Sentence examples for measurements we concluded from inspiring English sources
From the overall morphology and these measurements, we concluded that we had purified minichromosomes and obtained representative TEM images from both G1 and M phase cells.
Based upon these measurements, we concluded that all of the peptides occurred at steady state throughout the experiment.
From variation of annealing time in these measurements we concluded that the tracer close to the surface followed by a steep drop is incorporated by chemical driving forces.
From the results of our volume measurements, we concluded that this approach generated condensation of chromatin in interphase nuclei to the same extent as mitotic chromatin.
Since the intensity fluctuations fall within the error obtained from the calibration measurements, we concluded that the contribution of photobleaching to the overall fluorescence intensity is negligible with this approach.
From angular measurements we conclude that the reversal mechanism of the FIB patterned magnetic dots is domain-wall driven.
From the measurements, we conclude that the protocol is efficient in the sense that the overhead is negligible when the aggregate is far from the threshold.
Based on the results of ac impedance spectroscopy and Raman scattering measurements, we conclude that the mechanism of these diffusion phenomena is attributed to an increase or decrease of the W6+O/OW6+O ratio with lithium ion insertion.
Based on in situ synchrotron X-ray diffraction measurements, we conclude that this superelastic behavior is due to reversible martensite variants reorientation (i.e., reversible twinning) with lattice rotation of ∼13°.
In addition, according to the results of carbon T1ρ relaxation time measurements, we conclude that mixing is intimate enough to cause a reduction in local chain mobility for PS, but an increase in side chain mobility for PCHMA.
Based on the above-mentioned assumption and taking the results of XRD, TEM, EDS, and CL measurements, we conclude that the factors responsible for the different tube morphologies are the size-dependent melting behavior of ZnO and the competition between surface and volume diffusions.
