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Tian Gong Kai Wu, which was written during the Ming Dynasty in China, indicates that the raw materials of M_GRL are glutinous rice porridge, lime, fine aggregate, and clay (micro-aggregate) etc.
Yang, B.J.
Yang, Y.J.
Yang, K.H.
Yang, Fuzzy Fractal: A new approach for evaluation of particle size distribution of aggregate, Fuzzy Systems and Mathematics. 21(2007) 139-143.

The first phase of Chang’an campus consists of two parts, teaching area and living area, the later of which can be further divided into Xing-tian Yuan and Yun-tian Yuan.
Because Xing-tian Yuan has a larger scale and relatively rich green landscape, it becomes the main target of our investigation.
There are 7 dormitory buildings (building A~G) in Xing-tian Yuan.
It lies in the center of Xing-tian Yuan.
[2] Leiqing Xu, Gongxia Yang: Environmental Psychology (Tongji University Press, Shanghai 2002), in Chinese

Hongna Tian and Guangqi Dong (2007) considered that building innovation system is an effective way to figure out the transformation problems [14].
Yang Cao and Xueqing Wang (2011) designed a resource-based cities innovation evaluation system by considering it as a complex system, this idea based on the theory of the four formation conditions of dissipative structures.
Hongna Tian (2009) built a set of evaluation system to measure the performance of resource-based cities innovation system by applying factor analysis approach, and took Daqing, Heilongjiang Province, as a case[19].
Productivity Research,2007,(10):100-101(in Chinese) [14] Hongna Tian, Guangji Tong.
Journal of Northeastern University(Social Science),2011,13(2):124-127(in Chinese) [19] Hongna Tian.

Yang, C.H.
Yang and X.W.
Yang, D.X.
Tian,C.X.
Tian: Adv.

Tian, L.Y.
Yang, B.L.
Tian, S.J.
Tian, Y.
Yang: J.

Tian and S.J.
Yang, J.k.
Xiao, T.S .Yang and G.
Yang.
Tian, B.Z.

Protozoa can be used as a biological indicator and test materials, they are also available for the field of cells, physiology and genetic [[] Guo Tian, DaJie Gong, Li Yan, et al.
The existent environment of protozoa is fairly wide, the seasonal and regional differences are few [[] Songyan Liu, Chongjie Wu, Haijun Tian.
Zhang Tian [[] Tian Zhang, Xi Li, Yang Lu.

References [1] YANG Wen-fu,GAO Lu, GAO Lian-yu.
(in Chinese) [2] TIAN Shu-ming.
Tian jin: College of Architecture and Civil Engineering, Tian jin University, 2004
[4] XIE Feng，YU Jing-hai，CHEN Xiao-xiang., Tian jin University, 2006.
Tianjin: College of Architecture and Civil Engineering, Tian jin University, 2006

The Result And Its Revelation With the help of IE researcher in Tian Jin University, we design questionnaire.
Table 1 Efficiency Value of Enterprises Implementing LP DMU Efficiency value DMU Efficiency value DMU Efficiency value Luo Yang Shuang Rui 1 Bai Chao Machine 0.8163 Zhao He Electronics 0.9715 Tian Zhong Axle 0.9043 Bai LiValve 0.9095 Jin Shan Accessory 1 Qiang Li Tyre 0.8301 Zhong Ma lathe 1 Huang Shan Qiang Li 0.7642 Tian Ge Absorber 1 San Huan equipment 0.9803 Mei Shi Industry 0.5557 Zhong Lian industry 0.7561 Bao Lai Machine 1 Tian Jin Ke-Mai 0.6105 Tian Jin Tian li 1 Jin Shan Gear 0.9272 Jie Fang truck 1 Ai Xin Tian Jin 1 Da Wei Gear 0.8361 Tian Jin ZhongHe 0.7653 Tain Li Bearing 0.9136 Shun-Long fitting 0.7672 Zhen-Mei speaker 0.8292 Yun Rong Printery 0.9471 Shang Hai Qiao De 0.6642 Chuang Shu HuaJin 1 De Zhou ZhongHe 0.625 Ming Jia Motor 1 Gao Bo Crane 1 Fu Zhi Industry 0.803 Shi Ji Sheng Fa 1 Jing Wei Emtronics 0.9377 Ke Mai industry 0.551 Sai Rui Machine 0.869 Sai Xiang Tyre 1 Bei Hai Electronics 1 Bo Rui Kang 0.945 Ai Xin Car Body 0.7577 Bei Ke Eletronics 0.9427 Huan Qiu
Card 0.9223 Hai Tian TongBu 1 Hong Hao Bison 1 Sai Rui Machine 1 Jing Cheng Tool 0.915 TABLE 2 EFFICIENCY VALUES OF ENTERPRISES NOT IMPLEMENTING LP DMU Efficiency value DMU Efficiency value DMU Efficiency value Wan-Xin Corporation 0.6775 Tian-Jin Sheng Da 1 Xing Chi Accessory 1 Zhao Wei Machine 0.729 Xin Xing Saddle 0.8184 Li Peng Machine 0.707 Li Huan Machine 1 Zhong-HeEletronics 0.6427 Wei Sheng Gear 1 Rong Heng Pump 0.9182 Tian Sheng Accessory 0.6264 Jia Xiang Variator 0.8175 Guo Ji Machine 0.6342 Tian Jin Vehicle 0.9155 Su Li tool 0.7276 Hua Yue baling machine 0.4074 A Te Pu Screw 1 Fu Rui Da Accessory 0.6532 Wa Si Te Valve 0.7181 Dong Xuan Filter 1 Ai Da Variator 0.7653 Sai Xiang Machine 0.6573 Sai Wei Reducer 0.7407 Bo Long Part 0.3292 Li Jin Electrics 1 He Chuan Machine 0.8557 Shang Feng Machine 1 Hong Li Valve 0.9525 Zhong Tian Accessory 0.4781 Yu Shan Foundry 1 Ya Li Industry 0.7907 Bi Jia Bearing 0.9182 Dong Zhong Pump 0.6577 Wei Bao Pump 0.5709 Tia
DE Tein 0.6715 Fu Da Pump 0.769 Yu Lin reducer 0.9208 Tian Shi Accessory 1 Min Sheng Tool 0.4775 Mei Tian Sharper 0.7907 Xing Huo Reducer 0.8603 Peng-Cheng Attachment 0.7532 San Yan Machine 1 Ming De Moror 0.9116 Tai Fu Li Circuit board 0.919 In order to compare the efficiency difference intuitively between LP group and non-LP group, figure 1 is gotten using the frequency of every interval.
LP’s implementation ability analysis for China’s industry enterprises[D].Tianjin: Tian Jin University,2010 [2] Yasuhiro Monden.Toyota Production System[M].He Bei:He Bei University Press, 2008 [3] M.E.Bayou,A.de Korin.

Abstract.The Structural and deformational features of fold-thrust belt in the north margin of Kashi, southern Tian Shan were disclosed based on various data such as two dimensional seismic profile and field geologic survey.
These antithetic thrust faults together with the main thrust fault formed the deep-seated front triangle zone of South Tian Shan thrust system, and the strata involved in the system were mainly paleogene, Mesozoic and Paleozoic.
There were several complicated back thrust faults in the front of the thrust system, and these faults together with the main thrust faults at the north side constituted deep-seated front triangle zone of South Tian Shan thrust system.
References [1] Ancheng Xiao, Chengzao Jia, Shufeng Yang et.al, The Kinematics Characters of The Thrust – fold Belts Western Front Regions in Southern Tianshan[J].
Magnetochronology of the upper Cenozonic strata in the southwestern Chinese Tian Shan: Rates of Pleistocene folding and thrusting[J].