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Online since: May 2012
Authors: Zhi Ming Bao, Xian Zhong Zhang, Lei Wang, Xue Cheng Fu
Materials and Methods
In this research, a test bottle filled with inoculated mineral nutrient medium, containing a known concentration of the test substance (15 mg TOC/L) as the nominal sole source of OC is aerated by the passage of carbon dioxide-free air at a controlled rate in the dark or in diffuse light, at 22 ±2 °C.
ThCO2 (Theory CO2 production) of test materials was analyzed by TOC analyzer.
Two bottles of inoculum blanks containing only inoculum without test materials and reference compounds were used to correct the CO2 production in test and procedure control bottles.
Details of materials added to the bottles were shown in Table 1.
Table 1 Details of materials added to the test bottles Test groups Sludge Test material (mg TOC) Reference compound (mg TOC) Mineral medium Test suspension 20 mL 15 0 2980 mL Procedure control 20 mL 0 15 2980 mL Inoculum blank 20 mL 0 0 2980 mL The calculation of the biodegradation of Class A foam is shown in Eq. 1
ThCO2 (Theory CO2 production) of test materials was analyzed by TOC analyzer.
Two bottles of inoculum blanks containing only inoculum without test materials and reference compounds were used to correct the CO2 production in test and procedure control bottles.
Details of materials added to the bottles were shown in Table 1.
Table 1 Details of materials added to the test bottles Test groups Sludge Test material (mg TOC) Reference compound (mg TOC) Mineral medium Test suspension 20 mL 15 0 2980 mL Procedure control 20 mL 0 15 2980 mL Inoculum blank 20 mL 0 0 2980 mL The calculation of the biodegradation of Class A foam is shown in Eq. 1
Online since: May 2011
Authors: Zhao Hui Zhen
Effects Of Protective Colloid On The MF-UF
Double Wall Micro-encapsulation Containing Essence Oil
Zhaohui Zhen
Key laboratory of paper science and technology of ministry of education,
Shandong Institute of Light Industry, Jinan, 250353, Shandong, China
zhenzhaohui@126.com
Keywords: Microcapsules, Protective Colloid, Essence Oil; Pressure Sensitive; Double Wall
Abstract.
Introduction Micro-encapsulation is one of many applications of polymer to protect specific functional materials from or to release them into an outer phase for a long period of time.
Experimental Materials Melamine, urea and 37% formaldehyde as wall materials, hydrochloric acid and sodium hydroxide anhydrous as pH controller, rose essence oil as core material, poly-acrylic sodium and maleic anhydride, styrene were obtained from home market.
The zeta potential (absolute value) is not too large in this condition to speed up the poly-condensation of wall material to cause the microcapsule film coarseness.
Journal of Colloid and Interface Science, 2001, 241,502-508 [3] Hinsch.
Introduction Micro-encapsulation is one of many applications of polymer to protect specific functional materials from or to release them into an outer phase for a long period of time.
Experimental Materials Melamine, urea and 37% formaldehyde as wall materials, hydrochloric acid and sodium hydroxide anhydrous as pH controller, rose essence oil as core material, poly-acrylic sodium and maleic anhydride, styrene were obtained from home market.
The zeta potential (absolute value) is not too large in this condition to speed up the poly-condensation of wall material to cause the microcapsule film coarseness.
Journal of Colloid and Interface Science, 2001, 241,502-508 [3] Hinsch.
Online since: March 2015
Authors: Bo Lin, Long Chen, Dong Hai Cheng
Experimental Materials and Methods
Test material is 2mm thick homemade 5A90 alloy, it's chemical composition as shown in Table 1.
Acknowledgements This work was financially supported by the Aviation Science Foundation (2013ZE56).
Materials Science and Engineering A,2006,420(1-2): 228-234
Journal of Materials Processing Technology, 1996 59(3):257-267.
Materials Review, 2004, 18(5): 30 -32.
Acknowledgements This work was financially supported by the Aviation Science Foundation (2013ZE56).
Materials Science and Engineering A,2006,420(1-2): 228-234
Journal of Materials Processing Technology, 1996 59(3):257-267.
Materials Review, 2004, 18(5): 30 -32.
Online since: May 2015
Authors: Feng Hui Shi, Jia Li, Bao Yan Zhang, Xue Shi Qiu, Liang Yong Gu
Fitting graphene film with composite materials is one of the directions for future research [5].
Methods Materials.
Science. 306(2004):666-669
Science. 324(2009):1530–1534
Graphene-based composite materials, J.
Methods Materials.
Science. 306(2004):666-669
Science. 324(2009):1530–1534
Graphene-based composite materials, J.
Online since: September 2011
Authors: Qian Rong Yang, Hui Ji, Xiao Qian Wang
Raw materials and mix proportion
Raw materials
Cement (C)used is Baoshan 42.5 ordinary portland cement.
Department of Geological and Atmospheric Sciences,Iowa State University(2001) [4]Baoguo Ma,Rongzhen Dong, Xiaojian Gao,Hongbo Zhu.
Jounal of Railway Science and Engineering, 2(2005),p.14 (in Chinese) [5]Neil Loudon.
Journal of Lanzhou University of Technology, 1(2004),p.101 (in Chinese) [11]M.
Construction and Building Materials, 21(2007),p.1771
Department of Geological and Atmospheric Sciences,Iowa State University(2001) [4]Baoguo Ma,Rongzhen Dong, Xiaojian Gao,Hongbo Zhu.
Jounal of Railway Science and Engineering, 2(2005),p.14 (in Chinese) [5]Neil Loudon.
Journal of Lanzhou University of Technology, 1(2004),p.101 (in Chinese) [11]M.
Construction and Building Materials, 21(2007),p.1771
Online since: August 2014
Authors: Tomasz Fas, Tomasz Malinowski, Łukasz Romanowski, Tadeusz Mikolajczyk
Jánoš, View to the Current State of Robotics, Advanced Materials Research, vol. 463 - 464, (2012), 1711-1714
[5] T.
Murawski, Multipurpose Mobile Robot, Applied Mechanics and Materials, vol. 282, (2013), 152-157 [6] R.
Šidlovská, Design of Hybrid Mobile Service Robot, Applied Mechanics and Materials, vol. 245), (2012), 255-260 [7] M.
In: MM Science Journal.
Applied Mechanics and Materials, 2014, submit to print [11] http://www.pololu.com/product/1350 [12] T.
Murawski, Multipurpose Mobile Robot, Applied Mechanics and Materials, vol. 282, (2013), 152-157 [6] R.
Šidlovská, Design of Hybrid Mobile Service Robot, Applied Mechanics and Materials, vol. 245), (2012), 255-260 [7] M.
In: MM Science Journal.
Applied Mechanics and Materials, 2014, submit to print [11] http://www.pololu.com/product/1350 [12] T.
Online since: April 2023
Authors: Victor I. Salamatov, Oleg V. Salamatov, Daria Yu. Zabolotnyaya
Skobeev, Filtering materials, Moscow: Nedra, 1978, p. 200
Gornov, Life cycle of filter membranes Siberian scientific branch bulletin of Russian, Academy of Natural Sciences. 2(55) (2016) 88-95
Nazarov, Processed nonwoven needlepunched materials with increased strength, Fibre Chemistry. 2 (2015) 53-58
Singha, Review on Coating & Lamination in Textiles: Processes and Applications American, Journal of Polymer Science. 2(3) (2012) 39- 49
Kozinda, Influence of operational factors on properties of heat-resistant nonwoven filter materials, Fibre Chemistry. 2 (2013) 94-97
Gornov, Life cycle of filter membranes Siberian scientific branch bulletin of Russian, Academy of Natural Sciences. 2(55) (2016) 88-95
Nazarov, Processed nonwoven needlepunched materials with increased strength, Fibre Chemistry. 2 (2015) 53-58
Singha, Review on Coating & Lamination in Textiles: Processes and Applications American, Journal of Polymer Science. 2(3) (2012) 39- 49
Kozinda, Influence of operational factors on properties of heat-resistant nonwoven filter materials, Fibre Chemistry. 2 (2013) 94-97
Online since: May 2012
Authors: Xiao Ming Li, Shang Jie Wang, Ya Ru Cui, Jun Xue Zhao, Wen Feng Li, Yuan Zeng, Fei Li
Ion exchange resin is a kind of the polymer materials that have ion-exchange groups in the cross-linked polymer structure.
Ion exchange process (1-Resin phase,2- solution phase,3- liquid film) Experimental materials.
Experimental materials.
References [1] R.R.Magdalena: Journal of Hazardous Materials Vol. 177(2010),p. 57
[9] Sh.CH.Lan: Water Treatment Technology of Activated Carbon (China Environment Science Press,Beijing,1991)
Ion exchange process (1-Resin phase,2- solution phase,3- liquid film) Experimental materials.
Experimental materials.
References [1] R.R.Magdalena: Journal of Hazardous Materials Vol. 177(2010),p. 57
[9] Sh.CH.Lan: Water Treatment Technology of Activated Carbon (China Environment Science Press,Beijing,1991)
Online since: July 2011
Authors: Jiao She, Kai Sheng Zhang
From the current study of kiwifruit production process informed, in the whole food-preserved fruit production, the key critical points of quality include materials, hardening protect color, hot bleach, vacuum leaching sugar and drying, and hardening protect color must inspect all kinds of reagents concentration at all times; hot bleach is in the proper temperature and time conditions, heating fruit slice of kiwifruit to make the enzyme deactivated, or excessive heat easily makes the fruit slice mushy and it will have cooking flavor and affect the quality; Vacuum leaching sugar time-averaged should be tested vacuity, sugar fluid temperature, additives concentration and its mixture temperature and dipping time; when it is drying, it needs to ensure that the pressure, time and temperature.
Acknowledgment This project was supported by the Graduate Innovation Fund of Shaanxi University of Science and Technology.
Nutrition and health care function of kiwi fruit and its processing technique[J], Food science, 2007(4):51-55
Shaanxi agricultural science, 2005(1):50-52
Study on the processing technology of a low-sugar preserved kiwi fruit by vacuum osmosis of sugar[J].Northwest agricultural science and technology university journals, 2002,30(1):36-38.
Acknowledgment This project was supported by the Graduate Innovation Fund of Shaanxi University of Science and Technology.
Nutrition and health care function of kiwi fruit and its processing technique[J], Food science, 2007(4):51-55
Shaanxi agricultural science, 2005(1):50-52
Study on the processing technology of a low-sugar preserved kiwi fruit by vacuum osmosis of sugar[J].Northwest agricultural science and technology university journals, 2002,30(1):36-38.
Online since: November 2014
Authors: Zhi Hong Hou
Introduction
Artificial intelligence is a field of computer frontier, in computer science, control theory, developed on the basis of information theory, systems science, philosophy and other disciplines.
But compared with other engineering applications, the use of finite element study of human movement is much more complex, which is due to the finite element analysis of the human body first need to constitutive relationship theoretical study of biological tissue, and the establishment of human tissue constitutive equations itself is a very complex process, and another due to the geometry of the human body does not rule, the boundary conditions are very complex biological materials exhibit highly nonlinear and have time-dependent characteristics.
Hao, Computer modeling and simulation of special sports, Science and technology information, PP: 10-18, 2007.
Sun, Development and Prospect of computer simulation of the mechanical behavior of the human body, Journal of System Simulation, PP: 9-15, 2005.
Rao, Research on the use of multi-body model for optimizing posture Long Jumping, Xian university of science and technology building, PP-76-80, 2010.
But compared with other engineering applications, the use of finite element study of human movement is much more complex, which is due to the finite element analysis of the human body first need to constitutive relationship theoretical study of biological tissue, and the establishment of human tissue constitutive equations itself is a very complex process, and another due to the geometry of the human body does not rule, the boundary conditions are very complex biological materials exhibit highly nonlinear and have time-dependent characteristics.
Hao, Computer modeling and simulation of special sports, Science and technology information, PP: 10-18, 2007.
Sun, Development and Prospect of computer simulation of the mechanical behavior of the human body, Journal of System Simulation, PP: 9-15, 2005.
Rao, Research on the use of multi-body model for optimizing posture Long Jumping, Xian university of science and technology building, PP-76-80, 2010.