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Composite Materials: Properties as Influenced by Phase Geometry

Lauge Fuglsang Nielsen

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Institución detectada Año de publicación Navegá Descargá Solicitá
No detectada 2005 SpringerLink

Información

Tipo de recurso:

libros

ISBN impreso

978-3-540-24385-4

ISBN electrónico

978-3-540-27680-7

Editor responsable

Springer Nature

País de edición

Reino Unido

Fecha de publicación

Información sobre derechos de publicación

© Springer-Verlag Berlin Heidelberg 2005

Tabla de contenidos

Composite Materials

Lauge Fuglsang Nielsen

Pp. No disponible

Introduction

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 1-5

Classification of Composites

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 7-16

Preliminaries on Stress/Strain

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 17-22

Composite Stress and Geometry

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 23-33

Composite Stiffness and Geometry

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 35-38

Composite Eigenstrain/Stress

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 39-41

Quantification of Geometry

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 43-63

Composite Theory — Elasticity

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 65-98

Composite Theory — Conductivity

Lauge Fuglsang Nielsen

Adsorptive bubble separation process is a very effective technology for solid-liquid separation that has been in use outside the environmental engineering field for more than 60 years. Originally applied in the field of mining engineering, the process now provides the means for separation and/or concentration of 95% of the world’s base metals and other mineral compounds(1,2). Recently,the adsorptive bubble separation process has become increasingly important in such diverse applications as (a)the separation of algae,seeds,or bacteria from biological reactors,(b)removal of ink from re-pulped.

Pp. 99-111