Browse by Journals
Number of items: 7.
A
AL-AJILI, A. N. H., RAY, A. K., HASSAN, A. K., HODGSON, S. N. B. and GOODHAND, C. J.
(2002).
Dielectric properties of activated oxide emission materials.
Materials Letters, 57 (2), 513-517.
[Article]
B
BINGHAM, Paul, HAND, R.J., FORDER, S.D., LAVAYSIERRE, A., KILCOYNE, S.H. and YASIN, I.
(2006).
Preliminary studies of sulphate solubility and redox in 60P2O5–40Fe2O3 glasses.
Materials Letters, 60 (6), 844-847.
[Article]
D
DENG, Wei and CHENG, Jin-shu
(2012).
New transparent glass–ceramics containing large grain Eu3+:CaF2 nanocrystals.
Materials Letters, 73, 112-114.
[Article]
E
ELICKER, Carolina, PASCUAL-GONZALEZ, Cristina, GULARTE, Luciano, MOREIRA, Mario, CAVA, Sergio and FETEIRA, Antonio
(2018).
Photoresponse of KNbO3–AFeO3 (A = Bi3+ or La3+) ceramics and its relationship with bandgap narrowing.
Materials Letters, 221, 326-329.
[Article]
H
HOVSEPIAN, P., SHUKLA, K., SUGUMARAN, A., PURANDARE, Yashodhan, KHAN, I. and EHIASARIAN, A.
(2022).
A novel plasma nitriding process utilising HIPIMS discharge for enhanced tribological and barrier properties of medical grade alloy surfaces.
Materials Letters, 313.
[Article]
R
RASHAD, Zaid and FETEIRA, Antonio
(2018).
Temperature stable electric field-induced strain in Er-doped BNT-BT-BKT ceramics.
Materials Letters, 222, 180-182.
[Article]
S
SPATHI, Charikleia, YOUNG, Neale, HENG, Jerry Y.Y., VANDEPERRE, Luc J.M. and CHEESEMAN, Chris R.
(2015).
A simple method for preparing super-hydrophobic powder from paper sludge ash.
Materials Letters, 142, 80-83.
[Article]