Примеры использования Debromination на Английском языке и их переводы на Русский язык
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Colloquial
Degradation and debromination.
Debromination of brominated flame retardants.
Consideration of reductive debromination of bromo-aromatics.
Debromination of brominated flame retardants;
Appendix 6(b) includes a substantive section on the science relating to debromination.
In addition, debromination products from nona- to heptaBDE were observed.
Particular care has to be taken to reduce the formation of POP-BDE and PBDF by debromination of DecaBDE.
Studies have shown debromination in biota and in environmental matrices.
An invited expert will give a presentation on new information on the debromination of brominated flame retardants.
Debromination is an important mechanism for the ultimate degradation of PBDE.
Theoretically this presence could also be explained by the transport of DecaBDE and its subsequent debromination.
Reported debromination products included nona-, octa-, hepta-, hexa- and pentaBDEs.
He also reported that the group had not looked into the matter of the chemical's transformation products and, hence, debromination.
In soil, debromination of BDE-209 is assisted by the presence of plants Du 2013, Huang 2010a, 2013, Lu 2013, Wang 2011a, 2014.
Ms. Heather Stapleton, an invited expert from Duke University,then gave a presentation on debromination of decabromodiphenyl ether.
Details on time scale of debromination in different media e.g. in landfills, sediments, soils, atmosphere, biota.
There was a high level of uncertainty associated with the suitability of the current risk assessment approach for secondary poisoning and the debromination issue.
Due to debromination, organisms are moreover co-exposed to a complex mixture of PBDEs, including the already listed POPs BDEs.
A quantitative estimation cannot be presented yet, but the debromination process has been already reported for aquatic organisms, mammals and birds.
Debromination is also shown in studies with higher vertebrates, including birds, fish and rodents ECHA 2012a, c, UK EA 2009, ECA 2010, POPRC 2013a.
However, it is not realistic to assume that DecaBDE debromination may explain the process without additional transport from other congeners.
Due to debromination of c-decaBDE and past releases of commercial penta- and octabromodiphenyl ether organisms are often exposed to a multitude of PBDEs.
A quantitative estimation cannot be presented yet, but the debromination process has been already reported for aquatic organisms, mammals and birds.".
In addition, debromination of PBDEs to more toxic PBDEs is a reason for concern in several assessments UK EA 2009, ECHA 2012a, c, ECA 2010, Kortenkamp 2014.
It was suggested that the Committee should continue to evaluate the emerging information on debromination and that it might examine the question at the next meeting of the Committee.
Absorption and debromination rates may be more important for bioaccumulation rates of PBDEs in zooplankton, polar cod and ringed seals.
The authors noted that body burdens of PBDEs may thus reflect direct uptake from exposure as well as debromination of more highly brominated congeners.
Newer studies indicate that debromination of decaBDE and formation of c-OctaBDE congeners can occur indoors under normal ambient conditions.
Therefore, risk associated with components of PentaBDE may be due to the use of OctaBDE or debromination of highly brominated PBDEs, in addition to the use of PentaBDE itself.
Debromination to lower brominated PBDEs with PBT/vPvB and POP properties that are known to have significant adverse effects ECHA 2012a, POPRC 2013a, POPRC6 and POPRC7.