hot-gas

This hot gas then rises up in the atmosphere, dragging the dark ash with it.

In another part of the cluster there seem to be galaxies and dark matter, but no hot gas.

The irregular shapes that surround the sunspot are known as granulation and are made of hot gas rising from inside the Sun.

A rocket is made of metal. There is a hot gas inside it. When it rushes out of the end of the rocket, the rocket is pushed up into the air.

On an average size of 1000 km, these cells are made of hot gas rising from inside the Sun.

Most of the normal (baryonic) mass is in the hot gas detected by the Chandra X-Ray Observatory, shown in pink.

Do not place it on an electric store, or a hot gas stove, and keep it at a safe distance from them. Do not put it into an oven either.

Air which entered the front was mixed with fuel and burnt as a hot gas.

Obviously the results are not satisfying, and then radiation is considered in the heat transfer between hot gas and propellant.

X-ray images suggest that resulting winds and stellar explosions create plumes of hot gas extending into a halo around NGC 2841.

In this engine, air is converted, by burning fuel, into a blast of hot gas moving at high velocity.

Two of our cold rooms we use hot gas defrosting which basically works the same as a reverse cycle air conditioner.

The influence of the hot gas ejection on the pressure fluctuation of the chamber is also studied and its forming mechanism is analyzed.

Both compressor fouling and hot gas corrosion can be avoided leading to significantly reduced maintenance costs.

The fluctuations revealed the peaks and troughs of sound waves moving through the hot gas of the young universe.

Dark matter is studied in part by examining hot gas clouds like this one.

Inject and ignite the fuel and the resulting blast of hot gas can propel a plane forward or generate electricity for a power grid.

The fumigant must BE introduced into the container as a hot gas. To achieve this, vapourisers of suitable heating capacity must BE used.

Now imagine that this pipe is filled with hot gas moving 50, 000 kilometers per hour.

We can deduce the existence of a black hole by measuring the strength and variation of the X-ray emitted by this hot gas.

Volcanoes, underground caves and the formation of large earthquakes are a result of underground hot gas.

Students start running smoothly machine refrigerant low offset normal value please press following methods to adjust hot gas bypass valve.

The hot gas is blown over thousands of tubes of water, thus generating steam which drives ordinary turbine generators.

The discovery of this hot gas will help better understand the evolution of the cosmic web.

in the course of its rapid expansion , the hot gas bubble , while still under water , initiates a shock wave.

If this collapsed, it would send deadly 'pyroclastic' flows of super-hot gas and rocks towards the occupied areas.

Two lines of evidence indicate that active galaxies, principally radio galaxies, have heated the diffuse hot gas in clusters.

It contains a bullet-shaped cloud of hot gas from a smaller cluster that passed through the hot gas from a larger one.

Continued supply of hot gas beyond this required melting period necessarily lowers the defrost efficiency.

and may erupt in a Coronal Mass Ejection (CME) expelling hot gas into the Solar System.

The hot gas also emits X-rays, which are indicated here in blue, as observed by the orbiting Chandra Observatory.

Normal matter in galaxy clusters is mostly in the form of hot gas and stars.

Normal matter and galaxy cluster is mostly in the form of hot gas and stars.

Factories discharging exhaust hot gas and hot liquid can use the utility model to reclaim energy to reduce the costs of factories.

Chandra also detects a diffuse glow of hot gas that permeates the space between the stars.

As expected, the defrost efficiency decreases as the hot gas temperature increases and as the defrost dwell time increases.

Hot - gas by-pass ; Suction throttling; Inverter; Capacity control; Process cooling.

The winds generated by the collision created a bullet-shaped cloud of hot gas that gives the cluster its name.

The hotter the gas, the more energy is given off. Slightly hot gas gives off mostly long wavelength (low energy) light (infra red).

It contains a bullet shape cloud of hot gas from a smaller cluster that passed through the hot gas from a large one.

The red-glowing looped material is plasma, a hot gas comprised of electrically charged hydrogen and helium.

The hot gas produced by the igniter transfers heat to the propellant by convection.

By comparison, finding the hot gas in the cluster is simpler as NASA's Chandra X-ray Observatory can observe it directly.

It is may be a good way to improve the performance of the moving granular bed for hot gas dust removal.

Within the hot gas chamber, molecules are moving randomly in all directions.

A quantity of exhaust hot gas discharged from brick kiln could be used in wood drying.

It is supposed that the igniter produces hot gas only, and the hot gas transfers heat to the propellant by convection.

If the energy ratio is low, the hot gas is held in by the gravity of the galaxy.

For example, black holes modelled by string theory in the bulk were equivalent to clouds of hot gas modelled by QFT on the surface.

Whereas it can take several minutes for hot gas to get the ice out of the mold, a high-power electrical pulse takes about four seconds.

Hot Gas Bypass Valve designed to allow only gas no liquid - to inlet of refrigerant compressor.

Combustion efficiency increases evidently when the temperature of hot gas rises.

The high-pressure gas is adopted as power, without fuel consumption and the discharge of waste gas and hot gas.

The cluster surrounding M87 is filled with hot gas glowing in X-ray light (and shown in blue) that is detected by Chandra.

The X-ray image shows an expanding shell of hot gas produced by the explosion.

The astronauts started their journeys in rockets driven forward by jets of hot gas.

A highly ionized by ions, electrons, and neutrons hot gas-plasma formation.

The numerical model treats the hot gas flow and coolant flow as one dimensional.

It is common knowledge that in the metallurgy of steel, the hot gas emitted from the blast furnace contains a lot of carbon dioxide.

The heating furnace direct fuel compared with hot gas, can save energy economy after above 60%.

One region contains lots of dark matter, but no luminous galaxies or hot gas.

Even on a normal day, our Sun is sizzling ball of seething hot gas.

A rapid expansion of hot gas would mimic a nuclear explosion.

A hot gas is producing emission lines only, no continuum.

QUALIFICATIONS: 1. Working experience in Hot (gas or kitchen) home appliances industry is preferred 2.

While a rocket is fired, a hot gas is formed inside it.

The flare-up is coming from a knot of hot gas, called HST-1, embedded in the jet.

These are fast-moving mixtures of hot gas and ash that can travel for considerable distances.

Numerical Simulation of Hot Gas Flow with Adiabatic Wall Boundaries for a Gas Generator

Hot gas cyclic test on the equipment made of titanium-steel clad plate

Welding of thermoplastics - Machines and equipment for hot gas welding (including extrusion welding)

Variable Structure Control with Input-delay and Its Application to Hot-gas Servo Systems

Analysis on the flow field parameters of a solid propellant hot-gas valve

Experimental research of spray-cooling device for hot gas in active ejection altitude simulated test cell

Polycyclic aromatic hydrocarbons removal from hot gas by porous sorbent adsorption

Hot gas bypass application to the small-size refrigeration equipment

Guide for the Evaluation of Hot Gas, Hot Gas Extrusion, and Heated Tool Butt Thermoplastic Welds

Evaluation and characterization of ZnO-based sorbent for hot-gas desulfurization

Numerical Study on the Effect of Heat Transfer on the Control Flow of Hot Gas Generator

Measurement of Seawater Cooling and Exhaust Water Letting Experiment on Hot-gas Engine

a combustor completes combustion process and convert working medium from air into hot gas;

Investigation on supersonic combustion of kerosene using fuel-rich hot gas as pilot flame

Numerical Simulation of Flow Field in Hot Gas Chamber of High-Temperature Gas-Cooled Reactor

Study on Hot Gas Dispersoid and Its Corrosiveness

Numerical simulation on internal flow-field in hot gas thrust vector control motor

Influence of Spool Figure upon the Performance of Hot Gas Valves

Development of the Porous Ceramic Filtering Details for Hot Gas Purification

High- Temperature Ceramic Filter Materials for Hot-Gas Cleaning

Development of a hot gas desulfurization agent

Design and collocation of hot gas generator for slag fine-powder production line

Analysis of Flow Field in Hot Gas Chamber of the High Temperature Reactor

Study on fussy control technology of combustion process of hot gas furnace in gypsum board plants

Basic Research on Coal Pyrolysis, Gasification and Hot Gas Cleaning

Study and Preparation of New Type and Long Life Hot Gas Desulfurizer

The application of hot gas in reheating furnace of semi-continuous rolling line

Numerical simulation on supersonic combustion of fuel-rich hot gas

Application of hot gas for lighting-up furnace in lead sintering machine

Study On Technology Of The Moulds And Cores Hardening By Hot Gas

Hot gas flow and coal mild pyrolysis in a moving packed bed

Application and Perspective of Hot Gas Power Equipment in the Servosystem of Missile

Granular Dust Removal Process for Hot Gas Cleaning

A Novel Granular Dust Removal Process for Hot Gas Cleaning

Pilot Experiment of Filtration System of Blast Furnace Hot Gas

Recent Development of Hot Gas Desulfurization

Hot Gas Generator Station with Two Patents

Hot gas cover type shine anneal furnace

Use of Hot Gas Mass Flow Meter in Ammonia and Chlorine Flow Measurement

Cold gas station and hot gas station

Use of hot gas analyzer in new dry process cement production lines

hot gas line for defrosting