Sentence examples for systematic surface from inspiring English sources

The 2003 2006 Suburban Survey at Tell Brak investigated the spatial dimensions of the city's urban origins and evolution via intensive systematic surface survey.

Systematic surface functionalities study by attenuated total reflectance Fourier transform infrared spectroscopy (ATR-FTIR) revealed the interactions between these two tactic PMMAs.

A distributional approach was employed, and a systematic surface sampling in several landscape units were performed, registering all lithic artifacts and other variables that could influence the archaeological visibility.

Systematic surface analyses revealed that the fluorine amount on the surface of plasma-fluorinated graphite was determined by the type of intrinsic structure and degree of graphitization of graphite.

Therefore, a systematic surface water extraction method by taking advantage of the complementarity between a water index (WI) and a modified FCM (WIMFCM) was designed in this study to improve the water extraction accuracy, the rationale of which is a background reflectance bias correction.

The systematic surface examination, as outlined in the training video, identifies congenital anomalies which are visible to the examiner.

Instead, in a systematic functional surface marker screen, we find that early reprogramming-prone cells express a unique set of surface markers, including CD73, CD49d and CD200, that are absent in both fibroblasts and iPS cells.

A further set of findings document that the relationship is systematic: Cortical surface lengths.

The utility missed opportunities to address shortcomings in its pipeline systems after similar systematic problems surfaced during two earlier ruptures, NTSB officials said, one in San Francisco in 1981 and another in Rancho Cordova in 2008.

With carbon nanotubes, says Shao-Horn, "you have systematic control of surface chemistry". Adding charged molecules to the electrodes' surface, for example, could increase their capacitance and energy density.

Using this understanding we design model substrates that display extremely small or extremely large roll-off angles, as well as surfaces that demonstrate direction-dependent wettability, through a systematic control of surface topography and connectivity.