can take my gas phase here.

this is how it varies as the partial pressure A So then we can just write our expression for the liquid.

So I have all, I have everything I need to know t o calculate what the composition in the gas phase is.

So this is the composition in the gas phase.

And if we go over here, this is telling us about the mole fraction in the gas phase.

But the free radical can not induce a chain reaction in gas phase which contains SO2.

We set up a systematic dynamic method to study the growth of cluster in gas phase, and chose C36 cluster as a specifical object of study.

Optimum Preparation Conditions of the Catalysts Used for the Gas-phase Decarbonylation of Furfural

The Theoretical Study of the Gas Phase Decomposition ofFluorochloromethanol and Its Isomers

Anthraquinone Production by Means of Step-reaction and Gas Phase Catalytic Oxidization Process

Numerical simulation of the gas phase flow field in inlet annular space of a guide vane cyclone tube

Study of catalyst for gas phase hydrogenation of a-furfural

Temperature dependence of gas-phase polycyclic aromatic hydrocarbon and organochlorine pesticide concentrations in Chicago air

Simulating Calculation of the Dissociation-Association Equilibrium of Dimer and Monomer of Trimethylaluminum in Gas Phase

Numerical Study of the Gas-Phase and Collection Efficiency in Cyclone Separator

Study on the relation ship between the gas phase basicity of aliphatic alcohol, ether and amine and their electron effects

Inverse problem in gas phase homogeneous chemical reaction kinetics study using in situ Raman spectroscopy-parameter identification

Local Gas Phase Flow Characteristics of a Gas-Liquid-Solid Three-Phase Reversed Flow Jet Loop Reactor

Modeling of the Molecular Weight Distribution and the Particle Size Distribution for Polymer of the Gas Phase Polymerization of Butadiene

Study of Modeling for Gas-Phase Propylene-Ethylene Copolymerization and MI Soft-Sensing

Gas phase block copolymerization of butadiene and isoprene with supported neodymium naphthenate catalytic system

Studies on the quantitative relation between molecular structure and gas phase basicity of aliphatic amine, aldehyde, alcohol and ether

Development of a Quantitative Method for Analyzing Gas-phase Free Radicals in Mainstream Cigarette Smoke

Detection of benzoic poisons from the air in working places with capillary tube gas phase chromatography

Imaging of molecular mixing in a gas-phase turbulent jet by collisional energy-transfer fluorescence

Discussion on the determination of several organic phosphorus insecticides in vegetables by using capillary gas-phase chromatography

Synthesis of Methyl Propyl Carbonate via Heterogeneous Gas - Phase Transesterification

Progress on Kinetic and Mechanistic Study of Gas Phase Oxidation of Dimethyl Ether

Gas phase polymerization of isoprene catalyzed by supported neodymium naphthenate catalytic system

Application of Digital Filter in Data Acquisition System for Gas Phase Ultraviolet Photoelectron Spectrometer

Operation on Diagnosis Technology of Analysis of the Colour Spectrum of the Oil- gas Phase for Traction - supply System

Gas Phase Photocatalytic Oxidation of Trichloroethylene on Nanoscale Titanium Dioxide

Determination of gas phase electrochemistry protective parameters in interior wall of the tank

Research Progress on Treating Carbon Tetrachloride through the Gas-Phase Catalytic Hydrodechlorination

Synthesis and Application of Gas Phase Corrosion Inhibitors- - Benzoic Acid Cyclohexylamine

Hydrocarbon recovery from exhaust gas of gas-phase polyethylene plant by adopting membrane separation technology

Natural gas -- Calculation of thermodynamic properties -- Part 1: Gas phase properties for transmission and distribution applications

Match the change in pressure of four diffusion experiments to get the each composition diffusion coefficient in oil an gas phase;

Application of Advanced Control Technique in Gas-Phase Polymerization Polypropylene Device

Application of Gas Phase Chromatography in Ethylbenzene Dehydrogenation

Study on Optimal Strategy of Grade Transition in Industrial Fluidized Bed Gas-Phase Polyethylene Production Process

Application of Gas-phase Chromatography Analysis in Diagnosing Transformer Internal Fault

Mathematical Model of Gas-Phase Ethylene Polymerization on Supported Metallocene Catalyst

Study on Bimetallic Supported Catalysts Used in Atmospheric Gas-phase Carbonlyation of Methanol to Acetic Acid

Numerical Simulation of the Gas-phase Turbulent Flow in the Circulating Fluidized Bed Incinerator

Investigation on Operation Continuity of Gas Phase Fluidized Bed Polyethylene Technology

Gas-Phase Beckmann Rearrangement of Cyclohexanone Oxime Catalyzed by Titanium Silicalite

Object-oriented Programming of Gas Phase Complex Reaction System Equilibrium Composition by Relax Method

Gas-Phase Ethylene Polymerization with High Active Polyethylene Supported Catalyst

Kinetic Study of the Gas-phase Ozonolysis of Propylene

Regeneration of the catalysts for the gas-phase decarbonylation of furfural

Modification of gas phase heat carrier system used in esterification

Application of NG Catalyst in an Existing Gas Phase Polypropylene Plant

Detecting content of trace MMA from composite materials of artificial skull with gas phase chromatography method

Study on Synthesis of Propionic Acid and Propionate with Metal Supported Catalyst for Gas Phase Carbonylation of Ethanol

Research Advancement in Gas-phase Pollutant Treatment by Photocatalytic Oxidation

Study on Production of Light Alkenes by Gas Phase Oxidative Cracking of Cyclohexane

Simulation of Particle GroWth in Gas Phase Polymerization of Butadiene by the Multigrain Model

Polyethylene Particle Dynamics of Gas Phase Ethylene Polymerization in Fluidized Bed Reactor

Liquid-Gas Phase Transition and Isospin Fractionation in Intermediate Energy Heavy Ion Collisions

Bench-scale single-tube test of a gas-phase phenol alkylation catalyst

Optimizing Detection Conditions of Gas Phase Chromatography of Fenvalerate

Gas-Phase Photocatalytic Oxidation of Benzene over Titanium Dioxide Modified by Silane Coupling Agent

Design and Estimate of New Synthetic Diamond Purification Process by Gas Phase Oxidation

Analysis of Influencing Factors on Gas Phase Catalytic Synthesis of Dimethyl Carbonate from Methanol

Relationship between Inductive Effect Index and Gas Phase Basicity of Aliphatic Amine, Alcohol and Ether

Effects of Acetic Acid on Product Selectivity in Gas Phase Oxidative Dehydrogenation of Cyclohexane

Study And Development On Synthesis Of Dimethyl Carbonate By Gas- Phase Oxidative Carbonylation

Determination of Ammonia Nitrogen in Water by Gas Phase Molecular Absorption Spectrometry

Advances in dimethyl carbonate synthesis by gas-phase oxidative carbonylation of methanol

Study On the Synthesis of Propionic Acid with Laden Metal Chloride Catalyst for Gas Phase Carbonylation of Ethanol

Catalysts and Process for the Gas-phase Synthesis of DME by the Dehydration of Methanol

Application of Gas Phase Fluorination for Surface Modification of Textile Materials

The Hydrogen Kinetic Isotope Effects of the Reactions of n-Alkanes with Chlorine Atoms in the Gas Phase

Study on the integrated membrane process of dehumidification of compressed air and gas phase dehydration of ethanol

Performance Study on Rare Earth Treated Carbon Steel Stuffing Material with Gas Phase Permeating

Theoretical Studies of the Structure and Gas-Phase Acidity of Phosphathioketene and Related Molecules

Gas-phase flow characteristics of gas-solid two-phase flow in standpipe under negative pressure gradient

Preparation of chlorinated polyvinyl chloride by gas phase plasma method at low temperature

Study on Photocatalytic Degradation of Organic Compounds in the Gas-phase Using Titanium Dioxide

A Novel Active Chromium-Based Catalyst Modified by MAO for Ethylene Polymerization in Gas Phase Process

Measurement of Solid-Gas Phase Flow Using Flight Time of Peak

Numerical Simulation Analysis of the Gas Phase Turbulent Flow in Calciner

Gas Phase Hydrogenation of Acrylonitrile with Low-loaded Palladium Catalyst

As to produce nitromethane there were mainly gas phase nitrification and substitution method with nitrite;

Process Analysis of Gas Phase Ethylene Copolymerization in Fluidized Bed Reactor

Preparation of Catalysts for the Gas-Phase Decarbonylation of Furfural

Critical Temperature of Liquid-Gas Phase Transition for Hot Nuclear Matter and Three-Body Force Effect

On-line fast detection and control of composition for binary gas-phase copolymerization of olefins

Particle effect on the gas phase in a near field cross section in gas-solid round turbulent jets

Application test of gas phase polypropylene catalyst CS-G on Unipol polypropylene process

Study of Gas Phase Polyethylene on Catalyst Fed in Slurry

Application of Gold Supported Catalysts in Gas-Phase Direct Epoxidation of Propylene

Analysis and Suggestion on Energy-saving Design for Melamine Plant By Gas-phase Quenching Process

Research on vertically downward gas-liquid circumfluence with high mass quality of gas phase

Detection of Agglomeration in Gas-Phase Polymerization Fluidized-Bed by Using Sound Wave Technique

Studies on Macro-kinetics of Gas Phase Polymerization of Butadiene with Rare-earth Catalyst

Research Development of Cyclohexanone-Oxime Gas Phase Beckmann Rearrangement

Determine Thing of Benzene Department of Water Quality by Capillary Column Gas Phase Chromatography

DHA Detection of nutritional substance of EPA and DHA from puffer fish by gas phase chromatography

Study on Mechanism of Methanol Photocatalytic Decomposition in Flow Gas-phase

Degradation of cyclohexane with gas phase-photoelectrocatalysis

Influence of Permanent Magnetic Field on the Molecular Mass-Transfer Process in Gas Phase

Gas Phase Chromatography Determining the Nitrobenzene in the Water of Dalian River

Gas-Phase Selective Oxidation of p-Cresol in the Presence of Acetic Acid over Iron Phosphate Catalyst

Quantum Chemistry Studies on Mechanism of Gas Phase Photochemical Chlorination of 2-Chloropyridine

Studies of Graphite Removal from Synthetic Diamond by Gas Phase Oxidation Method

Synthesis of PE -PP -EPR in -Situ Alloys by Sequential Multi -Stage Gas Phase Polymerization

Gas phase fractionation method using porous ceramic membrane

Studies on Gas-Phase Homogeneous Selective Oxidation of Methane to Methanol

The Application of Gas-Phase Oxidation in Purification of Nanometer Diamond

Direct Gas Phase Synthesis of Propylene Oxide Using Propylene-Oxygen Plasma

A Preliminary Study on Gas Phase Vacuum Plume Deposition Contamination

A Steady State Model for Gas-phase Propylene Polymerization and Simulation

Technical summary of one evaporation gas-phase scrubber application

The Thermodynamics of Gas Phase Hydrogenation of Diethyl Oxalate

Numerical Simulation of Gas Phase Fluid Dynamic Behavior in Looped Jet Reactor

Study Advances in Gas-phase Formation Mechanism of Dioxins at High Temperature

Study on kinetics of gas phase hydrogenation with Pd catalyst of acrylonitrile

A double-channel quartz crystal sensor for gas phase and liquid phase measurements

Gas Phase Catalytic Oxidation of Toluene to Benzaldehyde over V-Sn Oxide Catalysts

Optimization of Synthesis Technology of 2-Chloropyridine by Gas-phase Photo-chlorination of Pyridine

Synthesization of Carbon Nanotubes by Gas-phase Thermal Catalytic Decomposition

Catalyst for Gas Phase Hydrogenation of Furfural to Furfuryl Alcohol

Studies on Gas - Phase Polymerization of Cellulose Acetate

Application of Advanced Gas phase Control in Polyethylene Plant

The Basic Concept and Determination Method of Gas-Phase Basicity and Proton Affinity

The harmful components in cigarette smoke gas phase and the elimination measures

Study on solid superacid catalysts for gas-phase synthesis of ethyl tert-butyl ether

Technology Development of p-Nitrotoluene by Gas Phase Catalytic Hydrogenation

Design of Continual Vaporization Tower with Discharge in Gas Phase at Bottom

Study on NG Catalyst for Propylene Gas Phase Polymerization Process

Study on lower alkene production by gas-phase oxidative cracking of decalin

Study on Green Synthesis of Nicotinic Acid by Gas-phase Catalytic Oxidation