Sentence examples for by using different process from inspiring English sources

The approach to be presented in this paper deals with modelling the process and related information flows by means of extended UML activity diagrams in combination with analysing the process by using different process management tools.

Despite all the difficulties of working with natural-based materials, it was shown that by using different process routes, it is possible to obtain a range of microstructures and mechanical properties that can accomplish many of the requirements of three-dimensional (3D) scaffolds for different tissue engineering applications.

Doped (Al or Ga) or undoped ZnO films were prepared by sputter-deposition using different processes and deposition systems on various glass substrates.

This chapter first reviews the types of geotextiles used in modern civil engineering and environmental projects, their composition and how key properties are achieved by using different manufacturing processes.

The CAs-CHIP is, therefore, expected to enable the integration of universal pretreatment processes by using different kinds of chemically-functionalized capillary and multilayer flow-based chemical processes; this is usually difficult to achieve using other reported techniques.

DOE researchers were able to reduce the weight of a Ford Focus by 23percentt (800 lbs) while maintaining its ability to withstand crashes by using different materials in the manufacturing process.

MnO2 with novel mesoporous structure has been firstly synthesized via a simple in situ reduction process by using different carbon materials as sacrificed template and reducing agent.

These uncertainties are then incorporated into the design process by using different probabilistic approaches such as Monte Carlo Simulation, the First-Order Reliability Method and the Second-Order Reliability Method.

An optimization of the burning process, by using different reactors chains (symbiotic cycles), has been analyzed in order to allow an efficient TRU transmutation with the aims to reduce waste radiotoxicity, optimize raw material exploitation and close nuclear fuel cycle.

Morphology, porosity and crystal phases were tuned by controlling the thermal decomposition of Bi(NO3 3:5H2O, by using different calcination temperatures and cooling processes.

The oxidation process was characterized by using different electrode configurations, GC (planar) and RVC electrodes both with flooded (batch process) and flow-through assembly.