Preposition: of

• wave: Zero mass density is the condition for the propagation of waves at infinite speed.

• pulse: In addition, the propagation of intense laser pulses through capillary tubes was undertaken.

• crack: Propagation of these cracks is dependent on an energy balance, which leads to a critical crack length.

Converse of object

• simulate: The project will combine analytical studies and numerical modeling tools for simulating wave propagation in fractured porous rock.

Adjective modifier

• vegetative: Has there been subsequent vegetative propagation of material derived from seed?

• clonal: Clonal propagation -- asexual reproduction, including vegetative spread, producing a clone of the parent plant.

• anomalous: Weather section states no anomalous propagation or northern light.

• ultrasonic: Of particular interest is the modeling of ultrasonic wave propagation through heterogeneous media.

• electromagnetic: In 1899, Fitzgerald asked him about electromagnetic wave propagation around a sphere, which Marconi's experiments showed to occur.

• transient: Swaffield J.A. , and Campbell D.P. ` The simulation of air pressure transient propagation in building drainage and vent systems ' .

Modifies a noun

• velocity: Signal propagation velocity In drift chambers it takes time for the charge to propagate along the sense wires.

• delay: The huge distances covered by the signal result in propagation delays of up to 5 seconds.

• prediction: Guided waves, ground waves, sky waves and space waves are covered, and propagation prediction techniques described.

• algorithm: Some of the cases are reserved, and not actually used for training in the back propagation algorithm.

Noun used with modifier

• ionospheric: Real-time dynamic system for monitoring ionospheric propagation conditions over europe.

• radiowave: The topics covered range from antennas, through radiowave propagation, optics and radar, to communications signal processing and networks.

• crack: There is very little crack propagation with such slow cycles.

• wave: Both use an ultrasonic wave propagation sensor mounted in the liquid medium.

• pulse: We are applying these methods to study ultrashort pulse propagation within the cavity of semiconductor lasers.

• flame: Flame propagation was over 20 times faster at 60° , than horizontal.