There were no differences in gas or CH4 production between the biomass sources used to produce biochar but total gas (P = 0.058) and CH4 (P = 0.010) production were slightly greater when biochar was produced at 700 rather 550 °C.
P = P_{0} left( {frac{rho }{{rho_{0} }}} right)^{gamma }, (6 where P 0 and ρ 0 are the initial pressure and density of the gas; P and ρ are the current values and γ is the coefficient of the ideal gas.
A femoral artery was catheterized to monitor heart rate (HR) and mean arterial blood pressure (MAP) and to intermittently collect arterial blood samples for gas (p a CO2, p a O2, S a O2), electrolyte (cNa +, cK +, cCl −, and cCa 2+), pH, and glucose analysis.
supplemented with the Newtonian stress tensor S ⋆, the Fourier law for heat conduction q ⋆ S ⋆ = − p ⋆ I + μ ⋆ ( ∇ v ⋆ + ∇ v ⋆ T ) + λ ⋆ ∇ ⋅ v ⋆ I, q ⋆ = − k ⋆ ∇ T ⋆, as well as thermal and caloric equations of state of a ideal gas p ⋆ = ρ ⋆ R ⋆ T ⋆, e ⋆ = ∫ 0 T ⋆ c p ⋆ ( T ) d T − p ⋆ ρ ⋆. with pressure p ⋆ and inner energy e ⋆.
By applying the ideal gas law, (PV = mRT/M), where for a volume, V, of gas, P is the pressure of the gas, M is the molar mass of the gas, R is the ideal gas constant, and T is temperature, Q M can be re-written and substituted into Eq. (6) to give (defining the gas density as (rho = m/v = MP/ RT))) frac{V}{PA}frac{dP}{dt} = frac{{ - k_{D} }}{mu }frac{partial P}{partial x}.
Contrarily, number of PMN was significantly low in the presence of severe invasive GAS (p = 0.016) compared to that of control culture.
Wald's analysis indicated significant differences between the GA groups in the frequency of using arterial blood gases (p = 0.02).
The production rate of total gases (P < 0.001), lag phase duration (P < 0.001) and DM in vitro degradability (P < 0.001) were all reduced with the addition of tamarind residue in silage.
Two-factor, repeated-measures analysis of variance found no statistically significant difference between the mean values for PaCO2, PaO2/FiO2, and PaO2/PAO2 for the different gas mixtures (P = 0.93, P = 0.98, and P = 0.96, respectively).
Similarly, under the list of binary compounds formed with phosphorus, caloric yields phosphorus gas (1789, p. 204).
In contrast, SDSE alleles recP12 and recP3 seem to result from recombination with GAS alleles (p = 0.00262 and p = 0.00231, respectively).
