The continuing need for materials with improved high temperature stability, oxidation
resistance, and high toughness has fueled the research and development of oxide–oxide …

A brief review of the methods of fabrication of single crystalline oxide fibres is presented. It is
shown that the internal crystallisation method (ICM), that is crystallisation of the fibres in …

Single crystalline YAG fibres are now produced by an internal crystallization method.
Essentially, the method is crystallization of the oxide melt infiltrated into continuous channels …

The fibre/matrix interface strength is an important parameter to determine such mechanical
properties of fibrous composites as fracture toughness of brittle-fibre/brittle-matrix systems …

Metal-and ceramic-based composites reinforced with single crystalline oxide fibres promise
an essential advance in developing heat-resistant composites. However, to reach a goal of …

Исследованы микроструктура и механические свойства слоистых композиционных
материалов, полученных диффузионной сваркой пакетов из фольг ниобия с …

The behaviour of the fibre/matrix interface makes a composite being a material different from
just a mixture of two constituents. Some important features of the interface have been known …

A new approach is developed for growing relatively inexpensive single-crystal and eutectic
oxide fibers suitable for the fabrication of high-temperature composite materials. Sapphire …

A procedure is developed for producing layered composite materials of molybdenum foil
and silicon and aluminum powders. Materials, whose structure is a sequential alternation of …

Разработки конструкционных материалов, предназначенных для ис-пользования при
высоких температурах, на основе ниобия и молибдена, в особенности с …