「COMBUSTION」の共起表現一覧(1語右で並び替え)
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He is author of the book titled Turbulent | Combustion, a monograph with excellent but challenging |
Eng is a British engineer who specialises in | combustion, acoustics and vibration. |
The | combustion actually occurs in a bed of fuel, sorbent, a |
used a forced and induced draft fan to draw | combustion air and exhaust gases through the combustion |
lecular nitrogen (N2) and oxygen (O2) in the | combustion air disassociate into their atomic states an |
cally more than two-thirds) derived from the | combustion air, carbon dioxide (CO2) and water vapor as |
ve can use the preheated inside room air for | combustion air. |
hat point the railway was run using internal | combustion, almost exclusively the products of the Moto |
Oxy-fuel | combustion also reduces CO2 release at the glass plant |
Combustion analysis is a method used in both organic ch | |
l analysis, CHN analysis, is accomplished by | combustion analysis. |
rge-scale investigations of rapid processes, | combustion and explosion, nature chemical-technological |
D. B. Spalding, | Combustion and Mass Transfer, Elsevier (1978). |
tomization of the fuel, otherwise incomplete | combustion and carbon build up will ultimately damage t |
hydrophobic, no longer prone to spontaneous | combustion, and readily transportable. |
rero has contributed mainly to the fields of | combustion and fire sciences. |
s due to its low octane rating, high heat of | combustion and lack of additives. |
hydrophobic, no longer prone to spontaneous | combustion, and readily transportable. |
ded to contain the heat during pyrolysis and | combustion and focus the heat where it is needed during |
g (including increased Sasol oil from coal), | combustion and emissions (four largest record breaking |
n the field of computational fluid dynamics, | combustion and propulsion, fluid-structure interaction, |
Fly ash is one of the residues generated in | combustion, and comprises the fine particles that rise |
rldwide in the microelectronics, automotive, | combustion, and chemical processing industries. |
ways, including respiration, transpiration, | combustion, and decomposition. |
uished from other causes such as spontaneous | combustion and natural wildfires. |
Its high heat of | combustion and lack of octane boosting additives like t |
ed the part "spiritus nitro-aereus" plays in | combustion and in increasing the weight of the calces ( |
eir Bakerian Lecture in 1932 (on hydrocarbon | combustion) and was awarded their Davy Medal in 1936 "F |
uclear weapons, in particular the physics of | combustion and explosion. |
h and industry, in particular in automotive, | combustion, and chemical processing applications. |
publications and nearly 100 presentations in | combustion and heat transfer and served as principal in |
losion limits, atom recombination reactions, | combustion, and several other areas. |
amounts of dust or powder are vulnerable to | combustion and their ignition can cause dust explosions |
" because it was the only known supporter of | combustion, and wrote an account of this discovery in a |
's high ash and sulphur content, low heat of | combustion and high cost of extraction and processing. |
Combustion and Flame, 13, 335 91970) | |
The primary application is to | combustion and fire research. |
asics of forced draft, twin refractory lined | combustion and ash chambers linked by a ceramic or refr |
Video screen shot of Multiuser Droplet | Combustion Apparatus Flame Extinguishment Experiment (M |
The three elemental ingredients for | combustion are fuel, air and ignition. |
sidered to be carbon neutral firelogs during | combustion as the carbon released on combustion is the |
his ideas on the Flamelet Model in turbulent | combustion as well as for the systematic generation of |
Some workers in the field of | combustion assume (incorrectly) that the Lewis number w |
ilises part of the exhaust gasses, producing | combustion at lower temperatures with less discharge ra |
ower (specific impulse) of solid rocket fuel | combustion at IBM's Service Bureau Corporation, sponsor |
International | Combustion Australia Limited was a separate non-affilia |
tors on an intake manifold usually atop a V8 | combustion automobile engine. |
AIAA Propellants and | Combustion Award (inaugural recipient in 1990) |
dienyl manganese tricarbonyl (MMT), which on | combustion becomes partially converted into manganese p |
The | combustion burner reached a temperature of 2500-2700 °C |
was pumped along the double wall of the main | combustion burner. |
t as well as for that of a hydrogen internal | combustion bus. |
ic laser could be however pumped not only by | combustion, but by any adiabatic expansion of gas. |
r, or flame trap is a device that stops fuel | combustion by extinguishing the flame.. |
l a furnace may be supplied directly by fuel | combustion, by electricity such as the electric arc fur |
of the engine, picking up and clearing away | combustion byproduct gases, including a large amount of |
Corn | combustion can be 98.6% efficient releasing only five t |
However, complete | combustion can only occur if the air and fuel is presen |
om hot spots so efficiently that the heat of | combustion cannot be maintained-this means that it will |
before World War II and, consequently, post | combustion capture is the most developed of the various |
Post | combustion capture refers to the removal of CO2 from po |
ts could correctly judge the approach of the | combustion car when it was about 28 feet (8.5 m) feet a |
of the material's resistance to propagating | combustion caused by small scale ignition sources. |
nd exhaust flows to encourage a swirl in the | combustion chamber to increase efficiency. |
A pressure sensor in the | combustion chamber was shutting down the engine when it |
The Dynamic | Combustion Chamber is an engine that allows for the com |
a fairing covering an air inlet, becoming a | combustion chamber for an air-breathing ramjet, which w |
artially closed allows fuel to drip into the | combustion chamber before ignition, which helps the lea |
d liquid oxygen was allowed to flow into the | combustion chamber of one of the vernier thrusters. |
nt - one that addresses emissions within the | combustion chamber (EGR - Exhaust Gas Recirculation) an |
due to excessive heat, or the sudden rise in | combustion chamber pressure may cause a compressor stal |
The first of these plates forms a shallow | combustion chamber and is connected to the firebox by a |
The | combustion chamber is of the "dry back" form and is clo |
r nozzles before the fuel is pumped into the | combustion chamber and ignited. |
jection style cylinder head, which means the | combustion chamber is in the top of the piston crown. |
renewable source of electricity, the Dynamic | Combustion Chamber would serve as a battery to store an |
Just like other engines the Dynamic | Combustion Chamber needs a source of fuel. |
rankshaft, in cutaway view, the cylinder and | combustion chamber resembles a T - hence the name "T-he |
are heated by heat transfer from a separate | combustion chamber and flue-gas path, and thus the oven |
t the rather shorter distance from the inner | combustion chamber to the front tubeplate. |
The shape of the | combustion chamber as an "inverted hemi-head", along wi |
Further, some regions of the | combustion chamber may have a very weak flame, that is, |
The compressed gas was forced into a | combustion chamber along with petrol and water, where t |
the "clicks" from the injector and prime the | combustion chamber with fuel. |
e heat-exchanging elements in the firebox or | combustion chamber of some steam boiler and steam locom |
ward motion helps scavenging and filling the | combustion chamber with the new, fresh air charge, thus |
engine are opened by the low pressure in the | combustion chamber caused by the resonance of the air c |
hrough the engine blows the flame out of the | combustion chamber and extinguishes it. |
given to the Shchelkin spiral, a device in a | combustion chamber used to facilitate the deflagration |
As the valves lose their ability to seal the | combustion chamber properly, the engine can lose perfor |
s are necessary to reduce the temperature of | combustion chamber hot parts in order to control pre-ig |
worth, where he worked with Frank Whittle on | combustion chamber development for the jet engine. |
Pure Gas dynamic lasers usually use a | combustion chamber, supersonic expansion nozzle and CO2 |
e of the new engine is a special 'pent roof' | combustion chamber, designed to increase the efficiency |
Surprisingly this is not from the additional | combustion chamber, but from lengthening the narrow fir |
ted some alcohol to escape directly into the | combustion chamber, forming a cooled boundary layer tha |
sages between the block and head, within the | combustion chamber, and it loses some of the simplicity |
ng cross-flow nature, hemispherical shape of | combustion chamber, center position for overhead cam wi |
In the | combustion chamber, ethylene is burned in nitrogen trif |
The fan blows air into the | combustion chamber. |
r pressure of injecting the exhaust into the | combustion chamber. |
hat the intake valves open downward into the | combustion chamber. |
with the air, the hydrogen is burned in the | combustion chamber. |
red afterward) via the turbopump through the | combustion chamber. |
ugh the water jacket into a refractory lined | combustion chamber. |
ch need to pump fuel and oxidizer into their | combustion chamber. |
it for its eventual transfer through to the | combustion chamber. |
thus trapping the combustible mixture in the | combustion chamber. |
Combustion chamber: At the end of the fuel magazine whe | |
over the skin and carrying the heat into the | combustion chamber: Mach 20 then seemed possible. |
The combination of closed | combustion chambered quench heads with smaller 2 barrel |
ensured V-2 turbopumps did not overpressure | combustion chambers (there was no controller) and was p |
460,000 kgf (4.5 MN) thrust motor with four | combustion chambers and nozzles. |
Lean fuel-air mixture in main | combustion chambers was ignited not directly by spark p |
The eight first stage | combustion chambers were arranged in pairs which could |
allow fuel to be supplied to higher-pressure | combustion chambers for higher performance engines. |
87 cc four cylinder engine had hemispherical | combustion chambers with the valves inclined at 45 degr |
The facility tested V-2 | combustion chambers' compatibility with turbopumps sinc |
have a more direct path into and out of the | combustion chambers, increasing power, improving fuel e |
The second stage had two | combustion chambers, which could gimbal along two axes, |
ibrated excessively due to imbalances in the | combustion chambers. |
rolled by the amount of fuel supplied to the | combustion chambers. |
a single overhead camshaft and hemispherical | combustion chambers. |
substitute Pyrodex in 1975 with black powder | combustion characteristics and smokeless powder safety. |
intended to match the chemical, kinetic, and | combustion characteristics of its petroleum counterpart |
reactions, chemical physics of explosion and | combustion, chemical physics of polymer synthesis and m |
PCDDs are formed through | combustion, chlorine bleaching and manufacturing proces |
otter burning fuel giving 1300kJ/mol heat of | combustion compared to methanol's 726kJ/mol. |
may be burned with little or no smoke under | combustion conditions, while bituminous coal would prod |
The interaction between turbulence and | combustion constitutes an important part of his researc |
ank is filled with pure oxygen, and powerful | combustion continues in the engine. |
Combustion converts less than half the mass of black po | |
Engineering - Understanding the dynamics of | combustion could lead to cleaner, more efficient diesel |
n closed glass vessels where the products of | combustion could be trapped for analysis. |
The advantage of the staged | combustion cycle is that all of the engine cycles' gase |
s and they are operating in two cycles - the | combustion cycle and the gas heating cycle. |
rator cycle over its counterpart, the staged | combustion cycle. |
d to have lower specific impulse than staged | combustion cycles. |
en not enough oxygen is present for complete | combustion, decane burns to form water and carbon monox |
have received a carbon bonus for installing | combustion devices for the methane gas produced at thei |
n swirl of the intake charge which increases | combustion efficiency resulting in improved low end tor |
n for the Energos process aimed at increased | combustion efficiency, dust removal and enabling less i |
The Wobbe Index is used to compare the | combustion energy output of different composition fuel |
E85) requires a special engine and has lower | combustion energy and corresponding fuel economy. |
rid mode with a 4-cylinder, 2-liter internal | combustion engine . |
has a diesel-powered, turbocharged internal | combustion engine with a displacement of 1.5 L. Despite |
eveloped the light-oil medium speed internal | combustion engine which made possible the first commerc |
tion timing and other parameters an internal | combustion engine needs to keep running. |
work deformation and burnishing of internal | combustion engine crankshaft journal fillets to increas |
ote a particular type of 4-cylinder internal | combustion engine produced by the Ford Motor Company in |
ubjects could locate the hum of the internal | combustion engine car at 36 feet (11 m) away, but could |
ra Island (ARG-7) was a Luzon-class internal | combustion engine repair ship in the service of the Uni |
hear some thirty or so years ago (before the | combustion engine and radio monopolized the earth and a |
An Otto cycle internal | combustion engine running on hydrogen is said to have a |
ication is the supply of fuel to an internal | combustion engine by placing the fuel tank above the en |
It is available in the following internal | combustion engine / payload configurations: 13.180 and |
The system also shuts off when the hybrid | combustion engine kicks in. |
general engine classification is an external | combustion engine with valves and single-phase gaseous |
and engine installation packaging, internal | combustion engine performance, structural component des |
The cylinder bore of the internal | combustion engine will be 1,080 millimetres (42.5 in). |
The rate of airflow through an internal | combustion engine is an important factor determining th |
The internal | combustion engine repair ship immediately found herself |
draulic engineer who co-invented an internal | combustion engine with Eugenio Barsanti. |
The Ford Kent is an internal | combustion engine from Ford of Europe. |
A diesel engine is an internal | combustion engine which operates using the Diesel cycle |
aking audio recordings of a Toyota Prius and | combustion engine Honda Accord approaching from two dir |
occurs when the poppet valves on an internal | combustion engine valvetrain do not remain in contact w |
lectric vehicle to be powered by an internal | combustion engine built to run on liquefied petroleum g |
a hydrogen gas-fuelled one cylinder internal | combustion engine made a test drive from Paris to Joinv |
he goal is to eventually develop an internal | combustion engine that will deliver 100 milliwatts of e |
tracapacitors), and sometimes they include a | combustion engine to recharge their ESS (Energy Storage |
aritime Commission and converted to Internal | Combustion Engine Repair Ship (ARG-9) at Maryland Drydo |
ently demonstrating hydrogen-fueled internal | combustion engine technologies, as well as developing t |
s in an unmodified gasoline-burning internal | combustion engine may lead to problematic build-up of u |
the background sounds of two quietly idling | combustion engine cars were added to the recordings to |
e (sometimes called a flatty) is an internal | combustion engine with valves placed in the engine bloc |
vailable at Bells Bay and near the dam wall, | combustion engine powered craft are permitted to use th |
One decisive advantage of the | combustion engine is bivalence. |
urity and apparently unaware of the internal | combustion engine's better power-to-weight ratio. |
The advantage of using ICE (internal | combustion engine) such as wankel and piston engines is |
With the advent of the internal | combustion engine, the company progressed into developi |
carburettor of a normally aspirated internal | combustion engine, where it automatically meters the fu |
With the advent of the internal | combustion engine, buses began to appear more frequentl |
division reworked key parts of the internal | combustion engine, increasing the motive power to 240 k |
long time advocate of replacing the internal | combustion engine, in 1979 Ballard founded what would b |
the fuel cell replacing the petrol internal | combustion engine, thus minimising greenhouse gas emiss |
for various applications of the new internal | combustion engine, including cars, motorcycles, and air |
he potential of the newly developed internal | combustion engine, and he set up a firm to build small |
Air conditioning and Refrigeration, Internal | combustion Engine, Fluid mechanics, Strength of materia |
e, with an Antoinette 25 hp (19 kW) internal | combustion engine, was exhibited at the first Aeronauti |
tefeuille proposed an early form of internal | combustion engine, which was to use gunpowder as a fuel |
s much as 25% more parts than their internal | combustion engine-powered counterparts. |
Diesel engines are a type of internal | combustion engine. |
involved in the development of the internal | combustion engine. |
This car uses a hydrogen-powered | combustion engine. |
er gadgets and improvements for the internal | combustion engine. |
ring, but in the development of the internal | combustion engine. |
Hydrogen 7 burns the hydrogen in an internal | combustion engine. |
could be used to run an internal or external | combustion engine. |
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