Microbial spatial footprint as a driver of soil carbon stabilizationIncreasing the potential of soil to store
carbon (C) is an acknowledged and emphasized strategy
Crystal structure and transport properties of CuPdBiS3© 2019 Elsevier B.V. The CuPdBiS
3 compound was synthetized from individual elements by solid
A highly N-doped carbon phase "dressing" of macroscopic supports for catalytic applicationsBa H.,
Liu Y.,
Truong-Phuoc L.,
Duong-Viet C.,
Mu X.,
Doh W.,
Tran-Thanh T.,
Baaziz W.,
Nguyen-Dinh L.,
Nhut J.,
Janowska I.,
Begin D.,
Zafeiratos S.,
Granger P.,
Tuci G.,
Giambastiani G.,
Banhart F.,
Ledoux M.,
Pham-Huu C. supports (i.e. β-SiC and α-Al2O
3) with a
mesoporous and highly nitrogen-doped
carbon-phase starting from
The comparison of Pr3+:LaF3 and Pr3+:LiYF4 luminescent nano- and microthermometer performances microparticles. According to the
X-ray diffraction, Pr
3+:LaF
3 (co-precipitation) and Pr
3+:LaF
3 (hydrothermal
Sulfite enhancing nitrogen removal from sewage sludge during hydrothermal carbonizationIn order to prepare low nitrogen content hydrochar, Na2SO
3, and NaHSO
3 have been utilized
Rise Kinetics of Up-Conversion Luminescence of the LiY0.8Yb0.2F4:Tm3+ (0.2 at %) Crystal with Pulsed Excitation-conversion luminescence of the LiY0.8Yb0.2F4:Tm
3+ (0.2 at %) crystal is performed. The kinetics curve is obtained