Sentence examples for with a surface active from inspiring English sources

Results showed that a RAFT agent that causes no rate retardation (phenyl 2-propyl phenyl dithioacetate, PPPDTA), used in conjunction with a surface active initiating species (potassium persulfate, KPS), is able to lock the locus of polymerization at the droplet/water interface.

Pyrisept contains the active ingredient cetylpyridinum chloride, which is a cationic quaternary ammonium compound (QAC) known for its use as a surface active agent with antibacterial activity by binding to the cell membrane [ 7, 8, 10].

The samples were treated with a surface-active agent (Emalgen 2025 G; Kao Chemicals, Tokyo, Japan) for 10 min at 40°C to degrade red blood cells.

Emergence of the said layer was considered as a result of chemical interaction of a particle with a stabilizing surface active substance [30].

Owing to the attractive flower-like structure, such special PdAg NFs with a high surface active area of 43.25 m2 g− 1 possess much better electrocatalytic performances towards ethylene glycol oxidation with the mass and specific activity of 4383.5 mA mg− 1 and 10.12 mA cm− 2, 5.5 and 2.4 times higher than those of commercial Pd/C (JM 20% Pd), respectively.

The detergency of a naturally available biological surfactant (soap nut) has been compared with that of a surface-active petroleum waste-derivative (2-hydroxybiphenyl) 2-HBP 11 and a widely used commercial surfactant (Ezee).

Toluene was used as the medium with an anionic surface active agent to avoid agglomerations; rotation speed of the planet carrier was 300 rev min−1.

SP-A and SP-D are large hydrophilic proteins, which play an important role in host defense, whereas the small hydrophobic peptides SP-B and SP-C interact with DPPC to generate and maintain a surface-active film.

Porous silica particles (PSP) modified with different surface active groups were prepared for covalent immobilization of porcine pancreas lipase (PPL).

Engineering the nanocatalysts with high surface active areas has been regarded as one of the most efficient approach to obtain the high-performance electrocatalysts.

A higher H2O content lowered rate due to competition with carvone for surface active sites.