# Fingerprint Dive into the research topics where Bernard J Matkowsky is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Mathematics

Flame

Combustion

Propagation

Activation Energy

Singular Perturbation

Bifurcation Point

Combustion Wave

Diffusion Approximation

Traveling Wave

Boundary Layer

Queue

Nonlinear Stability

Filtration

Matched Asymptotic Expansions

Busy Period

Bifurcation

Heat

Critical value

Markov Jump Processes

Nonlinear Analysis

Asymptotic Expansion

Branch

Premixed Flame

Mean First Passage Time

Dependent

Nonlinear Dynamics

Ignition

Singularly Perturbed Boundary Value Problem

Model

Turing

Asymptotic Theory

Customers

M/G/1 Queue

Unstable

Potential Well

Exit Problem

Approximation

Buckling

Periodic Wave

Hopf Bifurcation

Queueing System

Extinction

Rectangular Plate

Chemical Reaction

Single Server Queue

Finite Capacity

Exit Time

Multiplicity

Asymptotic Solution

Interaction

### Physics & Astronomy

#### Physics

flame propagation

traveling waves

heat

temperature

propagation velocity

perturbation

combustion temperature

electric potential

friction

wave propagation

random noise

#### General

flames

diffusion theory

expansion

oxidizers

propagation

fuel combustion

Josephson junctions

combustion synthesis

Markov processes

smoldering

shot noise

discontinuity

porosity

products

burners

gravitational fields

baths

activation

activation energy

dynamical systems

escape

reaction kinetics

convection

lateral oscillation

#### Chemistry and Materials

gases

porous materials

chemical reactions

liquids

oxidation

#### Mathematical and Computer Sciences

approximation

spectral methods

Lewis numbers

Burger equation

probability density functions

#### Engineering

melting

#### Life Sciences

extinction

#### Aerospace Sciences

gravitation

### Engineering & Materials Science

Activation energy

Heat losses

Gases

Fuel burners

Boundary layers

Temperature

Melting

Porous materials

Chemical reactions

Combustion synthesis

Perturbation techniques

Boundary value problems

Hopf bifurcation

Servers

Linear stability analysis

Ignition

White noise

Reaction rates

Buckling

Nonlinear analysis

Gravitational effects

Fluids

Fluxes

Markov processes

Geometry

Partial differential equations

Dynamical systems

Kinetics

Detonation

Trajectories

Liquids

Gravitation

Random processes

Chaos theory

Probability density function

Heat transfer

Mass transfer

Oxidation

Compaction

Eigenvalues and eigenfunctions

Hot Temperature

Thermal expansion

Damping