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Fig. 5 B analyzes the log([HCB]) and log(rate) data, confirming the kinetics observed.
[20] Safety Data Sheet of Pentachlorobenzene, Agilent. https://www.agilent.com/cs/library/msds/RCP-030_NAEnglish.pdf
[21] Safety Data Sheet of 1,2,4-Tetrachlorobenzene, Fischer Scientific. https://www.fishersci.com/store/msds?
[22] Safety Data Sheet of 1,2,3,5-Tetrachlorobenzene, Agilent. https://www.agilent.com/cs/library/msds/RCP-028_NAEnglish.pdf
[24] Safety Data Sheet of 1,3,5-Trichlorobenzene, Agilent. https://www.agilent.com/cs/library/msds/RCP-026_NAEnglish.pdf

In this case methodology allowing reduction of manual data acquisition rate is required.
At the same time they generate new data resulting from the operation of control algorithms processing original data from primary sources, so they can be also considered as primary data source for another type of data.
In these methods worker intervention may be required, but it is minimized and the actions of the employee are supported with hardware and software solutions, that enable the reduction of the error rate of data acquisition and increase its speed.
Main MIAS subsystems are data acquisition, data integration and data archiving, sharing and presentation subsystems (Fig. 3).
Main functions of MIAS are: automatic or semi-automatic data acquisition from various sources, data integration (including data pre-processing and aggregation), data archiving in real-time, highly-maintainable database, communication interfaces between all elements of MIAS, data sharing and presentation, command channel.

Thus to meet mid-to long-term CO2 reduction targets, cost-effective CO2 separation technologies are key issue.
Table 2 summarizes literature data on the pros and cons of CO2 separation techniques [4-7].
The methods to calculate the costs for each of the cost categories and the entire data are drawn from them (Table 4).
The economic data of MA case are superior to MEA case contributed to the favorable operation and low solvent losses, meaning that using membrane gas absorption process can save the capture investment and reduce CO2 avoided cost.
Compared the data revealed in Fig. 3 and 4, effect of regeneration energy requirements on CO2 avoided cost is more sensitive than that of capital cost.

It is through the control of building system terminal equipments, data exchange mode and control layer, and update the mechanical and electrical equipment control logic, to achieve the purpose of implementation of green energy-saving renovation project.
The use of this technology to radically reduce the construction cost, and not just make the energy consumption of building system control, and a substantial reduction in cable laying, metal used, battery replacement, pollutants brought about by the construction cost.
High density of radio equipment, may cause delay or loss of data transmission.
Comparison of several passive wireless technologies which be used in the field of green building currently, refer with Table 1: Table 1: Several passive wireless technologies in the field of green building EnOcean Z-Wave or KNX-RF ZigBee (802.15.4) ZigBee (802.15.4) Bluetooth (802.15.1) WLAN (802.11) Frequency (MHz) 868/315 868 868 2400 2400 2400 Data rate (KB / sec) 125 9.6/20 20 250 720 11-54 Minimum   length of cable (MS) 0.6 20 30 4 0.7 - Energy demand (including the start) Very low Low Low Low Medium High Frequency band of basic load level Low Low Low High High High Data collision risk Very low Medium Medium Low Very low High No battery wireless transceiver Yes No No No No No Life cycle cost Very good Good Good Good Good Not so good Based on the following objective solution is preferred Maintenance-free passive wireless sensor system Battery power of wireless sensing system Battery power of wireless sensing system Battery power of wireless sensing system Computer
In the globalization trend of green building, energy conservation and emissions reduction, passive wireless technology will be one of the best choice of the green building system.

Two keywords were used to search from the secondary data which are environmental education (EE.) and waste management.
Subjects and Methods Subjects: This is a reviewed article with the relevant literatures from secondary data resources with two keywords: environmental education and waste management.
The secondary data resources were from internet, textbook, online journal article; such as, Science direct, and research report.
Methods: After that, all research data was compiled, analysed, synthesised, and described respectively as follows.
Pengmuen (2006) [11] Learning activities (Training of waste, Field trip of waste management and waste reduction management project, Appreciation-Influence-Control (AIC) activity for waste reduction project, A summary of the learning activities and the cleanliness protection club - Knowledge: waste management - Awareness: waste management - Attitude: waste management - Participation: AIC activity about waste reduction and cleanliness protection club M.A.

N2 adsorption/desorption data show that the highest surface area of aerogel fibers reached 241.6 m2/g with the average pore diameter about 10 nm.
With the reduction of the TiO2 content, the fiber continuity of the sample decreases, and the fracture becomes more severe.
With the reduction of the TiO2 content, the porosity of fibers increased gradually.
When MPVP: MTiO2 is more than 2.13, the porosity of aerogel fiber gradually decreases with the reduction of the TiO2 content.
The BET surface area, pore volume, and average pore diameter calculated from the N2 adsorption data are listed in Table 1.

The results obtained by diffraction of X-rays showed that complete reduction and carburization of APT have been took place resulted in pure WC formation.
The decomposition, reduction and carburizing reactions were done at 850 °C with heating rate of 10 °C / min with 120 minutes isothermal heating.
Obtained with deviation of S = 2.22 from the data of literature.
Table 1 presents some of the key data acheived from refinement of X-ray diffractogram of WC.
Table 1 Refinement data of tungsten carbide from Maud Software.

This pump may be used for slow liquid medicine injections for the purpose of pain reduction in a wide spectrum of inpatient treatments as well as for tube feeding in patients incapable of eating solid foods.
Local manufacturing of goods and equipment has many advantages including a reduction in transportation costs in and out of the country, foreign goods guarantee and repair costs, internal employment opportunities created and on a wider scale independence and self-sufficiency and national scientific development.
Data was collected from twenty users including nurses, repairmen and patients from hospitals and private clinics in Tehran and Isfahan cities during the winter of 2011.
Data analysis and processing was performed to determine the design criteria for the infusion pump body and encasement as follow: Performance Criteria · Use of horizontal door for ease of line installation and connection; · Reduction in production costs and producible with present technologies; · Use of touch screen monitors; · Use of standing or stationary form and design; · Creation of visual balance for viewer's mental relaxation; · Ease of operation and minimizing steps in using and operating the machine for quick remembrance of tasks performed; · Use of remote control; · Equipped with alarm systems to point to technical problems; · Capability of saving data in the active memory for reuse of instructions during the period of treatment specified by the physicians; · Ease of learning how to operate the instrument; · Reliability during its operation.
Aesthetics Criteria · Simple and modern design; · Use of curvature and soft shapes; · Sectional integration for visual clarity, least number of parts and use of integrated forms; · Use of neutral colors and gray spectrum for reduction in visual complexities and observance of health issues; · Stress reduction based on appearance characteristics such as form and suitable color; · Induced appearance to give a power sensation and self confidence to users; · Exciting appearance for persuading users to operate the product; · Diversity in surface quality of outer parts for better visualization and differentiation; use of variety of surfaces with shiny and opaque layers; · Product's visual coordination with surroundings suitable to hospitals environment.

An additional data acquisition system is also available to log the dynamic behaviour of the system.
On the basis of the input-output data recorded during the experiments a linear model was constructed according to [3], 1 1 1 ( ) ( ) ( ) ( ) ( ) ( ), A z y kT B z u kT C z z kT − − − = + (1) where 1 1 1 1 1 0 1 1 1 1 ( ) 1 , ( ) , ( ) 1 .
Experimental Results Encouraged by the results obtained from preliminary simulation studies, the regulator and estimator algorithms were programmed using MATLAB/Simulink ® and implemented in the data acquisition and control board dSPACE ® DS1401 for further experimental investigations.
Both AVR systems have achieved a significant vibration reduction in the first eigenmode, which is important for riding comfort.
With this in mind, more effort devoted to the dynamic model reduction of distributed structures and to the development of adaptive regulation algorithms is required.

Table 1 – Characteristics of the products studied in this work (manufacturer data).
The features of the diffractograms indicate a reduction in the peak intensity of Co due to the increase in milling time.
Conclusions The results indicated a reduction of the particles size and spheroidization. as function of increasing of milling time, in a ball/powder ratio of 6:1.
The metal chips were reduced particle size, with respective reduction of the crystallite size on the order of 50% in 120 minutes of grinding.
Pensilvânia: Swarthmore, International Centre for Diffraction Data., 2010