Sentence examples for unit mass of material from inspiring English sources
It is sometimes denoted κ for susceptibility per unit mass of material.
The amount of heat that is required to gasify unit mass of material is one of the key properties that define its ignition resistance and fire response.
Implosion-type bombs were determined to be significantly more efficient in terms of explosive yield per unit mass of fissile material in the bomb, because compressed fissile materials react more rapidly and therefore more completely.
The experiments were carried out with special attention to the effect of the specific input energy (SIE) defined as the electrical input energy per unit mass of the material gas.
The amount of steam consumption per unit mass of dry materials m′ is presented to quantitatively evaluate the energy consumption under various factors, in which initial moisture content is considered as the most important factor.
The amount of Pb II) ions sorbed at equilibrium per unit mass of the adsorbent material (qe, mg/g) was calculated as follows: q_{e} = frac{{C_{0} - C_{e} }}{m} times V (1 where C0 and C e are the initial and equilibrium concentrations of Pb II) ions, respectively.
We define sugar release as the mass of glucose and/or xylose (the sum of monomeric and oligomeric) released per unit mass of biomass starting material.
The optimization equations show that as the intake to reference area ratio decreases, maximum performance shifts from materials having the highest heat of combustion per unit mass to materials that maximize the ratio of heat of combustion to the stoichiometric fuel to air ratio, and to operating air to fuel ratios that approach the upper flammability limits.
The results of the experiment show that discharge capacities (discharge electric quantity of active materials per unit mass) of the experimental SnO2 –C@Sep are more than those of the reported SnO2 after 50 cycle times and the discharge capacities of the experimental SnO2 –C@Sep are slightly more than those of the experimental SnO2 after 100 cycle times.
The energy absorption per unit mass of composite egg-box panels made of different types of material and stacking sequences was calculated and compared with.
The untreated crystalline and amorphous materials differ by a factor of 40 in specific surface area, and the intensity per unit mass of the sharp surface silanol band near 3745 cm-1 in the amorphous material is an order of magnitude larger than in the crystalline material.
