Sentence examples for more hydrogen at from inspiring English sources

The comparisons of the membrane reactor performances for nitrogen and steam as sweep gases at optimal conditions illustrate that the use of steam as a sweep gas can produce more hydrogen at higher recovery yield, or produce more hydrogen using less sweep gas or membrane area.

While positions of the first peaks were similar, the height of the first peak increased from the bulk region to the interface, indicating that more hydrogen bonds form at the interface [23].

More hydrogen was measured at least 23 times for cells expressing hoxEFUYH relative to the negative control that lacks the cyanobacterial locus so the effect is reproducible.

The hydrogen adsorption isotherms showed that the defluorinated ACFs adsorbed more hydrogen gas than pristine ACFs at 77 K, suggesting that the potential for interaction between hydrogen molecules and the defluorinated slit nanospaces was increased due to the changes in the pore structural properties and/or to the induced polarization of the pore walls making up the modified π-electron systems.

Herein, we have aimed to optimize the conditions for SCB hydrolysis to achieve more hydrogen with dilute sulfuric acid at relatively moderate temperatures through the use of the response surface methodology.

Almost all residues at position i + 1 formed more hydrogen bonds/residue with ligand, while only Pro at position i − 1 established the greatest number of hydrogen bonds/residue with compound.

Of the compounds tested, NaOH was in fact found to provide a 100% yield increase and to produce at least 1.5× more hydrogen than the other salts tested (e.g. Na2SO4, MgCl2, FeCl3, etc).. Soler et al. [17] observed that the effect caused by surface passivation could be minimised when operating the reaction at optimum parameters.

However, the electrical resistivity increases as more hydrogen is added beyond RH2 and approaches that of a semiconductor at RH3.

Two irregular amino acids are Pro and His, with fewer hydrogen bonds at position i + 1. Half of the 20 amino acids at position i + 1 have twice or more hydrogen bonds/residue with ligand than the other two positions.

Coal has more hydrogen, and its burning can be cleaner.

It adds more hydrogen to get the carbon/hydrogen balance right, forming molecules in branch shapes that will keep the fuel liquid at low temperatures.