PUBLICACIÓN

Transient liquid-phase assisted low-temperature spark plasma sintering of TiCN with Si aids

ACCEDER A LA PUBLICACIÓN: Scopus

2024 Journal of the European Ceramic Society

CITAS

1

DOI

10.1016/j.jeurceramsoc.2023.10.010

EID

2-s2.0-85173842195

ISSN

0955-2219

EISSN

1873-619X

AUTORES DE LA UEX

Ángel Luis Ortiz Seco

OTRAS PUBLICACIONES DE INTERÉS

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Affordable Spark Plasma Sintering Of Superhard Al-Doped Zrb<Inf>2</inf> Nanoceramics From Zrh<Inf>2</inf>, B, And Al Mechanically Activated By Shaker Milling
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Affordable Spark Plasma Sintering Of Superhard Al-Doped Zrb<Inf>2</inf> Nanoceramics From Zrh<Inf>2</inf>, B, And Al Mechanically Activated By Shaker Milling
Fabricating Exotic Boron Carbide Ceramics By Shaker Milling And Reactive Spark Plasma Sintering Of B And C: Application To The Elusive B<Inf>6</inf>c
Transient Liquid-Phase Assisted Low-Temperature Spark Plasma Sintering Of Ticn With Si Aids
Fabricating Exotic Boron Carbide Ceramics By Shaker Milling And Reactive Spark Plasma Sintering Of B And C: Application To The Elusive B<Inf>6</inf>c
Transient Liquid-Phase Assisted Low-Temperature Spark Plasma Sintering Of Ticn With Si Aids
Evaluating The Mechanical Integrity And Reliability Of Multi-Channelled Flat-Sheet Ceramic Membranes For Filtration Applications
Transient Liquid-Phase Assisted Low-Temperature Spark Plasma Sintering Of Ticn With Si Aids
Evaluating The Mechanical Integrity And Reliability Of Multi-Channelled Flat-Sheet Ceramic Membranes For Filtration Applications
Wear Of The Ultrahard B<Inf>4</inf>c–sic–tib<Inf>2</inf> Ceramic Composite In Unlubricated Sliding Contact With Ceramic Counter-Parts
Evaluating The Mechanical Integrity And Reliability Of Multi-Channelled Flat-Sheet Ceramic Membranes For Filtration Applications
Wear Of The Ultrahard B<Inf>4</inf>c–sic–tib<Inf>2</inf> Ceramic Composite In Unlubricated Sliding Contact With Ceramic Counter-Parts
Fabricating Ultrahard Boron Carbide–silicon Carbide–zirconium Diboride Composites By Spark Plasma Sintering From B<Inf>4</inf>c With Zrsi<Inf>2</inf> Aids
Wear Of The Ultrahard B<Inf>4</inf>c–sic–tib<Inf>2</inf> Ceramic Composite In Unlubricated Sliding Contact With Ceramic Counter-Parts
Fabricating Ultrahard Boron Carbide–silicon Carbide–zirconium Diboride Composites By Spark Plasma Sintering From B<Inf>4</inf>c With Zrsi<Inf>2</inf> Aids
Solid-State Spark Plasma Sintering Of Super Wear Resistant B<Inf>4</inf>c–sic–tib<Inf>2</inf> Triplex-Particulate Composites
Fabricating Ultrahard Boron Carbide–silicon Carbide–zirconium Diboride Composites By Spark Plasma Sintering From B<Inf>4</inf>c With Zrsi<Inf>2</inf> Aids
Solid-State Spark Plasma Sintering Of Super Wear Resistant B<Inf>4</inf>c–sic–tib<Inf>2</inf> Triplex-Particulate Composites
Scratch, Fretting, And Sliding Wear Of A Zrb<Inf>2</inf>–hardened Zr<Inf>3</inf>al<Inf>2</inf> Intermetallic–ceramic Composite
Solid-State Spark Plasma Sintering Of Super Wear Resistant B<Inf>4</inf>c–sic–tib<Inf>2</inf> Triplex-Particulate Composites
Scratch, Fretting, And Sliding Wear Of A Zrb<Inf>2</inf>–hardened Zr<Inf>3</inf>al<Inf>2</inf> Intermetallic–ceramic Composite
Optical And Mechanical Characterization Of Sol-Gel Thin Films Of Zro<Inf>2</inf> Stabilized With Different Y<Inf>2</inf>o<Inf>3</inf>-Doping Mol%
Scratch, Fretting, And Sliding Wear Of A Zrb<Inf>2</inf>–hardened Zr<Inf>3</inf>al<Inf>2</inf> Intermetallic–ceramic Composite
Optical And Mechanical Characterization Of Sol-Gel Thin Films Of Zro<Inf>2</inf> Stabilized With Different Y<Inf>2</inf>o<Inf>3</inf>-Doping Mol%
Affordable Spark Plasma Sintering Of Superhard Al-Doped Zrb<Inf>2</inf> Nanoceramics From Zrh<Inf>2</inf>, B, And Al Mechanically Activated By Shaker Milling
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