… However, it may be noted here that the effect of co-doping … co-doping of Bi and In in SnTe
and its effect on the TE properties both theoretically and experimentally. The effect of co-doping …

… range of Co doping, depending on temperature. This model has been considered in few
experimental studies (10d, 10e) to explain the observed saturation of K for high values of x. In …

… tungsten and molybdenum codoping effect on the thermochromic properties of VO 2 film,
comparing with the undoped and single molybdenum doped films. The codoping is expected to …

… in the range of 400–620 nm with decreasing temperature. … that the codoped titania prepared
at low temperature possessed … of synthesis of codoped titania at low temperature was also …

… resistance decreases with increasing temperature. There is a … and T is the absolute
temperature. Two parameters are used … the sensitivity of the device over a given temperature …

… back by their high operating temperature, which requires the … , known as the intermediate
temperature (IT) range. There are … This article focuses on the latter effect as a means to improve …

… of ZnO are modified by Co doping, in addition to searching … support of additional interstitial
Co doping possibility. Combined … all AF with Néel temperatures (TN) below room temperature. …

… The total conductivity of La 2-x Ca x Ni 1-y (Fe/Cu) y O 4+δ was thermally activated within
the whole studied temperature range 30–1000 C and could be described in terms of small …

… S3 in mid temperature regions we see that co-doping of Ca and In in appropriate ratio can
bring about appreciable increase in the ZT due to the synergistic action of Ca and In higher …

… parameters with increasing co-doping content. Thermoelectric properties are investigated
in temperature range between 300 K and 1100 K. Dy and Yb co-doping is found effective in …