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The concentration of the afterwards formed blue complex by reduction of the yellow complex was measured at 660 nm using a spectrophotometer.
Table 1 The physiological and biochemical characteristics of the HPP16 experiment name result experiment name result experiment name result gelatin liquefaction test + glycolysis test + Amino acid decarboxylase test none - Methyl Red Test - determination of inositol fermentation acid + Gly - Gram reaction - crystallization trials produced dextrin test - Leu - Catalase test + Cellulose hydrolysis test - Salt tolerance test 0 + Nitrate reduction test + H2S test + 3% + Starch hydrolysis test + Indole test - 7% - V.P.test + Lactose fermentation test + 9% - Phenylalanine deaminase test - Urease test - 11% - Citrate test + Cellulose hydrolysis test - TSI test + SIM test - Annotation：+ test positive；- test negative 16S rRNA gene sequencing and data analysis of the Strain HPP16 The nucleotide sequence of the nearly full-length 16S rRNA gene of isolate HPP16 was directly obtained by Shanghai Shenggong Biotechnology Co.
Ltd and has been deposited in GenBank data bank under accession number GQ866854.

Scaffold chemical treatment resulted in a reduction of surface feature dimensions, and therefore increased surface roughness.
Data provided statistical evidence of an increase in the average pore diameter (with a resulting increase in percent porosity) of the nano- compared to conventional PU and PLGA.
Average pore diameter and percent porosity values were determined through evaluation of two SEM micrographs; multiple pores were measured within these pictures to obtain average pore diameter data.
In addition, physical changes (like an overall reduction in surface feature dimensions, increased surface roughness, increased pore diameters, etc) took place in the scaffold as a result of its degradation.

For medium and small stands, the effective way to reduce the roll bouncing is to reduce the length of the rolls, i.e. to reduce the ratio of roll length L and roll diameter D (L/D) [2].The reduction of roll life dues to shortage of roll length which can be mitigated by improvement roll surface hardness and application of comprehensive roll (High strength steel core with high hardness coat) etc.
Table 1 Dividing shear technical data Technical data Low temp. cutting capability High temp. cutting capability Max. stocks size [mm] Φ40 Φ65 Lowest temp. of stocks surface [℃] 300 800 Speed range of stocks [m/s] 4~18 1.8~18 Max. tensile strength of stocks [MPa] 540 150 Movement Trace of Blade under Crank Mode.
At the same time, many requirements about roll neck and stiffness are raised because of big reduction process is used.

In the reactive or reduction process, the products of the combustion step, i.e. water, CO2, CO and incombustible biomass.
Based on the available data and information collected, several assumptions are made to proximate and simplify the simulation model: · The gasification product gas contains CO2, CO, H2 and CH4 · The gasifier is operated under a steady state, and the reactions are at thermodynamic equilibrium · Tar and ash formation are negligible and hence do not participate in the chemical reactions Process Flow Description.
However data from experimental observations especially on the kinetics on a similar process may improve the accuracy and applicability of the technical evaluation of the date pits gasification process.
Sharma, Equilibrium and kinetic modeling of char reduction reactions in a downdraft biomass gasifier: A comparison, Solar Energy. 82 (2008) 918-928.

This scheme uses fixed inclinometer as its main appliance and achieves wireless data transmission.
Plaxis2D calculates slope safety factor with phi/c reduction and illustrates the critical slip surface as well.
The data stream of the slope safety automatic monitoring system for Road No.1 in Congo is described in Fig. 2.
Fig. 2 Data stream of the automatic monitoring system Measurement data and equiqment status information will be transmitted along the path in Fig. 2 and finally shown in charts to data users.
So the installation of inclinometer tubes and initial data reading should be in strict accordance with the requirements.

The most significant change is attributed to the reduction in the particle size of cotton.
On the other hand, a reduction in particle size reduced the oil sorption capacity of cotton significantly.
Scarberry: Sorbents for Liquid Hazardous Substance Cleanup and Control: Noyes Data Corp., Park Ridge, NJ (1988) [6] P.

It was clearly observed that the friction materials with modified resin showed significant reduction in fade %.
Introduction Brake fade is the reduction in stopping power that can occur after repeated or sustained application of the brakes, especially in high load or high speed conditions.
It is fully computer controllable and involves data acquisition software.

Finite element modeling was used with experimental data obtained from tension and compression testing.
In addition, compression tests were conducted at similar temperatures and strain rates to obtain flow stress data for flow localization analysis.
Barreling effect during compression test from friction was corrected to increase the reliability of the stress-strain data.
The constitutive equation is from regression of hot compression data (see in Fig. 2).
The modeling was performed using experimental data obtained from the tensile and compressive testing of the alloy. 2.

Since most countries set the lateral reduction factor of two-lane driveway to 1.0, i.e. without considering the reduction of lanes, so the sample bridge is loaded in two-lane driveway in lateral section.
It can be seen from the data in Figure 2 that: the effect size of shearing force combination according to the norm of Europe is the largest, and it is smaller for America.
It can be seen from the data in Figure 4 that: the effect size of shearing force combination according to the European norm and British norm is the largest, and it is smaller for American norm.
It can be seen from the data in Figure 6 that: the effect size of shearing force combination according to the norm of Europe is the largest, and the effect size of shearing force combination of American norm is the smallest.
It can be seen from the data in Figure 8 that: the effect size of shearing force combination according to the European norm and British norm is the largest, and it is smaller for American norm.

However, there has been an accumulation of experimental data attesting that the mechanism of total water oxidation is more complex.
Therefore, reduction of the band gap of TiO2 from 3 eV (for rutile) always must lead to enhanced performance.
However, the contribution of the impact of the band gap reduction and other KPPs on the conversion depends on the factors mentioned above.
Since TiO2 exhibits an outstanding corrosion and photocorrosion in water, the TiO2-based systems are the best candidates for generation of the empirical data that could be used in derivation of reliable theoretical models.
Accordingly, the studies on processing the TiO2-based systems for solar energy conversion aim at reduction of the band gap from the level of 3 eV (rutile) to a lower value.