### Some articles on *velocity, exhaust velocity, exhaust*:

Spacecraft Propulsion - Methods - Reaction Engines - Delta-v and Propellant

... the engines in a straight line in free space would produce a net

... the engines in a straight line in free space would produce a net

**velocity**change to the vehicle this number is termed 'delta-v' ... If the**exhaust velocity**is constant then the total of a vehicle can be calculated using the rocket equation, where M is the mass of propellant, P is the mass of the ... If the rocket has a payload of mass P, the spacecraft needs to change its**velocity**by, and the rocket engine has**exhaust velocity**ve, then the mass M of ...Rocket Propellant - Mixture Ratio

... The theoretical

... The theoretical

**exhaust velocity**of a given propellant chemistry is a function of the energy released per unit of propellant mass (specific energy) ... usual explanation for fuel-rich mixtures is that fuel-rich mixtures have lower molecular weight**exhaust**, which by reducing increases the ratio which is approximately equal to the theoretical**exhaust velocity**... mixtures actually have lower theoretical**exhaust**velocities, because decreases as fast or faster than ...Mass Ratio - Derivation

... from the Tsiolkovsky's rocket equation where Δv is the desired change in the rocket's

... from the Tsiolkovsky's rocket equation where Δv is the desired change in the rocket's

**velocity**ve is the effective**exhaust velocity**(see specific impulse) m0 is the initial mass (rocket ... This equation indicates that a Δv of times the**exhaust velocity**requires a mass ratio of ... For instance, for a vehicle to achieve a of 2.5 times its**exhaust velocity**would require a mass ratio of (approximately 12.2) ...Reaction Engine - Energy Use - Propulsive Efficiency

... engine will need energy amounting to (where M is the mass of propellent expended and is the

... engine will need energy amounting to (where M is the mass of propellent expended and is the

**exhaust velocity**), which is simply the energy to accelerate the**exhaust**... vehicle - some of it, indeed usually most of it, ends up as kinetic energy of the**exhaust**... This comes to an**exhaust velocity**of about ⅔ of the mission delta-v (see the energy computed from the rocket equation) ...Project Orion (nuclear Propulsion) - Basic Principles

... The Orion nuclear pulse drive combines a very high

... The Orion nuclear pulse drive combines a very high

**exhaust velocity**, from 12 to 19 mi/s (19 to 31 km/s) in typical interplanetary designs, with meganewtons of thrust ... For any rocket propulsion, since the kinetic energy of**exhaust**goes up with**velocity**squared (kinetic energy = ½ mv2), whereas the momentum and thrust goes up with**velocity**... inversely proportional to Isp if power going into**exhaust**is constant or at its limit from heat dissipation needs or other engineering constraints) ...### Famous quotes containing the word exhaust:

“Fear can supplant our real problems only to the extent—unwilling either to assimilate or to *exhaust* it—we perpetuate it within ourselves like a temptation and enthrone it at the very heart of our solitude.”

—E.M. Cioran (b. 1911)