Sentence examples for atom yield from inspiring English sources

The effective atom yield and process exergy loss were integrated to evaluate the material conversion and energy utilization of the coproduction system.

A linear, positive slope of the RLA induced atom yield as a function of concentration suggested that the RLA mechanism allows for quantitative analysis of solid samples.

The work shows that the differences in the effective atom yield and exergy loss are attributable to the process configurations, and a suitable approach is proposed to consider the exergy loss and effective atom yield of the process, especially the latter, which is more meaningful for comparison than carbon emissions.

The exergy loss, effective atom yield, energy consumption and carbon emission of the optimal scheme are calculated to be 128.86 kW, 0.557, 592.15 kW and 238.09 kg CO2/h, respectively.

On the one hand, the excited atom yield and, thus, the total metastable state excitation cross section as a function of impact energy are obtained.

Alignment II and an sp3 probe carbon atom yielded good cross-validation (q2=0.688) employing lattice spacing of 1 Å.

Since one hydrogen atom weighs 1.0078 atomic mass units and a single helium atom weighs 4.0026, the conversion of four hydrogen atoms to one helium atom yields 0.0294 mass unit, which are all converted to energy, 6.8 million electron volts (MeV, 1 MeV = 1.6 × 10−6 erg), in the form of gamma rays or the kinetic energy of the products.

Removal of the atom yields many mismatches: from 6300 to 19 066.

At the end of this cycle the carbon atoms yield carbon dioxide and the hydrogen atoms are transferred to the cell's most important hydrogen acceptors, the coenzymes nicotinamide adenine dinucleotide (NAD+) and flavin adenine dinucleotide (FAD), yielding NADH and FADH2.

Under plastic flow conditions, in situ synchrotron high-energy X-ray diffraction reveals that the atomic strain saturates to the closest packing in the longitudinal direction of the applied load while atoms yield in the transverse plane.

Although carbon, oxygen, and nitrogen atoms yield visible diffraction patterns, they are present in such great number about 700 or 800 per 100 amino acids that the resolution of the structure of a protein containing more than 100 amino acids is almost impossible.