"plastic derivatives" is a correct and usable phrase in written English.
It typically refers to a type of polymer created by altering the molecular structure of a base polymer, such as a plastic molecule. For example, "The manufacturer has begun producing plastic derivatives with improved thermal and mechanical properties."
It was the fastest ever 50m final outside of the super suits [the hi-tech suits made from plastic derivatives which were banned in 2010].
For example, analysis of the metabolic syndrome subnetwork highlights the need for further epidemiological and mechanistic analyses of several compounds for their potential modulation of metabolic syndrome phenotypes, including plastic derivatives, synthetic and natural retinoids, pyrethrins and antipsychotic medications.
By initially inducing a process of dedifferentiation we have generated from these cells a more plastic derivative termed "programmable cell of monocytic origin" (PCMO).
Polyethylene (PE) is one of the most common plastics, the derivatives of which have found themselves useful in a variety of applications [1, 2, 3].
They have little or no natural fiber but are manufactured from plastics-petroleum derivatives like polypropylene, polyethylene, rayon, polyester-with wood pulp or cotton mixed in to improve absorbency.
Plastic and petroleum-derivatives.
Ethylene, most often derived from oil or natural gas, is one of the most important intermediaries in numerous chemical derivatives and plastics and is used to make everything from detergent bottles and grocery bags to sewer pipes and sundry other products.
Currently it is a division of Union Carbide Corporation, the company was a producer of more than 400 chemicals, plastics and fibers from derivatives of natural gas and petroleum.
Therefore, current concern about the environmental fate of polymeric materials have created much interest in the development of biodegradable plastic (bioplastic), such as starch derivatives, polylactic acid, cellulosic polymers and polyhydroxyalkanoates, which plays an important role.
Methanol also enters into the production of various plastics; leads to such useful derivatives as methyl chloride, a solvent for inks and dyes; and is used in the purification of steroidal and hormonal medicines.
The flow direction is obtained by performing fractional order derivative of the plastic potential function with respect to loading stress.
