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Calculated：the number of milligram of FAAs in the sample for each 100g is 0.5*m/m0.
n refers to the number of essential amino acids (EAA) which is for comparison; A1，A2，A3，…，An refer to The EAA content of protein in the sample.
Grain has not enough lysine which is easy to be broken during cooking process[10].

For instance, it has been shown in a number of articles [1-4] how the presence of casting defects either as micro, or macro porosity, affects the fatigue life of steel castings.
During bending a number of cracks opens up at each side of the hole at the top side of the bend, because of stresses due to the notches formed by the hole.
Most likely the observed differences in behavior between the two material variants, i.e., the hot forged and the cast material, are due to differences in microstructure, as hot forging must provide smaller grain size in the material.

Here, the applied centrifugal force was G number of 80, where the G number is the centrifugal force in units of gravity.
Term)×Wgb (m3/s) 1.71×10-4 - Activation energy (J/mol) 1.42×105 - Atomic volume (m3) 1.2248×10-29 - Grain size (m) 0.3×10-6 - Diameter of a particle is 150×10-6m, Dint×Wint is assumed to be the same value as Dgb×Wgb for Al.

It has previously been shown that the dry grain weight of wheat seed from a wheat field that had been irrigated with SDBS-polluted water was lighter than the weight of wheat seed that had been irrigated with clean water.
It was dried at 40°C, ground in a glass mortar, and then sieved with a 100 mesh sieve.[16] Experimental Methods Four beakers (250 ml) were numbered 1*, 2*, 3*, and 4*.
A magnetic stirring rod was placed into each of the four numbered beakers.

Both the a-phase and the a’-phase exhibit the fcc structure and differ by hydrogen content only, i.e. by the average number of octahedral sites occupied by hydrogen [1].
There are many reports that hydrogen can be trapped at open volume defects like vacancies [6], dislocations [7,8] and grain boundaries [9,10].
In order to reduce the number of fitting parameters the lifetime of the dislocation component was fixed at the value t2 =160 ps, which is known from LT measurement of cold rolled Pd [21], and the lifetime of the vacancy component was fixed at t3 = 200 ps known from theoretical calculations [20].

That is because heating above the BTT at the finishing steps of heat- and thermomechanical- treatments leads to strong grain growth, followed by mechanical properties degradation.
Presently BTT is determined mainly by means of a structural analysis of specimens quenched from the BTT interval [1-3], but it has a number of disadvantages: labour intensity; low efficiency; as well as subjectivity in some cases.
To limit the number of factors affecting the DSC results, all the chosen alloys were characterized by a value of aluminum equivalent from 8.5 to 10.5.

The Ca2+ ion has a coordination number of 12, located in the center of the unit cell, and each Ti (IV) core has a coordination number of 6 [2].
The irregular shapes and large grain sizes also indicate the agglomeration due to the high-temperature calcination synthesis.

In the casting filling process, mechanical vibration shows the remarkable effect on dendrite fragmentation, grain refinement, flow of metal, shrinkage cavity improvement, porosity and casting performance, which have been proven in the studies of F.Taghavi, H.Saghafian, Zhao Jianhua, Zhao Zhong, Jiang Fan, etc[1-5].
More often than not, conclusions are drawn on the basis of a large number of experiments in vibration filling studies at present.
(a) Early filling (b) Mold filing (c) Difficult filling (d) Full Fig. 5 The filling process in multidimensional vibration The Simulation Test Results and Analysis Table 3 Test Design Scheme (L9 (34)) and Results Test number A B C Null column Filling Time yi/(s) 1 1 1 1 1 7.54 2 1 2 2 2 7.37 3 1 3 3 3 7.21 4 2 1 2 3 7.18 5 2 2 3 1 6.97 6 2 3 1 2 7.02 7 3 1 3 2 6.81 8 3 2 1 3 6.72 9 3 3 2 1 6.58 K1 22.12 21.53 21.28 21.09 K2 21.17 21.06 20.99 21.20 K3 20.11 20.81 21.13 21.11 k1 7.373 7.176 7.093 7.030 k2 7.056 7.020 7.043 7.066 k3 6.703 6.936 6.996 7.036 Range R 0.670 0.24 0.096 0.036 Factors sequence A＞B＞C Table 3 lists orthogonal experiment results in filling under multidimensional vibration.

The grain size at the austenitizing temperature must be known for calculation of microstructure composition.
If the total volume is divided in N number of control volumes, discretization system has N linear algebraic equations, with N unknown temperatures of control volumes.
For axial symmetric body a system of 2N linear algebraic equations with 2N unknown displacements can be formed, where N is number of control volumes.

Plug plugging close-grained pasted protective film in advance. 6.
Construction Sequence    Nesting→Selection of stone material→Procession, Numbering→Production and acceptance of steel frame→External wall base treatment→Grade division stringing on wall surface→Fix of steel frame→Examination of smoothness and firmness→Fix of stone material→Cleaning of surface and caulking→Filling sealing stripe and sealing glue→Cleaning→Acceptance。 
Number the stone panel, clean off the floating dust and noise pollution, and brush unsaturated resin adhesive on the back