Sentence examples for particle corresponding to from inspiring English sources
In all the cases, three consecutive (although not fully independent) flames are identifiable around the particle, corresponding to the consumption of CH4 and C2H2, first, and the oxidation of CO, further on.
So there are six degrees of freedom for the motion of a point particle corresponding to the three coordinates of the particle's position and three more coordinates for its momentum.
The boundary s1 had to be introduced because the German word "komm" can function both as a sentence initial particle (corresponding to English "Well, ") and an imperative (corresponding to English "Come here! "); only the imperative constitutes a clause.
The particle corresponding to the maximum shift was then digested with increasing amounts of micrococcal nuclease.
We estimated the Debye screening length (κR≈20, R is radius of the particle) corresponding to this salt concentration.
The type I morphology, depicted in Figure 3B, could only be identified within the first few twin planes closest to the Au particle corresponding to very limited overgrowth.
The particles corresponding to this bit of the symmetry-breaking might account for a piece that has an impact on gravity but mathematically can't interact with the other fields, such as electromagnetism, making it "dark".
After polymerization, cavities in the polymer particles corresponding to the AMT were created by leaching the polymer by an appropriate solution.
Desorption experiments confirm the irreversibility of a major part of the SMOC adsorption onto particles, corresponding to the sink term in columns.
Dr. Ryan Bay and I invented an optical dust-logging instrument that fits into deep boreholes in glacial ice and rapidly locates volcanic ash layers, records maxima and minima in the concentration of dust particles corresponding to glacial and interglacial climate, detects abrupt climate changes with a depth resolution of a few mm, and provides information about wind speed over the last 1e5 years.
The microstructure consists of a ferrous (martensitic or ferritic) matrix with a distribution of second phase particles corresponding to nanometric and submicrometric secondary carbides precipitated during heat treatment together with primary carbides.
