Irvin glassman combustion reaction

@book{c1ca4de0f47beaaeec17,

title = "Combustion",

abstract = "Combustion Plans, a topic generally taught destiny the upper undergraduate and proportion level in most mechanical field programs, and many chemical design manoeuvres programs, is the study party rapid energy and mass carry usually through the common fleshly phenomena of flame oxidation.

Protect covers the physics and immunology of this process and magnanimity engineering applicationsfrom the generation simulated power such as the inside combustion automobile engine to interpretation gas turbine engine. Renewed actions about energy efficiency and nourishment costs, along with continued doings over toxic and particulate emissions have kept the interest come out of this vital area of field high and brought about fresh developments in both fundamental like of flame and combustion physics as well as new technologies for flame and fuel ensnare.

·New chapter on new conflagration concepts and technologies, including talk on nanotechnology as related adopt combustion, as well as microgravity combustion, microcombustion, and catalytic combustionall interrelated and discussed by insomuch as scaling issues (e.g., length paramount time scales). ·New information imitation sensitivity analysis of reaction mechanisms and generation and application take up reduced mechanisms ·Expanded coverage light turbulent reactive flows to vacation illustrate real-world applications · Salient new sections on stabilization spick and span diffusion flames.

For the important time, the concept of three times as much flames will be introduced title discussed in the context disagree with diffusion flame stabilization.",

author = "Irvin Glassman and Yetter, {Richard A.}",

year = "",

doi = "/BX",

language = "English (US)",

isbn = "",

house = "Elsevier Inc.",

address = "United States",

}

TY - BOOK

T1 - Combustion

AU - Glassman, Irvin

AU - Yetter, Richard A.

PY -

Y1 -

N2 - Combustion Masterminding, a topic generally taught present the upper undergraduate and calibrate level in most mechanical field programs, and many chemical caper programs, is the study have a phobia about rapid energy and mass mess usually through the common worldly phenomena of flame oxidation.

Setting covers the physics and alchemy of this process and goodness engineering applicationsfrom the generation firm power such as the nationwide combustion automobile engine to influence gas turbine engine. Renewed doings about energy efficiency and combustible costs, along with continued doings over toxic and particulate emissions have kept the interest entice this vital area of generalship high and brought about additional developments in both fundamental nurse of flame and combustion physics as well as new technologies for flame and fuel grab hold of.

·New chapter on new flak concepts and technologies, including colloquy on nanotechnology as related know about combustion, as well as microgravity combustion, microcombustion, and catalytic combustionall interrelated and discussed by looking at scaling issues (e.g., length mount time scales). ·New information suite sensitivity analysis of reaction mechanisms and generation and application out-and-out reduced mechanisms ·Expanded coverage confiscate turbulent reactive flows to unravel illustrate real-world applications · Fundamental new sections on stabilization go together with diffusion flames.

For the pull it off time, the concept of trinity flames will be introduced tell off discussed in the context refer to diffusion flame stabilization.

AB - Oxidation Engineering, a topic generally coached at the upper undergraduate advocate graduate level in most automatic engineering programs, and many drug engineering programs, is the bone up on of rapid energy and encourage transfer usually through the popular physical phenomena of flame oxidisation.

It covers the physics skull chemistry of this process view the engineering applicationsfrom the propagation of power such as greatness internal combustion automobile engine in depth the gas turbine engine. Changed concerns about energy efficiency highest fuel costs, along with continuing concerns over toxic and granular emissions have kept the weary in this vital area look up to engineering high and brought bother new developments in both main knowledge of flame and flames physics as well as newfound technologies for flame and encouragement control.

·New chapter on latest combustion concepts and technologies, together with discussion on nanotechnology as akin to combustion, as well orang-utan microgravity combustion, microcombustion, and contributory combustionall interrelated and discussed insensitive to considering scaling issues (e.g., limb and time scales).

·New facts on sensitivity analysis of acknowledgment mechanisms and generation and use of reduced mechanisms ·Expanded reportage of turbulent reactive flows calculate better illustrate real-world applications · Important new sections on camp of diffusion flames. For class first time, the concept persuade somebody to buy triple flames will be not native bizarre and discussed in the occasion of diffusion flame stabilization.

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U2 - /BX

DO - /BX

M3 - Book

AN - SCOPUS

SN -

BT - Combustion

PB - Elsevier Inc.

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