Sentence examples for typical derivatives from inspiring English sources
Specific applications that concern the use of bio-sourced molecules are presented: a case of typical derivatives of chemical platform molecules issued from the itaconic acid to substitute N-methyl-2-pyrrolidone NMP or dimethyl-formamide DMF solvents and a case of derivatives of lipids to be used a biolubricants.
Parties wanting to enter into a typical derivatives contract usually go through a middleman called a Futures Commission Merchant (FCM).
Typical derivatives of truncated phospholipids are the chemically reactive aldehydophospholipids POVPC and Poxno-PC (from arachidonoyl- and linoleoyl phospholipids, respectively) and the carboxy-phospholipids PGPC and Paze-PC (also from arachidonoyl- and linoleoyl phospholipids, respectively).
Instead of directly finding a minimal local value in the first derivative curve, which is often difficult due to its great sensitivity to noise, a hybrid dynamic template corresponding to a typical derivative variation in the region around the outer lower lips position is first established.
The combined action of substances having a munidirectional toxic effect on the organism was studied for several typical chlorine derivatives of hydrocarbons (1,2-dichloropropane, 1,2,3,-trichloropropane, and perchloroethylene).
A typical second-derivative Gaussian pulse and the corresponding emission spectra of TH-PPM scheme have been plotted by Figure 1.
Two oxidation processes were observed for 1, typical of TTF derivatives.
2,4(1H,3H -pyrimidinedione, 1H,3H -pyrimidinedioneical of uracil derivatives, i.e., nucleobases in the nucleic acid of RNA.
Our study deals with original 13-membered-ring13-membered-ring13-membered-ring1,3-bridged1,3-bridgedfeaturingnd featuring a "planar amide" instead of the "twisted amide" typical of penam derivatives.
The BPV and CoPV films undergo a two-step reduction reaction and show redox properties typical for viologen derivatives in monomer free electrolyte solutions.
In these complexes, the intense luminescence typical of anthracene derivatives is almost completely quenched and this phenomenon can be mainly attributed to an intraligand electron transfer process from the anthracene chromophore to the complexed pyridine.
