afterburner

The feed is a two-directional manipulation competition, with both directions enhancing each other, with a conflict of interest afterburner, for all parties to maximally control users.

The plane needed full afterburner to take off even without a full load of fuel on board.

Mass with a 900kg fuel load looks to be around 12,000kg Max thrust is 162kN for both with afterburner.

But a measured use, like an afterburner, seems like a good thing to have available.

Ceramic turbine blades and afterburner pipes will drastically lower the weight vs Nickel superalloy parts while lower cost and manufacturing complexity.

Especially in the Java world, where Jackson + Afterburner is fast enough for most cases.

Just put propane into the air intake and light the exhaust, instant afterburner.

If you're talking about an expansion duct with secondary combustion, that has nothing to do with ram effect and is just an afterburner.

I'm not sure I understand what you're suggesting, but it sounds like some form of ram afterburner?

In other words, anything can fly if you give it enough afterburner.

At higher speeds, the turbojet largely ceased to provide thrust; instead, air was compressed by the shock cones and fuel burned in the afterburner.

I do not understand how the physics of a ram afterburner would work.

I gave it a pic I took of an F22 in a 9g turn (in afterburner) and it returned "afterburner" - surprised me that it ID'ed the aircraft's propulsion regime rather than calling it an aircraft, but nonetheless impressive.

The 68 000 from Motorola was not "just" in the Amiga and the ST and the early Macs, it was also in the Megadrive, and in most of the early Sega Hardware in the arcades (Outrun and AfterBurner 2 had dual-CPU boards using 68000 in them).

I've actually noticed that behavior myself when screwing around in X-Plane with the F-4E; I take off at low-speed, high AOA to gain a few thousand feet, and then drop the nose at full afterburner to use both the engines and gravity to go transsonic, at which point the F-4 can accelerate faster, and maintain a higher angle of climb without losing velocity, due to the "lower" drag at supersonic speeds.