The parabolic rate constants K are evaluated to be 4.04, 7.25 and 8.43 μm/√h for AISI 1020, 1045 and 1095, respectively.
The experimental results agree well with the theoretical prediction and the residual stresses in the SiO2 and Cr thin films are evaluated to be −358 and 1095 MPa, respectively.
The investigated design variants comprise also promising alterations in the cooling channel design and castellation of the CFC flat tiles which, however, from a system integration and manufacturing standpoint of view, respectively, are evaluated to be critical.
The scale factor of the MEMS gyroscope with closed loop controlled sense mode is measured to be 71.9 mV/deg/s with nonlinearity of 0.06%, and the bias instability and angle random walk are evaluated to be 5.1 deg/h and 0.21 deg/√h, respectively.
Two post-combustion CO2 capture methods based on reactive gas-liquid and gas-solid systems are evaluated to be used in an integrated steel mill in conjunction with the plant sub-systems with the highest CO2 emissions e.g., captive power plant, hot stoves, coke ovens, lime kilns, etc.
Binding constants K1 and K2 are evaluated to be 3800 and 3000 M−1 for l-fucose and 8900 and 4900 M−1 for d-xylose, and these K1 values are significantly larger than that for 2 which binds monosaccharides according to conventional 1 1 host guest stoichiometry.
