Sentence examples for processes of rice from inspiring English sources

A significant difference is observed in kinetic parameters of rice husk for different varieties which indicates that design parameters for industrial processes of rice husk would be different.

It is thus obvious that we must understand the actual roles they play in the physiological processes of rice, as well as the ways these roles may be altered in order to predict rice yields in the future.

Although air temperature has conventionally been considered in the physiological processes of rice, the parameter of leaf temperature is more significant from the perspective of the energy balance on the leaf level, photosynthesis, and transpiration ([Morison and Gifford 1984]; [Lasseigne et al., 2007]).

The presence of Aspergillus and Penicillium species during the fermentation process of rice wine is inevitable.

Thermogravimetric analysis was employed to study the reaction characteristics during carbonization or combustion, indicating that decomposition process of rice husk could be divided into three temperature zones.

The only reasonable explanation appears to be the important role of hybridisation introgression in the evolutionary process of rice after it was domesticated.

Therefore, in this review, I propose a new draft model to explain the process of rice domestication, with an emphasis on japonica rice, in the hope of stimulating further discussion and the research required to test the model.

The kinetic model with reaction order n > 1 [i.e., RO(n > 1) = (1 − α n] described the degradation process of rice straw fiber fairly well in a temperature range up to about 265 °C.

Sharma et al. (2014) suggested the use of different fungal, bacterial and actinomycetes inoculants to hasten the composting process of rice straw by lowering C N ratio to 15:1 within 60 days of incubation.

During the process of rice introduction at higher latitudes, breeders have selected lines with weaker sensitivity to photoperiod to produce an early heading date so as to ensure maturity during the period of optimal climatic conditions.

Although understanding of the complexity in the process of rice domestication is meaningful, in order to consider this rice case as a model of plant evolution and pick up the general messages on crop domestication, it will be necessary to highlight critical points (or events) in the rice domestication process and to develop as simple as possible a model of the domestication process.