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If the amount of disposal wastes reduction is calculated at 0.25 tons CO2 equivalent / ton waste, the reducing potential of carbon of Chinese municipal household waste is about CO2 equivalent of 37.5-45 million tons per year.
At present, in China, it has been approved that reducing amount of the landfill gas utilization project is about CO2 equivalent of 7 million tons per year; taking some landfill gas utilization projects, which have not been applied for or approved, into account, carbon reductions of landfill fields is estimated about CO2 equivalent of 10 million tons.
National and local laws, regulations Municipal Household Waste Management System Screening Strategic analysis Social, economic and environmental situation of waste disposal SEA both at home and abroad Data acquisition Evaluating procedure, content, methods methods Evaluating scope, standard Experiment Statistical investigation Environmental impact recognition forecasting and assessment Prediction and assessment of society, economy and environment Process and analyze evaluating information Expert counseling method; Analytic hierarchy process; Principle component analysis Public Participation Multi-system integration Build assessment index system SEA mode of municipal household waste management Practice and Application Assisting system of municipal household waste management Developed regions Less developed regions Figure1: Research Frame of SEA on Municipal Household Waste Management System

., Ltd for providing the anterior chamber OCT image data.
[5] Chao Song, Xiaolin Tian and Yankui Sun, A sampling-based subband adaptive algorithm for speckle noise reduction of Optical Coherence Tomographic anterior chamber of eyeball images, (IEEE International Congress on Image and Signal Processing, 2011)
[6] Tao Liu, Zongqing Lu and Qingmin Liao, Speckle Reduction for Ophthalmic OCT Images Based on Wavelet Filtering Technique, (IEEE International Conference on Information Engineering and Computer Science, 2009)

Especially the car body parts out of sheet metal provide a good opportunity to realize the aspired weight reduction.
For example, the reduction of the weld line movement of tailor welded blanks in drawing processes is an often investigated problem, e. g. by Ahmetoglu et al. [2], Kinsey et al. [3] and Panda et al. [4].
The slope of this straight line in the evaluation region of the data defines the stiffness of the specimen.

With an increase in the volume fraction of ceramic phase and reduction in particle size of reinforcement the ductility reduces and strength of composite increases [22].
v The UTS properties of the composites were found higher than that of the base matrix and Aluminium 6061-3 wt% WC composites had superior tensile strength properties with reduction in ductility.
Gilbert Kaufman J, Properties of Aluminum Alloys; Tensile, Creep, and Fatigue Data at High and Low Temperatures, ASM International

The Nd3+ ion doped glasses such as phosphate, borate, silicate and tellurite can be applicated for optical amplifier, solid state laser, optical communication, optical waveguide and storage data optically [3,4].
Subsequently, for decreasing thermal stresses inside of the glass, the sample cooled to room temperature with the rate of reduction is 64oC per hour.
The reduction of luminescence intensity at higher Nd3+ content in glass system can be associated to Nd3+ self-quenching (concentration quenching) due to cross-relaxation processes.

By means of a Janitza energy measurement device, the current and voltage data as well as the consumed apparent, active and reactive power are recorded simultaneously with the heating.
This means a reduction in heating time by more than 90 %.
The use of DC leads to a reduction in energy costs, energy savings of up to 92 % and can thus make a major contribution to CO2 savings in the car-body manufacturing sector.

The elaboration of the data regarding the other analysed frames is still in progress and will be discussed in the future.
In particular, for single strut model, a maximum reduction of shear force equal to 90% for Young modulus equal to 6200 MPa has been observed; while for multi strut models the maximum shear reduction is equal to 56%.

However, this situation has been changed with the discovery of the catalytic activity of AuNPs supported on a metal oxide such as titanium oxide (TiO2), aluminium oxide (Al2O3) and iron oxide (Fe2O3) which proved to be active for carbon monoxide (CO) oxidation at low temperatures, reduction of the nitro group with hydrocarbons, and for dioxin oxidation-decomposition [2,3].
Initially, the AuNPs are formed in 4.0 x 10-2 M of HAuCl4.3H2O solution and the presence of nanoparticles was confirmed by colour transition of UV-Vis absorption band ranging from 530 - 534 nm (data not shown).
Farrukh, Gold Nanoparticles Supported on Titania for the Reduction of P-Nitrophenol, Indian Journal of Chemistry 52A, (2013), pp. 184-191

Shokrieh et al. [17] reported a reduction in the flexural strength of PC incorporating nanoclay.
Throughout the test, time, load, and displacement were recorded using MTS® 793 data acquisition system with a sampling rate of 100 Hz.
In this case as the stress increased, more cracks propagated in the matrix and thus interrupted the MWCNTs network resulting in increasing resistivity and reduction in electrical conductivity.

From XRD data, the average particle size of metal particles can be estimated by Scherrer equation as presented in Eq. (1) [18].
Wang, Ni 0 encapsulated in N-doped carbon nanotubes for catalytic reduction of highly toxic hexavalent chromium, Appl.
Zahmakiran, Nickel nanoparticles decorated on electrospun polycaprolactone/chitosan nanofibers as flexible, highly active and reusable nanocatalyst in the reduction of nitrophenols under mild conditions, Appl.