Sentence examples for two types of transformation from inspiring English sources

The combined results of these analyses support the view that river-borne, humic-rich colloids underwent two types of transformation upon mixing with the seawater end member.

They differentiate between two types of transformation.

In this paper, we propose a transformation approach of compound SOA design patterns based on two types of transformations.

The transformations T to separate the two types of transformations that | | T 1 (q i ′ ) − p i ′ | | > | | T 1 (p j ′ ) − q j ′ | | and | | T 2 (q i ′ ) − p i ′ | | | | T 2 (p j ′ ) − q j ′ | | are the transformations where (3) | | T (q i ′ ) − p i ′ | | 2 − | | T (p j ′ ) − q j ′ | | 2 = 0. Let ∙denote dot product.

In the second place, the paper reveals three types of transformation processes occurring during the precipitation: the transformation between βL precipitates and needle-like precipitates, the transformation within needle-like precipitates along [0001]Mg and the transformation between needle-like precipitates and β1 precipitates.

Three types of transformations occurring in the fitness landscapes are observed in the DOPs analysed here.

The authors propose four types of transformations, namely process-level concurrency management, message vectorization, computation migration and IPC mechanism selection.

Three types of transformations occur in the process of rendering a graph, in the following order: (i) scale transformations, which convert from data units to graphical units used by the computer; (ii) statistical transformations, which reduce input data to a form required by a geom, and (iii) coordinate transformations, which manipulate the coordinate system of a graph.

Basically there are two types of wavelet transformation based methods namely Discrete Wavelet Transformation (DWT) and Continuous Wavelet Transformation (CWT).

The unique distribution of chemical constituents contributed to two types of martensitic transformation during the flash process: (a) austenite → α′-martensite transformation dominated at high temperature and contributed to the formation of stacking faults and ε-martensite transformation and (b) austenite → ε-martensite → α′-martensite phase transformation dominated at lower temperature.

The droop control block diagram of the GS inverters applying two types of decoupling transformation method is shown in Fig. 7.