Effect of Process Parameters on Interface Layer and Properties of Liquid Aluminum/Steel;

Mechanics model in consideration of interface layer effects on fiber reinforced ceramic composites;

Correlation models of site evaluation on heat factors in the interface layer of northern mountain areas in Hebei Province.;

The relationship between the structure and property of this kind of materials ,especially for their interphase and property were expounded and analyzed .

An aqueous suspension impregnation technique has been developed and extended to prepare rigid polyvinyl chloride/glass fiber composites, and the effects of the interphase on properties were investigated.

he past decade has seen a renewed interest in fiber composite interphase as approaches to interfacial engineering.

Numerical examples are given to show the effects of material properties, interlayer thickness, and especially the distribution parameter k on the stress intensity factor.

Interlayer(or interphase) fracture constitutes an important issue of the micromechanics of composite materials,The present paper studies the fracture behavior of a crack penetrating vertically to an interlayer where the stiffness varies monotonically from one material phase to another material phase.

GeOxNy interlayer is grown on Ge substrate by surface passivation,followed by HfTiN film deposited by reactive co-sputtering,and wet N2 annealing is applied to transform HfTiN to HfTiON high-κ gate dielectric.

The adhesive effect on the short fibre/rubber interface in short fibre/rubber composite(SFRC) was evaluated by DTMA based on the principle that tanδ of SFRC was determined by DTMA tester,and the parameter α for characterizing the adhesive effect was calculated from tanδ.

The effect of nano SiC(N) absorber contents, hot-pressing temperatures, and the carbon-rich layer at the absorber/matrix interface on microwave permittivity and microwave absorbing ability of the RAM were studied.

The importance of interface and it's optimum design in inorganic particle/polymer composites were summarized, the interface theory was expounded.

Introduces responses of LWD electromagnetic resistivity tool used in dipping beds and laminated formations;Analyses resistivity curves of the tool penetrating through formation boundaries,and further proposes two methods,one is for accurate orientation of formation layerings,the other is for correct before-bit formation boundary prediction to geosteering the wells to a specific target.

The response characteristics of formation boundary in horizontal well logging are studied.

In logging interpretation,it is suggested that apart from the resistivity data as a priority other logging data should be taken into analysis on the relationship between the well track and the formation and the angle sizes so as to clarify the formation boundary.