Sentence examples for biomass research from inspiring English sources
Due to special historical reasons, China did not participate in the International Biological Program (IBP), initiated by the International Union of Forest Research Organizations IUFROO), during the period of 1964 1974 and thus missed the golden development stage of forest biomass research.
As nucleotide sugars in plants are responsible for the conversion of sun energy into usable plant biomass, research in this area is essential for a better understanding of the enzymatic pathways necessary for nucleotide sugar production [ 1].
The development of Brachypodium as a model species is of particular value in the areas of cell wall and biomass research, where differences between dicots and grasses are greatest.
This article provides a broad review of the state-of-art biomass pyrolysis research.
A diagram is presented about the organization links and funding of biomass energy research activities in Brazil.
The current work provides a powerful tool for small-scale biomass boiler research and development with a perfect trade-off between quality in predicting physical trends and low computational running time.
Recently developed experimental technologies, such as Py-GC MS/FID, TG-MS/TG-FTIR, in situ sPy-GC MS/FID 2D-PCIS, isotopic labeling method, in situ EPR and PIMS have been employed for biomass pyrolysis research, including online monitoring of the evolutinn of key intermediate productsitud the qualitative and quantitative measpectroscopythe pyrolysis products.
One of the most popular types of liquid chromatography column used in biomass conversion research is a polymer-based matrix of polystyrene-divinylbenzene (for example, BioRad Aminex® HPX-87H, Phenomenex Rezex™-RFQ) [ 28, 37].
Recent discoveries in enzymology and biomass degradation research continue to reinforce the view that the hallmark of efficient breakdown of the highly recalcitrant plant cell wall complex is the synergistic activity of many enzymes.
The recent completion of the genome sequences of several important tree crops has enabled us to develop the TreeTFDB (http://treetfdb.bmep.riken.jp/index.pl) to accelerate biomass engineering researches for development of bioenergy resources through genetic engineering of TFs.
Within that category, the development and deployment of biomass and biorefinery research, and advanced manufacturing, got the biggest increases.
