The phrase "evaporated material" is correct and usable in written English.
It can be used in contexts discussing substances that have transitioned from a liquid to a gas state, often in scientific or technical discussions.
Example: "The experiment focused on the collection of evaporated material from the surface of the liquid."
Alternatives: "vaporized substance" or "gasified material."
A disadvantage of the sample preparation technique involving containerless fusion is evaporative loss of moderately volatile elements like Na and K. Aerodynamic levitation in combination with ICPMS online monitoring of the evaporated material allows time-resolved studies of the evaporation behavior at high temperatures.
This was, a priori, not known for the aerosol that forms from the evaporated material.
It was, however, the purpose of this experiment to demonstrate a possible application of aerodynamic levitation rather than determining the exact composition of the evaporated material.
With the quartz tube, we were able to confine the evaporated material and maintain a uniform gas pressure in the vicinity of the evaporation source.
Both elements showed a strong correlation in the evaporated material.
The amount of Si in the evaporated material varied between ~5 and ~18 wt.%.
The cracks within the coating are channels for the leakage of the evaporated substrate material.
The very open construction of the source head optimizes pumping of evaporated sample material, thus minimizing the source memory.
Deposited SDC thin films are stoichiometric and repeat the stoichiometry of elements of the chosen evaporated SDC material.
This technique provides economical and efficient use of evaporate material enabling constant rate of deposition.
Streams of vapour observed during the comet's 1835 apparition prompted astronomer Friedrich Wilhelm Bessel to propose that the jet forces of evaporating material could be great enough to significantly alter a comet's orbit.
