The phrase "different kinds of components" is grammatically correct and can be used in written English.
It is typically used to refer to various parts or elements of a larger system or structure. Example: The new computer model boasts a faster processor, improved graphics card, and different kinds of components that make it one of the most advanced on the market.
Building off that work, the novel manufacturing method employs two types of freeze-dried pellets containing different kinds of components.
The first thing that one needs to do in order to describe an interconnection of subsystems in a design is to describe the different kinds of components used.
Focus of the paper is put on the knowledge's modeling from the different layers of the architecture, the diagnosis technique in relation with the different kinds of components and the description of the hierarchical diagnosis solution.
However, this method cannot be applied to different kinds of components, such as processors, or interconnect networks.
Such systems are complex in both their composition – typically many different kinds of components interacting simultaneously and nonlinearly with each other and their environments on multiple levels – and in the rich diversity of behavior of which they are capable.
Since accessory protein composition exhibits genetic variation among males in D. melanogaster for oogenesis and oviposition stimulation [ 81], females may not only differ in responsiveness, but may receive different kinds of bioactive components from male ejaculate to incorporate into their eggs [ 90] resulting in variation in the number of eggs laid.
Varieties of heatsinks are proposed by specialized industries to cool different kinds of electronic components.
One of the most promising applications is to use the large frameworks as circuit boards that provide unique sockets for arrays of different kinds of electronic components.
Two typical different forecasting algorithms (EKF and KELM) are adopted to predict different kinds of IMF components.
The paper aims to process different kinds of building components and their corresponding properties to obtain rich semantic information that can enhance applications of path planning.
Fitting the resistance with different concentration of SO2, SOF2, and SO2F2 (250 50, 75, and 100 ppm) shown in Fig. 12a2 c2, the response of Au-TNTAs to different kinds of SF6 decomposition components is in the following order: SO2F2 > SOF2 > SO2.
