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Miserite Glass-Ceramic for Dental Applications (2016)
DE PB NW RP
ISBN: 9783330000131 bzw. 3330000139, in Deutsch, LAP Lambert Academic Publishing Nov 2016, Taschenbuch, neu, Nachdruck.
Lieferung aus: Deutschland, Versandkostenfrei.
Von Händler/Antiquariat, AHA-BUCH GmbH [51283250], Einbeck, Germany.
This item is printed on demand - Print on Demand Neuware - Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite. 136 pp. Englisch.
Von Händler/Antiquariat, AHA-BUCH GmbH [51283250], Einbeck, Germany.
This item is printed on demand - Print on Demand Neuware - Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite. 136 pp. Englisch.
2
Symbolbild
Miserite Glass-Ceramic for Dental Applications
EN PB NW
ISBN: 9783330000131 bzw. 3330000139, in Englisch, LAP Lambert Academic Publishing, Taschenbuch, neu.
Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite.
3
Miserite Glass-Ceramic for Dental Applications
DE HC NW
ISBN: 9783330000131 bzw. 3330000139, in Deutsch, Lap Lambert Academic Publishing, gebundenes Buch, neu.
Lieferung aus: Deutschland, Versandkostenfrei innerhalb von Deutschland.
Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite. Lieferzeit 1-2 Werktage.
Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite. Lieferzeit 1-2 Werktage.
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Miserite Glass-Ceramic for Dental Applications
EN NW
ISBN: 9783330000131 bzw. 3330000139, in Englisch, neu.
Lieferung aus: Deutschland, Versandfertig in 2 - 3 Tagen.
Miserite Glass-Ceramic for Dental Applications, Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite.
Miserite Glass-Ceramic for Dental Applications, Glass-ceramics (GCs) are polycrystalline materials containing a residual glass phase formed by the controlled devitrification of a glass. They have the potential to possess a fine grained and randomly oriented crystal structure, associated with little or no porosity and good mechanical properties. The crystal numbers, sizes and growth rates are controlled by the time and temperature used in the ceramming heat treatment. Some GCs are based on chain silicates such as jade minerals nephrite and jadeite that are well known for their excellent strength and resistance to crack propagation.These GCs have similar microstructures of randomly oriented inter locked rod or blade-shaped crystals, which provide the basis for several families of GCs with high fracture toughness. Miserite is a member of this family of chain silicates. It is regarded as a complex chain silicate. Miserite can be used as a potential biomaterial, since miserite has good mechanical properties and can be used for applications where mechanical strength and stability are required.The current study has shown that particle size and heat treatment schedules are major factors in controlling the synthesis of miserite.
5
Symbolbild
Miserite Glass-Ceramic for Dental Applications (2016)
DE PB NW RP
ISBN: 9783330000131 bzw. 3330000139, in Deutsch, Lap Lambert Academic Publishing, Taschenbuch, neu, Nachdruck.
Lieferung aus: Deutschland, Versandkostenfrei.
Von Händler/Antiquariat, English-Book-Service Mannheim [1048135], Mannheim, Germany.
This item is printed on demand for shipment within 3 working days.
Von Händler/Antiquariat, English-Book-Service Mannheim [1048135], Mannheim, Germany.
This item is printed on demand for shipment within 3 working days.
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