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Crop climate potential productivity estimate is the basis of enhancing grain comprehensive production ability, and it can provide important theoretical guidance for the agricultural productivity layout, agricultural structure adjustment and ensure the national food security.
At present, a large number of researches are based on a regional climate potential productivity’s time-space distribution characteristics.

In scientific literature, DSA in Inconel 718 superalloy has been approached by a relatively small number of researchers [1-8] and various mechanisms are proposed.
Studies have shown that the OAIC process in Inconel 718 is caused by the diffusion of niobium and oxygen to the grain boundaries [12, 18], where this causes the formation of a brittle niobium oxide (Nb2O5) leading to cracking.

In addition, a large number of rounded grains with the film thickness of ~150 nm were observed in a cross-sectional SEM image of TiO2 film (Fig. 2(b)).

With the increase of phosphoric acid content, the connections between the particles are getting closer, the number of pores is increases significantly, and the pore size becomes bigger.
Combustion synthesis of high porosity SiC foam with nanosized grains.

The quartetin content in each replication stated as the equivalent of a newsletter is a general reference for measuring a number of queries contained in a material Result and Discussion Table 1.
The influence of total phenols content on antioxidant capacity in the whole grain extracts.

Table 1 Physical Properties of Soil Samples Type of Soil Samples Grain Composition (%) specific Gravity of Soil Particle GS Liquid Limit ωL (%) Plastic Limit ωP (%) Plasticity Index IP 2~ 0.5 0.5~ 0.25 0.25~ 0.075 0.075 ~0.05 0.005 ~0.01 0.01~ 0.005 < 0.005 < 0.002 Clay -- -- -- 0.8 29.3 18.8 52.5 30.7 2.76 44.6 21.5 23.1 Silty Clay 0.3 8.2 25.6 7.0 38.8 7.8 12.3 8.7 2.71 27.2 16.9 10.2 Test Design First, the soil 200g in weight mixed with the water 1000g in weight.
The number of the sample was respectively as LA and LB, and non-woven fabric was layed on the bottom of LA to permeate water.

Introduction The Pearl River Delta is a relatively developed region in China, in recent years a large number of projects such as highway, railway, municipal roads, skyscrapers and large buildings ect., the widely distributed modern sedimentary soft soil in the region brings great difficulties to the constructions of different projects due to its high moisture content and compressibility, low strength, high plasticity index and low permeability.
A lot of research and practice has confirmed that in addition to its material composition and grain composition, the engineering properties of soft soil are closely related to the microstructure of the soil and dominated and controlled by it, such as the shape, distribution, mode and connection of particles, the morphology, scale, cemented form, voids scale and porosity of micro-particle polymers etc [3-4].

The loosened grain material on the asphalt pavement shall impact the safety of driving during transit of automobile.
As the permanent airport, there are many methods for reporting bearing strength of pavement, e.g., the airplane total quality report, the allowable load of a main landing gear of airplane, the load class number method (LCN), the airplane classification method, the load classification grade (LCG) can all be used to report pavement strength[2], the commonly recognized method is ACN-PCN method proposed by International Civil Aviation Organization.

The object detected by the system is solid grain not spray. [7] proposes a monitoring method for each components’ concentration with tunable diode laser absorption spectrometer (TDLAS), but the technology is far more expensive and it is still only an academic technology [8].
Acknowledgement The project is supported by Shanghai Municipal Science and Technology Commission (Project number: 12dz1200303) and Shanghai semiconductor lighting Engineering Research Center.

While most studies aim their efforts toward characterizing grain growth and impurities, the scientific consensus regarding the impact of pressure and temperature on the carbide phases is: 1.
The fully connected layer is in charge of pooling all the information together and reducing the number of inputs from s × s to just two, one for each solidification microstructure.