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The Research Methods based on Emergy Theory of the Value of Natural Capital Wang Yuan1,a, Ma Liang2,a,, Long Zhenyu3,a and Sheng Lian Xi4,a,* State Environmental Protection Key Laboratory of Wetland Ecology and Vegetation Restoration, Northeast Normal University, Changchun 130024, China awangy145@nenu.edu.cn Keywords: value; natural capital; theory of value; ecosystem services Abstract.
Can value for the stock of natural capital, natural capital flow value (including input can value and output value) application can value method; As far as service functions Emergy purification function for some service functions such as carbon sequestration function is applied to shadow engineering method instead of the method to calculate.
(3) The preparation of a variety of value analysis table: calculated system energy flow, material flow and economic flow; The conversion rate of the corresponding energy values according to the various resources, ecological flow of the different units of measure (J, g, or $) or economic stream is converted into emergy units (sej); Emergy analysis and evaluation sheet preparation); evaluate their status and contribution system

CTMP Modification with Plasma Treatment Baoyu Wang 1,2,a Beihai He 1,b Junrong Li 1,c Xialin Liao1,d 1State Key Laboratory of Pulp and Paper Engineering, South China University of Technology, 510640, Guangzhou, China 2Guangdong Industry Technical College, 510300, Guangzhou, China awbaoyu@126.com, bppebhhe@scut.edu.cn, clljrr@scut.edu.cn, d516041124@qq.com Keywords: CTMP, Plasma, XPS Abstract.
Experiment Raw material: Unbleached CTMP was used for plasma modification.

Experimental study of explosion pressure characteristics of methane under high temperature conditions LI Run-zhi1,2,a，SI Rong-jun1,b，ZHANG Yan-song1,c 1Fire and Explosion Prevention Research Branch, China Coal Technology Engineering Group Chongqing Research Institute, Chongqing 400037, China 2College of Resources and Environmental Science Chongqing University, Chongqing 400044, China aRunzhi_li@126.com,bSirj73@163.com,cZys6407@126.com Key words: methane explosion; the maximum explosion pressure; the maximum pressure rise rate; explosion limits Abstract: Methane explosion pressure characteristics under the condition of different temperatures (25℃- 200 ℃) were studied by the special environment 20L explosion characteristics test system.
Analysis of the reasons shows that under the optimum concentration of the explosion,methane almost completely react with oxygen.The rising ambient temperature on the one hand increases the internal energy of molecule,speeds the rate of molecular motion, increases the probability of collision between the molecules and accelerates the rate of explosion reaction;on the other hand,according to the gas state equation,the explosion in the volume container and ambient pressure remains unchanged, as the ambient temperature rises, the reaction will reduce the amount of methane-air mixture within the container material, thus affects the final explosion pressure changes. 3.

In the process of virtual flight test, motion control of model’s 6-DOF movement is a key topic, which directly affects the validity and accuracy of the experimental data.
The material of the ropes are Line 5 of Kevlar; rated output torque of the drive motor is, the rotational inertia of the drive system equivalent to the motor is, the viscous damping coefficient equivalent to the motor is; the transmission coefficient of the ball screws is ; the aircraft model is composed of ABS resin, it’s length is, it’s wingspan is , it’s height is .
Engineering Mechanics. 2010, 27(10): 230-234.

China 2State Key Laboratory of Aviation Precision Bearings, Luoyang 471039, P.R.
The raw material of the bearing is GCr15 and the technical indexes of the straightness VC2mp, parallelism VC2s and surface roughness Ra are 18μm, 28μm and 0.63μm, respectively. 2.2 Experiment Equipment.
[3] H, H, DING, L, B, HANG, Y, G, CHEN, Experimental Research of Surface Integrity for Precision Hard Turing Finished Bearing Rings, China Mechanical Engineering, Bearing. (08) (2016) 1066-1071

SCR catalyst was the key to the SCR operator, and catalyst activity was directly related to the performance of the overall system.
Table 1 Main parameters of the SCR catalyst Item Unit Quantity Type of catalyst — Homogeneous Honeycomb Catalyst substrate material — titania-based ceramic Outer wall thickness mm 0.95 Inner wall thickness mm 0.59±0.05 Cell opening mm 6.25 Cell pitch mm 6.87 Outer pitch mm 150±2.0 SCR Tester.
References [1] Boxiong Shen, Jianwei Shi, Tingting Yang, et al: Chemical Industry and Engineering Progress, Vol. 27(2008), p.64-67.In Chinese [2] Kang Liu, Hong Yu, Hong Yu, et al: Guangdong Electric Power, Vol. 22(2009), p.75-78.

Research on Thermocouple Embedded Theory for Thermal State of CC Mould Copper Plate with High Casting Speed Sun Ligen1, a Li Huirong1, b Zhang Jiaquan2,c 1School of Metallurgical and Energy, HEUU, Tangshan 063009, China 2 School of Metallurgical and Ecological Engineering, USTB, Beijing 100083, China asunligen@heuu.edu.cn, blihuirong@heuu.edu.cn, cjqzhang@ustb.edu.cn Keywords: mould copper plate; thermal state; high casting speed; breakout prevention Abstract: High casting speed would change the thermal state of the mould copper plate, The coupled visco-elasto-plastic FEM models have been presented for thermal process analysis of steel shell and the mould copper plates.
Introduction Casting speed is one of the key technical parameters for continuous casting.
The major assumptions are as follows: 1) Casting speed and Casting temperature are constant value; 2) Casting speed with neglected thermal conduction in casting direction; 3) Small deformation of the mould plates and steel shell with only material nonlinearity; 4) The influence of the thermal convection of the molten steel at the solidifying front is described by equivalent thermal conductivities according to the local temperature; 5) Thermo-elastic-plastic model is adopted for the steel shell, and the thermo-elastic model is used for the copper plates.

., considering a flexible level of details; defining the geographical location of the enterprise as support for material transportation optimisation; support for assigning roles and responsibilities within the enterprise.
The following constraints will apply to the enterprise model: - Defined organisation as well as the organisation type will be uniquely identified; the primary-key value are not allowed for modification as a general rule, but the corresponding name can be modified under the terms of traceability and information security; - The operating unit location is uniquely identified, only one location can be defined for each organisation unit, modification of location information is allowed under the terms of traceability and information security; - For each operating unit, a list of roles and responsibilities can be defined, by the enterprise decision; - Each role defined in connection with an operating unit can be resolved by a defined person (user), by enterprise decision
The general schema is intended for the case of a multi-org enterprise in the field of a manufacturing-to-order, engineering-to-order or a project based enterprise.

Microstructural, Optical and Electrical Properties of ZnO:Sn Thin Films Deposited by Sol-Gel Method Jun Chena, Yuehui HUb, Honghao HUc, Yichuan Chend School of Mechanical and Electrical Engineering, Jingdezhen Ceramic Institute, Jingdezhen, Jiangxi, 333000 achenjun921@126.com, b8489023@163.com, c746186383@qq.com, dlezhi2005@163.com Keywords: Transparent oxide semiconductors; ZnO thin films; Sn doping; Sol-gel method Abstract.
Introduction Zinc oxide (ZnO) is an n-type wide band gap semiconductor material with a direct band gap of 3.3 eV, the crystal exhibits a hexagonal wurtzite structure.
Acknowledgements This work was financially supported by the following funds: (1) the Natural Science Foundation of China (No. 61066003); (2) the JiangXi Province Key Technology R&D Program, China (No. 2010BGA01100); (3) the Natural Science Foundation of Jiangxi Province (No. 20111BAB202005); (4) The Jiangxi province foreign cooperation projects, China (No. 20111BDH80031); and (5) the Education Bureau of Jiangxi Province, China (No. 

Fault Detection of Carbide Anvil based on Hurst Exponent and BP Neural Network Li Han1,a, Bin Chen1,2,b, Baocheng Gao1,c, Zhaoli Yan2,d, Xiaobin Cheng2,e 1 School of Automation, Beijing University of Posts and Telecommunications, Beijing 100876, China 2 Key Laboratory of Noise and Vibration Research, Institute of Acoustics, Chinese Academy of Sciences, Beijing 100190, China alilyhan1202@gmail.com,bbinchen@bupt.edu.cn,cbcgao@bupt.edu.cn,dzl_yan@mail.ioa.ac.cn, exb_cheng@mail.ioa.ac.cn Keywords: Carbide Anvil, Acoustic Emission, Hurst Exponent, BP Neural Network.
The outside high temperature and pressure easily leads to micro-bend or distortion of material, and generate fracture AE signal.
Journal of Rock Mechanics and Engineering.