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Existence of a novel Hg2+ -reducing enzyme system, in which mercury resistant aa3-type cytochrome c oxidase catalyzes the reduction of Hg2+ with reduced mammalian cytochrome c or Fe 2+ as an electron donor to give Hg0, has been shown in iron-grown MON-1 cells.
There has been no reports on the mechanism of Hg2+ reduction by sulfur-grown A. ferrooxidans cells.
There has been no reports on Hg2+ reduction in sulfur-grown A. ferrooxidans cells.
The strain was able to grow on 1% sulfur medium (pH 2.5) with 10 µM of HgCl2 and with 0.2 µM of phenylmercury acetate (PMA) (data not shown). 3 Activities of Hg 0 volatilization from HgCl2 and PMA and MMC.
In contrast, the activity was completely inhibited by 1 mM of NaCN (data not shown).

Preparation of data: includes the standardization of the data characteristics, and dimensionality reduction of high dimensional data.
Results and Analysis of Experiments Data Sets.
To investigate the effectiveness of the algorithm, it is applied to the following three UCI data sets [2], Iris data sets, and Wisconsin breast cancer: Original (BCW) data sets and Abalone data sets.
These data sets are widely used in performance tests of fields of pattern recognition, data mining and so on.
Table 2 shows the nature of these data sets.

Synthesis and Characterization of Li0.97K0.03FePO4/graphene Composites by Carbonthermal Reduction Method Yan Wanga, Zhe-sheng Fengb, Lu-lin Wangc, Jin-ju Chend, and Zhen-yu Hee State Key Laboratory of Electronic Thin Films and Integrated Devices, University of Electronic Science and Technology of China, Chengdu 610054, China awangy_cd@qq.com, bfzs@uestc.edu.cn, ccygnet821@gmail.com, djinjuchen@uestc.edu.cn Keywords: Lithium-ion batteries; carbothermal reduction method; Li0.97K0.03FePO4/graphene Abstract.
Li0.97K0.03FePO4 and Li0.97K0.03FePO4/graphene composites were synthesized by carbothermal reduction method using acetylene black as carbon source.
In this paper, we choose acetylene black as reductive agent and carbonaceous coating source to prepare Li0.97K0.03FePO4 composites by carbothermal reduction method.
X-Ray diffraction (XRD) data was collected by Rigaku D/MAX-rA X-ray diffractometer with Cu radiation for 2 ranging from 10 to 70°.
Conclusions In this paper, Li0.97K0.03FePO4 and Li0.97K0.03FePO4/graphene composites were successfully synthesized by carbothermal reduction method using acetylene black as carbon source.

The NRS extracts useful information based only on the data itself, and is used for redundant attributes reduction to make the selected features more objective.
But Pawlak’s Rough sets originally proposed to deal with categorical data, for numerical data must be processed after the discretization.
First, each attribute of the data sets are normalized to the range of 0~1, and then divided into two parts randomly, 60% of the data as training sets, 40% of the data as testing sets.
From Table 4, when the samples of the data sets are certain, the reduction features effectively shortened the operation time, especially for the data sets which have more samples, such as DALL, the effect became more obvious.
IEEE Transactions on Knowledge and Data Engineering 16(12) (2004)1457-1471

Through the analysis of existing data, the shaft tower vibration characteristics and seismic behavior research is analysed and forecasted.
All of these four scheme have a better vibration reduction effect more than 80%.
Dynamic tests conducted on a R.C. shaft tower erected by the “preconstructing and wholly shifting” method under the conditions of non-fixed, wholly fixed and partially fixed basements, and analyzes the dynamic characteristic discrepancies of the free vibration frequencies, damping ratio and vibration modes measured by different test recording methods as well as the effects of fixation conditions of basements on the dynamic characteristics of structures, providing the reference data for the design of shaft towers in [15].
It is induced natural vibration period experience formula [18] suitable for more than 60 tower tower data as the sample built in China 's representative which had measured the vibration period, through the regression analysis of mathematical statistics method fitting out two for 20 meters to 65 meters in tabl.1.
All of these are the base of vibration reduction and seismic design of the shaft tower.

However, there is no data regarding its antimicrobial potential.
The percentage of biofilm reduction was nearly 65%.
However, there are no data regarding its antimicrobial potential.
In addition, the percentage of biofilm reduction was nearly 65% (Figure 1).
Bacteria Polymerized adhesive Control Streptococcus mutans ATCC 25715 0.530+0.041* 1.492+0.020 Lactobacillus casei ATCC 334 2.525+0.176 2.583+0.128 Actinomyvces viscosus ATCC 19246 1.492+0.117 1.529+0.076 data expressed as mean optical density + SD * significant difference from control Discussion Dental adhesives are generally aimed to provide retention to composite fiilling materials or composite cements.

Before analysis, arcsine transformation was applied on germination data.
Data are the means of nine replicates±se (P<0.05).
Data are the means of nine replicates±se (P<0.05).
Data are the means of nine replicates±se (P<0.05).
Therefore, previous data suggest the existence of plant eATP signaling.

Ratio of Magnesium in Prepared High Titanium Ferroalloy with Titanium Concentrate and Titanium Slag by Thermite Reduction Man-tang DING College of Resources and Environment, Pan Zhi Hua University, Panzhihua ,Sichuan 617000,China email: dmtpglgc@126.com Keywords: High Titanium Ferroalloy, Aluminum Magnesium Process, Titanium Concentrate, Titanium Slag, Ratio of Magnesium, Thermite Reduction Abstract: Titanium concentrate and titanium slag were used to prepare high titanium ferroalloy to reduce cost.
It was prepared using of scrap metal titanium, but the shortage of resources of scrap metal titanium has seriously hampered the yield of it. (2) Metal thermal reduction method[2,3].
Rutile, titanium concentrate, aluminum powder, (or magnesium powder and other metals) were used to prepare high titanium ferroalloy by thermal reduction method.
Table 3 The influence of ratio of raw materials on the experimental data Titanium concentrate [g] Titanium slag [g] Aluminum [g] Lime [g] Fluorite [g] BaO [g] B2O3 [g] KClO3 [g] Weight of titanium ferroalloy [g] [Ti] in titanium ferroalloy [%] [Al] in titanium ferroalloy [%] 150 350 290 45 15 5 10 80 153.0 62.2 4.3 100 184.6 66.4 4.1 125 175.5 67.7 5.9 Ratio of Magnesium.
They will make TiO·Al2O3 to be formed very difficult, and promote the Ti reduction [6].

The data showed that L. ferriphilum was able to utilise ferrous iron at low-level concentrations of SCN- (0.25 mg/l to 1.75 mg/l), however exhibited a reduction in oxidation rate relative to the control (0 mg/l).
Historical process data suggests that the biooxidation community is highly sensitive to SCN- with the empirical limit supposedly 1 mg/l [2, 3].
To date, no kinetic data or information pertaining to the iron oxidation performance of L. ferriphilum in the presence of SCN- is available.
The data indicated a decrease in oxidation rate compared to that of the control.
Sensitivity of L. ferriphilum is evident from the data presented in Figure 1 and Table 1.

Introduction Since the beginning of Ti alloy production in the late 1940's, Ti sponge has been produced by either the Kroll (magnesium reduction) or Hunter (sodium reduction) processes [1].
The inspection data clearly reveal the handling defects (~50µm in size, identified by arrows) against the almost zero background noise levels.
Tensile data from this material, Figure 3b, showed a 0.2% yield strength of 1035MPa, an ultimate tensile strength of 1170 MPa and a plastic elongation to failure of 7 percent, while the modulus was about 117GPa.
Highcycle fatigue (HCF) data obtained from this material is shown in Figure 3c, where it is compared to identically tested AMS 4921 Grade 4 CP Ti bar, and literature Ti-64 data [5].
The data show meltless Ti-0.9B material has a runout stress (10 7 cycles) 275 MPa greater than CP Ti, and 240MPa greater than Ti-64 bar.