The role of the membrane technology in hydrocarbon fuel processing and separation is discussed, spotlighting various classes of materials used for membranes.
This chapter provides a brief introduction to selected surface, subsurface, and interface phenomena that are manifested in the synthesis and processing of various classes of materials.
The aim of this paper is to analyse the main structural characteristics of these various classes of materials to propose them as a guideline for designing new oxide ion conductors.
Having this in mind when designing a joint, one has to differentiate between the various classes of materials and the variety of applications which are related to the range of loads and environments.
Various classes of materials had been investigated: catalytic metals [Sens. Actuators B 80 (2001) 163; Sens. Actuators B 78 (2001) 138; Sens. Actuators B 80 (2001) 174], metal compounds [Sens.
The microwave sintering is a rapid rate sintering technique suitable for various classes of materials including nanomaterials.
This chapter discusses recent advances in the study and use of various classes of nanostructured materials (carbon nanotubes, nanofibers, and nanowires, nanoparticles and nanocrystals, mesoporos silica and, composite materials) for enzyme immobilization and describes selected examples of their application in the development of biologically active systems and biosensors.
Magnetic field-induced transitions (metamagnetic transitions) play an important role in defining functionality of various classes of magnetic materials.
In the present chapter, an effort has been made to review various classes of implant materials and their processing technologies in light of additive manufacturing.
As an alternative carotenoid producer, non-carotenogenic Pichia pastoris was chosen for a reddish carotenoid lycopene production because it can grow to high cell density without accumulation of ethanol and utilize various classes of organic materials such as methanol as carbon sources.
Of the various classes of plant materials tested for their sorption abilities towards fluoride, it has been noted that the active carbon derived from the barks of V. negundo plant shows affinity for fluoride.
