Sentence examples for maximum relative density from inspiring English sources

A maximum relative density of 98% and electrical conductivity of 96% IACS were obtained for Cu 1 wt.% SiC with 30 μm particle size.

The maximum relative density (88.2%) and Vicker's hardness (21.2) were recorded at 1800 °C sintering temperature for 1 min holding time.

The maximum relative density (97.1%) and Vicker's hardness (31.4 GPa) were recorded at 1800 °C sintering temperature for 1 min holding time, when 0.2 wt% additional activated carbon was added to the mixture of SiC/Si-SiC.

An optimum w/b ratio of 0.13 0.20 was suggested in previous studies (Richard and Cheyrezy 1995; Larrard and Sedran 1994; Gao et al. 2006; Wen-yu et al. 2004; Shi et al. 2015) to achieve maximum relative density and spread flow.

The maximum of relative density was attained for P≥190 MPa, with values of 57 58% of relative density, comparable to that of non-coated powders, and without the need of any pressing binder to obtain green compacts resistant to handling.

According to DIN 4049, Part 2 (1980), the maximum In situ relative density that can be sounded by LRS 10 is 0.5 in soil in which the ground water table is not encountered during exploration, and approximately 0.55 where ground water is encountered.

Previous work has shown that the maximum roll pressure and ribbon relative density predicted by the Johanson model are not only larger than those predicted from finite element method (FEM) simulations, but also unphysical in some cases.

The DD-peptidase family shows maximum abundance in the Alphaproteobacteria (relative density 7.1), while trypsins, subtilisins and Clp proteases have higher number of representatives in the Actinobacteria (relative densities 6.37, 4.1 and 2.37, respectively) and Lon proteases in the Gammaproteobacteria (relative density 2.4).

The existence of the internal fluid makes the maximum relative displacement decrease, as the density of the internal fluid and the sound speed within the internal fluid increase, the maximum of the maximum relative displacement decreases.

The maximum pore size, compressive strength, and relative density of the fabricated system were approximately 86 μm, 53 MPa, and 77% when sintered at 1500 °C.

The results indicated increasing feed stress, and/or increasing roll friction lead to higher maximum roll surface pressure and attendant relative density at the exit.