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Parivash
Hosseinpour
M. Sc. in Chemical Engineering E-mail: Pars2h@aut.ac.ir E-mail:Pars2h@yahoo.com Tel: +98-21-6454-3162 Fax: +98-21-6640-5847 Address: Chemical Engineering Faculty, Amirkabir University of Technology - AUT (Tehran Polytechnic), 424 Hafez Ave., Tehran, Iran, 15875-4413. Conferences, presentations and publications Scientific society's member ship * .* .* . and finally take a look at my gallery
Research in Nano-Technology & Nano-Science Starch, Modified starches & starch derivatives Electroplating, Electroforming & Anodizing
Book Publications: top
- Lecturer: “Introduction to Chemical Engineering”. - Lecture : " Nanotechnology and Applications". - Director of “Nano-Research Center”, Chemical Engineering Faculty, Amirkabir University of Technology-AUT. - Unit operations Lab. Instructor, 7 years. - Heat Transfer Lab. Instructor, 7 years. - Process control Lab. Instructor, 1 Years. - Physical chemistry Lab. Instructor, 3 years. - Organic Chemistry Lab. Instructor, 4 years. - Post graduate research Lab. Director, 2 years. - Tutor of chemical Engineering students. - . . . Conferences, presentations and publications: top *** - "Nanotechnology & Applications", Hosseinpour Parivash, Applied Science Publication, Iran - Tehran, Under press. *** - "Introduction to Chemical Engineering", Hosseinpour Parivash, Applied Science Publication, Iran - Tehran, Sep. 2011. *** - Hosseinpour Parivash, Najafpour Aghdas, "NanoComposites", AUT- Undergraduate Project, Summer 2011. *** - Hosseinpour Parivash, Ziaie Moghaddam Fateme, "NanoComputers", AUT- Undergraduate Project, Summer 2011. *** - "Nanotechnology and Tooth Whitening", Hosseinpour Parivash, Shafiezadeh Shirin, choosen as distinguished project in : "5th festival of outstanding B.Sc. projects", Amirkabir University of Technology - AUT, Tehran Polytechnic, Feb. 2011. *** - Hosseinpour Parivash, Shafiezadeh Shirin, "A review on Applications of Nanotechnology in Dentistry", Nanotechnology Newsletter of Iran Nanotechnology Initiative Council, pp 45-51, NO. 155, Vol. 6, Yr. 9, Sep. 2010. *** - Hosseinpour Parivash, Shafiezadeh Shirin, "Nanotechnology and Tooth Whitening", AUT- Undergraduate Project, Summer 2010. *** - Hosseinpour Parivash, Mohammadi Bahareh, "Nanotechnology and Applications in Robots", AUT- Undergraduate Project, Summer 2010. *** - Hosseinpour Parivash, Radfar Hamidreza, "Nanotechnology and Internal Combustion Engines - ICE ", Razi University, Mechanical Engineering Faculty - Undergraduate Project, Summer 2010. *** - Hosseinpour Parivash, Mohammad Kazem Gholinia , "Catalysts; Applications, and Nanocatalytic Reactions", AUT- Undergraduate Project, Dec. 2009. *** - Hosseinpour Parivash, Hajfarajollah Hamidreza , "Catalysts; Applications and Preparations of Nanocatalysts", AUT- Undergraduate Project, Oct. 2009. *** - Hosseinpour Parivash, Abarghouei Ehsan, "Starch, modifications and derivatives", AUT- Undergraduate Project, Sep. 2009. *** - "Nanotechnology & Textile industry" Lecture; Amirkabir University of Technology-AUT, (Tehran Polytechnic), Center of Excellence of Textile Engineering Faculty seminar, May 20 - 21, 2009. *** - Hosseinpour Parivash, Shahidi Pouyan, " Surfactants and their application in Carbon Nanotubes", AUT-Undergraduate Project, Sep. 2008. *** - Hosseinpour Parivash, Yavari Mahdieh, " Nanocoating", AUT- Undergraduate Project, August 2008. *** - Hosseinpour Parivash, Hajaliyan Mohsen, " Nanotechnology & Oil Industry", AUT-Undergraduate Project, Fall 2008. *** - Hosseinpour Parivash, Ghaffarian Najme, " Carbon Nanotubes and their applications in Molecular Engines", AUT-Undergraduate Project, Fall 2008. *** - Hosseinpour Parivash Hadizadeh Mahnaz, " NanoTechnology & Petroleum Reservoirs", AUT-Undergraduate Project, Spring 2008. *** - Fourth Provincial Congress about the Materials – Ceramics, “Nanotechnology, the third millennium’s phenomenon”, Parivash Hosseinpour, Yazd; Meybod Azad University, Materials and Ceramic Engineering Group, May 2007. *** - “Nanocomposites with very low penetration of Oxygen, suitable for milk packaging”, win the third Country grade among the top ten projects in “First competition for the commercialization of Nanotechnology products”, 2006. *** - “Nanoworld; the necessity of entering to this field, applications in all sciences & Technologies” workshop, Parivash Hosseinpour, Yazd Azad University, Metallurgy – Material Engineering group, research center, 2006. *** - Hosseinpour Parivash, Dabir Bahram, Parviz Dorsa, "Silicon, Characterization, Application, Manufacture and study of Silicon Nanostructures", AUT-Undergraduate Project, Sep. 2006. *** - Hosseinpour Parivash, Dabir Bahram, Shishevani Ghazal, , "Carbon, Carbon Nanotubes & Carbon Fibers", AUT-Undergraduate Project, Sep. 2006. *** - Hosseinpour Parivash, Dabir Bahram, Arabzadeh Laleh, "Aluminium, Aluminium Oxide & Aluminium Nano – Particles", AUT-Undergraduate Project, Sep. 2006. *** - "Nanotechnology & applications" work shop, Amirkabir University of Technology-AUT, (Tehran Polytechnic), Mahshahr branch, Oct. 2nd 2006. *** - "Nanotechnology, NanoScience, Chemical Engineering, Chemistry & Industry”, Iranian National Congress on Chemistry & Industry, Azad University, Islamshahr branch, Islamshar, Tehran, Iran, Dec. 13 (2005). *** - “Carbon Nanotubes synthesis”, workshop, 5th National Student Conference of Chemical Engineering and 3rd National Student Conference of Petroleum Engineering, Awarded as a Distinguished workshop, March 8 – 10 (2005). *** - A simple and fun way to know what is: “Nano – Technology & Science”, Special lecture, 5th National Student Conference of Chemical Engineering and 3rd National Student Conference of Petroleum Engineering, March 8 – 10 (2005). *** - “Dispersion-Based Self-assembly of Single Wall Nanotubes in to Polygonal structures”, Parivash Hosseinpour, Edgar Munoz, Alan Dalton, Steve Collins and Ray Baughman, NanoTech Institute, Chemistry Faculty, University of Texas at Dallas-UTD, Richardson, TX - 75080, SPRING – II, Dallas, TX, United States, November 11 – 12 (2004). *** - “Carbon Nanotubes and the Construction Industry”, Parivash Hosseinpour, Sanjeev K. Manohar, Alan G. MacDiarmid Laboratory for Technical Innovation, Department of Chemistry, The University of Texas at Dallas-UTD, Richardson, TX – 75083-0688, SPRING – II, Dallas, TX, United States, November 11 – 12 (2004). *** - “Carbon Nanotubes and their applications in Cement Industry”, Cement International Conference for 50th anniversary of Tehran Cement Co. Tehran, October 3 – 4 (2004). *** - “Carbon Nanotubes Dispersion by different Surfactants” seminar, Parivash Hosseinpour, UTD – Nanotech Institute, Sep.23 2004. *** - “A new approach to Sciences & Technologies 10-9”, Iranian Journal of Engineering Education, The Academy of Sciences I. R. Iran Engineering Division. No.22, Vol. 6, Summer 2004. ISSN-1607-2316. *** - Nano-Technology and applications Seminar, Khajehnasiredin University, science faculty -Physics group- , “Carbon Nanotubes applications”, May 30, 2004.
*** - Nano-Technology and applications in Polymer and Color Seminar, Amirkabir University of Technology-AUT, (Tehran Polytechnic), Polymer Engineering Faculty, “An introduction to Nano-Technology”, May 25, 2004. *** - 1st Iran – Germany joint seminar on Nanostructured material, Iran University of Science & Technology, “Dispersion of CNTs”, 2 – 3 May, 2004. *** - Nano-Technology Second Congress, Amirkabir University of Technology-AUT, (Tehran Polytechnic), Workshop: "Applications of Nano-Technology in the construction industry" Dec. 1st & 2nd 2003. *** - "The first Workshop on Nano-Technology" at Tehran City Hall (20th county in Tehran), with attendance of city mayor for local managers and specialists, in constructional & technical fields. Oct. 7th 2003. *** - Director of Nano-Technology Panel, "The future of science & Technology" Concrete Research Center, Annual convection of "aci" IRAN chapter, Sep. 21st - 22nd, 2003. *** - “Cement reinforcement for confronting with earthquake, CNTs – Cement Composites”, Parivash Hosseinpour, patented in Iran nanotechnology initiative council, summer 2003. *** - “Nano-Technology & Construction industry”, Annual convection of " aci " IRAN chapter, Concrete Research Center, Tralnslation of “Carbon nanotubes and their application in the construction industry” J. M. Makar & J. J. Beaudoin , Sep. 21st - 22nd 2003. *** - The second workshop on Nano Science and Technology, University of Kashan, Lecture on "Dispersion of SWNTs." 22nd and 23rd May, 2003. *** - A new approach to all Sciences & Technologies 10-9: Nano-Technology & Nano-Science" Published for Nano-Technology Second Congress, Amirkabir University of Technology-AUT, (Tehran Polytechnic), Dec. 1st & 2nd 2003. *** - Feasible study on synthesis and production of CNTs, SWNTs & MWNTs, emphatic on CVD. Ordered by Iran Color Research Center. *** - Feasible study on high resistivity and reinforcement Concrete. Ordered by Tehran City Hall (20th county). *** - Synthesis of Starch phosphate monoester, Thirteenth National Iranian Congress of Food Industry, Amirkabir University of Technology-AUT, Oct. 15th – 17th 2002. *** - Modified Starches, Second National Iranian Congress of Chemical Engineering, Feb. 25th –27th 1997. *** - . . . - First National Symposium on Centers of Excellence, Performer & Director behalf of Chemical Engineering Dept. Amirkabir University of Technology, Center of Excellence for Petrochemical Engineering, May, 26 – 27 , 2004. - Contribution with Iran Color Research Center. - Contribution with Iran Technology Analysts Network. - Contribution with UTD Nanotech Institute. - Contribution with Nanotechnology Policy Studies Committee. - Director of Chemical Engineering Faculty website. - Director & Organizer of scientific tours for Chem. Eng. students. - Member of Chem. Eng. Faculty IT committee - Member of Chem. Eng. Faculty communications committee - Member of Chem. Eng. Faculty Nano research center - Establish Nano – Tech Team in Concrete Research Center, July, 2003. - . . . Scientific society's member ship: top - The Iranian Association of Chemical Engineering- IAChE-. - Society of Amirkabir University graduates. - Iranian Researchers' Repository iran.society@sheffield.ac.uk - Institute of Nanotechnology caroline@nano.org.uk - Foresight Institute foresight@foresight.org - The American Association for the Advancement of Science "AAAS". members@aaas.org - PACIFIC NANOTECHNOLOGY rhbecker@pniapps.info , rhbecker@pacificnanotech.com - TechScape, Exploring Technology in the DFW Metroplex, Greater DALLAS Chamber, Technology E - bulletin kroche@dallaschamber.org - . . . Abstract: In this research “Starch “, as a Natural polymer, is investigated thoroughly, and then, starch production from corn is explained. Specifications, properties, production procedures and applications of various “Modified starches “as well as “Starch derivatives “were then investigated. Starch is modified by three Methods as follows: Starch Modifications: 1.
Chemical Modification 2.
Physical Modification 3.
Enzyme
Modification
Although all the methods were investigated, attention was paid on chemical Modification, where “Starch Derivatives" exists in this category. “Phosphate starch“was then selected to be studied. In the second step, “Starch phosphate monoesters“, or “Starch monophosphate “was critically investigated, and various production methods were explained. Finally using orthophosphates method “Starch phosphate monoesters “produced in Lab. scale. Electroplating, Electroforming &
Anodizing
top In this research changes in the shapes of metals by Electrolysis which is called “Electroforming“ is investigated. Electroforming is derived from electroplating, and both are in the Electrochemistry field. The energy of some chemical reactions may be changed to Electro Motive Force (e.m.f.), and using e.m.f. in a solution, containing Ions, or melted salts, causes chemical reaction. Batteries & Fuel cells are typical examples. Electroplating, Electroforming, Extraction & refining of metals, generate desired chemical reactions with using necessary e.m.f. Electroforming, in fact, is producing a piece of metal; by Electrical depositing of metal Ions on a special mould, and then the metal piece can be separated from the mould. Although Electroplating & Electroforming applications are different, the technology & execution are almost the same. Periodic Reverse Method Using P.R. method for Electroplating & Electroforming, the amount of deposition on cathode surface per time, will be constant, with increase or decrease of current rate. This will yield high efficiency and the metal will be uniformly produced. ANODIZING (soft & hard) was also studied. At last, in experimental part cupper piece was produced on Iron & Aluminum mould with using P.R. method, and then it was separated from mould. Abstract: Cleansers are two types as follows: 1- Soap cleansers, which are produced from fat or herbal oils. 2- Non-soapy cleansers or Detergents. Ordinary soaps are settled in anionic cleansers, which are produced from: Fatty substances, Alkali and necessary additives. Synthetic cleansers (non-soapy), most of these type cleansers are named syndets, and they don’t precipitate with water minerals. Most of syndets contain 20-30% surfactant agents and 70-80% are fillers. These fillers increase the specifications of active parts of cleansers. Syndets cover all three groups of cationic, Anionic & Non- Ionic cleansers Non-Ionic cleansers don’t ionize and there fore, they produce very little foam. Cationic cleansers are produced from Aluminum Hydroxide (4th kind). These cleansers are quite useful in absence of warm water, because they are Anti-bacterial & Anti-septical. Detergents (Anionic, N0n-Iomic & cationic) are surface-active substances, and they are classified by their quality of Ionization in water. Synthetic cleansers are produced due to lack of availability of natural resources. In this research all cleansers (Natural, Synthetic, Industrial & Hygienic) are investigated, and Natural soap with special specifications is produced. Abstract: Essential oils are produced in two ways as follows: 1- Extraction from Natural substances. 2- Synthetic methods. Essential oils are naturally exist in herbs like Rose flower or Lavender, and sometimes are like Glucozides. E. Oils are complex mixtures and their separation processes are done as flows: 1- Distillation 2- Compression 3- Extraction In this study, OREANGE’S SKIN Essential oil was produced by Extraction. Synthetic Essentials, most of the synthetic Essentials are Esters. Each reaction, in which one of the products is an Ester, the mechanism will be Esterification. Esters with high molecular weights are non-volatile, flavorless odorless, and non-soluble in water. Volatile Esters have fruity smell. Esters & Ketones smell & taste like some fruits & flowers. In experimental part beside orange’s skin E.O., a synthetic Essential was produced smelling Banana, Using an organic Acid & Alcohol. Research in Nano-Technology & Nano-Science top
A new approach to all Sciences & Technologies 10-9 : Nano-Technology & Nano-Science. When we hear the word Nano- it resembles, "10-9 " , which means: - Ability to manufacture in 10-9 scale. - Ability to reorient material with atomic accuracy. This ability will let us overcome the natural scales and limitations, and it would be possible to work on basic structural units to change the properties of materials. Nanotechnology is not a new field, but it is a new point of view to all sciences & technologies. Extensive applications of this phenomenon followed by Social, Political, Ethical and human rights; have made this Technology that wraps all the other technology fields. Improvement of the most important technologies in 20th Century such as IT, BT, MT without NT is impossible. Nanotechnology is the third millennium's phenomenon; which without using it, the important gathers of the second millennium (IT, BT, MT) would not operate to the full extend, in other word Nanotechnology = Future Nature controls systems in atomic scale, but human produce & control systems in Macro- scales. Changing the manufacturing scale causes basic changes in systems design. One of the Nanotechnology's Goals is to manufacture and control systems in atomic and molecular scale, to produce machines, devices or molecular engines, which can produce more efficient, cheaper, stronger, lighter and...etc., products; … Nano-assemblers are one of the most important goals in Nano-Technology & Nano-Science;… Nano-Computer is a molecular machine which can perform a series of operations and manage them;… A Nano-Assembler which has a Nano- Computer in its core is a machine which is able to remove atomes and reorient them;… Self-Assembling is the greatest advantage in Nano-Technology; …, if a complete Nano-assmbler would be available almost anything would be possible. Nano-assmbler is a perfect factory;… Applications of Nano-Technology in the construction industry Regarding to the fast development and growth of researches in all sciences and Technologies, there has not been paid enough attention to applications of this phenomenon, in construction industry. Recently according to Nano-reinforcements in construction materials, it is going to create a new challenge for construction industry. One of the most important topics in this industry is Composites. Composites ;… Nano-Technology & Construction industry Using additives with a certain specifications, to make cement and concrete, will let to have choices, to produce modified cement and concrete. One of the most important materials under investigation for Nanotechnology applications in construction industry is Carbon Nanotube. CNTs' unique properties, ranging from ultra high strength through unusual electronic behavior and high thermal conductivity to an ability to store Nanoparticles inside the tubes;… The future of science & Technology How can anyone predict where science and technology will take us? Although many scientists and technologists have tried to do this, isn't it curious that the most successful attempts were those of science fiction writers like Jules Verne, and H.G. Wells, Frederik Pohl, Robert Heinlein, Issac Asimov, and Arthur C. Clarke?; … ... Engines of creations (written by K. Eric Drexler) begins with the insight that what we can do depends on what we can build. This leads to a careful analysis of possible ways to attack atoms. Then Drexler asks, "What could we build with those atom-stacking mechanisms?" For one thing, we could manufacture assembly machines much smaller even than living cells, and make materials stronger and lighter than any available today; … …Nanotechnology could have more effect on our material existence than those last two great inventions in that domain – the replacement of sticks and stones by metals and cements and the harnessing of electricity; Marvin Minsky (Donner professor of science, MIT); … …Construction industry with using CNTs as composite materials can improve components' structural quality and quantity; … … CNT composites with concrete and cement have extremely high potential to reinforce constructional materials; … R. Baughman, A. Dalton, E. Mounz, Parivash Hosseinpour Abstract: Dispersion of Single Wall Nanotubes (SWNTs) by four different surfactants and different conditions has been experienced. Dispersion of SWNTs is a function of concentration of Nanotubes, concentration of surfactant and also power and time of sonication. In other words: Dispersion = f ( CN , Cs , T , P ) To find optimum points for specific surfactant and specific conditions, six phase diagrams have been plotted; …
. . . and finally take a look at my gallery
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To respect my Dad. Piano fly. Parivash H. |
To
respect my Mom.Carrier lines Piano. |
Fly. Parivash H. |
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Composer. Privash H. |
My Piano. Privash H. |
My hand. Privash H. |
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Dance of the Daf. Privash H. |
Dance of Daf's rings. Privash H. |
First movement of Elahe Naz. Privash H. |
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Ashaghe, love. Privash H. |
To respect Sohrab. Starts in chest. Privash H. |
Truth way followers. Privash H. |
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Disaster, disable to play SAZ. Parivash H. |
Disaster. Disable to communicate. Parivash H. |
To respect Sahand. Winner. Parivash H. |
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At the door. Poet. Parivash H. |
Mom & Baby. Birth. Parivash H. |
Viva tree. Parivash Hosseinpour |
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Parivash Hosseinpour & students |
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Parivash Hosseinpour & students |
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Garmon Parivash Hosseinpour |
Bucky Balls, to respect Richard Buckminster Fuller |
There will always be an internal flame in my heart to fly. To respect lightness, HK. |
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To respect Jonathan Livingston Seagull
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