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Besides record keeping, the TRI also specifies the approach of revising TRI data.
As to new monitoring data, new emission factors, new chemical concentration data, recalculation or others, facilities may want a revision and submit a request form.
Furthermore, the Swedish PRTR data is reported to the EU every year, with a typical reporting process of 1) reporting by operators, 2) checking data quality and clarifying responsibilities, 3) data review and 4) reporting by the government [20].
After compiling, the national government publicizes those data submitted [15].
N/A: Not available or not answered A “Yes” for public dissemination of full (raw) data; “No” for public dissemination of aggregated data sets.

It applied Taguchi method to solve problems in the reduction of processing load and thermal impact evaluation of the periphery by quill design and aimed to design an ideal tool form.
Taguchi Method Taguchi method is a kind of experimental planning method and refers to planning to obtain the maximum information about how to make experiments on the problems to solve, how to collect data and with what statistical method to analyze the data with the minimum number of times of the experiments.

The experimental data indicates that the extraordinary and ordinary indices depend on the Hf 4+ ions concentration showing a singularly for a dopant level of ~ 2.7 mol%.
The concentration threshold for the reduction of the optical damage has been reported to be ~ 5-7 mol% in the case of Mg 2+ and Zn 2+ and ~ 1 mol% for Sc2O3 oxide [4].
Although the precise detail of the reduction of the optical damage in LiNbO3 is still an open question however this work, as part of the series investigating the effect of cation valence, shows a relationship between the valence of the codoped cation and the threshold level needed to inhibit optical damage.

The experiments were performed by an autonomous device which was in turn composed of control and heating system, battery pack and data acquisition system.
Fig. 2 shows the aspect of the specimen with a reduction of 62% before and after the memory step.
Fig. 2 Memory step in constrained conditions, height reduction = 62% (hfin = 20 mm).
Temperature data logs and video cameras were used to measure the foam recovery as a function of time.
The lower volume contains the control unit including the heating system, a camera and the experiment unit with its data acquisition system.

At the same time, data calculation can provide the theoretical evidence for the factory manufacturing lines.
It is an approximation algorithm that discards the no-linear factor in the structural construction, but data of such kind method is not as accurate as the actual structure of the construction and installation.
As for the live load factor, considering the transverse fold reduction of the train, the value of reduction coefficient changes with the increase of the number of lanes.
By using the ultimate cumulative displacement and the data of target design linear, we can calculate the stress free alignment required in the design of steel box girder, and manufacturing alignment.

Test data are statistically analyzed and passing ability is evaluated according to the requirements of GB 1589-2004.
Test data are statistically analyzed and passing ability is evaluated.
Fig. 1 Test schematic Fig. 2 Result of Test Analysis And Evaluation on Test Data (1) 2-axle 40 feet container semitrailer 32 times data are collected in turning clearance circle test in mm, the same as follows, as show in Fig2.
(3) 3-axle van semitrailer 30 times data are collected in turning clearance circle test, as shown in Fig. 4.
Test data are statistically analyzed and the passing ability is evaluated according to GB 1589-2004.

The data is dispersedly saved and processed.
The layer extracts, integrates and transforms the operating business data in order to organize data around the morality of load and charge and store it into dispatching data warehouse.
Data warehouse takes power grid running data in different areas as data sources.
Thus the most important question is how to gather distributed information sources together into data warehouses so that when data sources change, materialized views in data warehouses can change with original data and dispatchers can make a correct decision in time.
As a result, we can conveniently gather data in partial database into data warehouse.

The reduction rate of water absorption was the greatest when the rice straw was soaked in seawater after SH agent for 14-day and which had the biggest maximum elongation and maximum tension yet.
Basic steps of grey correlative method are as follows: analyzing the data and setting an ideal sequence as the reference system, if there is a sequence that is the closest to the ideal sequence, it has the largest relative degree and it is the optimal scheme.
Liu analyzed the experimental data of chemical ingredients and slaking index by using grey correlative method [18].
Experimental Data Experimental data of water absorption, maximum elongation and maximum tension of rice straw which soaked in seawater, running water and seawater after SH agent for different time are shown in Table 1.
The reduction rate of water absorption is the greatest when the rice straw is soaked in seawater after SH agent for 14-day.

Because of this, STEP standard contains not only geometrical data bust also other product data, not included in such data exchange standards like IGES or VDA-FS.
ISO 14649-1 [8] contains the introduction and basic information abort the data structure, ISO 14649-10 [9] contains feature definitions, and process data.
Turning -specific data is described in ISO 14649-12 and ISO 14649-121.
Data structure The simplified data model of STEP-NC is presented on Fig. 1.
Industrial automation systems and integration – Physical device control – Data model for computerized numerical controllers – Part 10: General process data, 2004 [10] ISO 14649-11:2004 Industrial automation systems and integration – Physical device control – Data model for computerized numerical controllers – Part 11: Process data for milling [11] B.

The RRA temper with retrogression at 180°C for 60 min improved electrical conductivity remarkably (reached 21.0MS/m), with only a 3% reduction in strength below T6 temper.
Each datum is the average of three samples.
Based on these measurements, some RRA treatments with electrical conductivities close to that of T73 temper, and only with some small reductions in strength below T6 temper.