A step in a synthesis may give a very low yield of the desired product.
It also was having very low yield as 45% as per the foundry information.
Dipetarudin was initially cloned and purified from Escherichia coli, but with a very low yield of about 0.3 mg/l of culture medium.
The known tetraacetic acid in the 1,3-alternate conformation gave the desired product in very low yield because of steric hindrance on thiacalix[4]arene moiety.
It is shown that even very low yield fizzle bombs, exploded in urban areas, would still cause serious blast damage as well as radioactive contamination.
Germanium can be deposited only after the onset of hydrogen evolution in any acidic and alkaline solutions with very low yield.
The concentrated H2SO4/HNO3 mixture created the maximum number of carboxylic acid groups and the highest amount of defect sites, but had very low yield (∼12%).
An elasto-plastic empirical constitutive equation is derived for the solid grains, while the liquid is approximated as a perfectly plastic material with a very low yield stress.
Because the minimum scale was controlled during the design optimization process, the production yield rate of the actuator was improved considerably; alternatively, the optimization design without scale control resulted in a very low yield rate.
This is mainly due to a considerable re-deposition of the substrate material on the step during the IBE process, in particular for LaAlO3, resulting in very low yield and high 1/f noise devices.
Such a material has been chosen due to its very low yield strength (about 20 MPa after heat treatment), high hardening ratio (about 4) and large ductility (about 40%).
